Chip transmission signal amplification method and system

Abstract

The invention discloses a chip transmission signal amplification method and system, and relates to the technical field of intelligent chips and signal transmission. Signal adjustment information of the chip is generated by identifying signal characteristics of a to-be-transmitted signal of the chip and an environment signal of an environment where the chip is located, and the signal adjustment information is used for adjusting a signal radiation parameter of the chip. The radiation frequency and the radiation wave band of the chip are different from the radiation frequency and the radiation wave band of each interference signal in the environment and do not cancel each other, so that the interference of the interference signal in the environment on the radiation signal of the chip is greatly reduced, and then the signal distribution information of the environment signal is identified. Therefore, a signal transmission channel is established in the direction where the number of interference signals is small and the intensity of the interference signals is weak, interference of environment signals on radiation signals is further reduced, transmission loss and transmission interference of the chip radiation signals in the current environment are reduced to the minimum degree, and the reliability of the chip radiation signals is improved. Therefore, the signal strength improvement degree of the chip is comprehensively improved.

Description

Technical Field

[0001] The present invention belongs to the technical field of intelligent chips and signal transmission, and in particular relates to a chip transmission signal amplification method and system. Background Art

[0002] In the process of transmitting data from the chip to the outside, data is often transmitted through signal radiation, signal transmission, etc. In the signal environment with complex interference information, signal interference is common, which not only leads to incomplete data content, but also affects the accuracy and comprehensiveness of the entire signal transmission, causing a huge impact on chip data transmission. By increasing the signal strength, the degree of interference from interference information can be better avoided, and the integrity of information transmission can be ensured. Therefore, how to improve the signal strength has become a crucial issue in the chip data transmission process.

[0003] The traditional way to improve signal strength is to increase signal radiation rate and signal radiation power to enhance signal transmission. However, this method consumes a lot of resource costs, has low cost performance, and increases the load pressure on the chip itself. It also changes the structure of the chip. Without changing the structure, the increased signal strength is very limited, resulting in poor signal strength improvement effect of the chip. Therefore, there is an urgent need for a chip transmission signal amplification method and system to solve the defects of the prior art. Summary of the invention

[0004] The present invention aims to provide a chip transmission signal amplification method and system to solve the above-mentioned technical problems, identify the chip's to-be-transmitted signal and the ambient signal, construct the target signal and the corresponding transmission channel to complete the amplification of the chip transmission signal, and greatly improve the chip's signal strength.

[0005] In order to solve the above technical problems, an embodiment of the present invention provides a chip transmission signal amplification method, comprising:

[0006] Acquire a signal to be transmitted of the chip and an environmental signal of the environment in which the chip is located, and identify a transmission signal feature of the signal to be transmitted and an environmental signal feature of the environmental signal;

[0007] Obtaining signal distribution information of the chip's environment according to the environmental signal, and obtaining a target signal transmission channel of the chip according to the signal distribution information;

[0008] Adjusting the signal radiation parameters of the signal to be transmitted according to the transmission signal characteristics and the environmental signal characteristics to obtain the target signal of the chip;

[0009] According to the target signal, the chip transmission signal is amplified in combination with the target signal transmission channel.

[0010] It can be understood that, compared with the prior art, the present invention generates the signal adjustment information of the chip by identifying the signal characteristics of the chip's to-be-transmitted signal and the environmental signal of the chip's environment. The signal adjustment information is used to adjust the chip's signal radiation parameters so that the chip's radiation frequency and radiation band are not the same as the radiation frequency and radiation band of each interference signal in the environment, and do not cancel each other, thereby greatly reducing the interference of the interference signal in the environment to the chip's radiation signal. Then, by identifying the signal distribution information of the environmental signal, the signal transmission channel is established in the direction where the number of interference signals is small and the interference signal strength is weak, further reducing the interference of the environmental signal to the radiation signal, thereby ensuring that the transmission loss and transmission interference of the chip radiation signal in the current environment are reduced to the minimum. Finally, within the carrying capacity of the current hardware of the chip, the signal radiation intensity is increased to the maximum radiation intensity, so that the weakening effect of the environment on the signal strength is reduced, and the radiation intensity of the chip signal is improved, thereby comprehensively improving the degree of improvement of the chip's signal strength.

[0011] As a preferred solution, the step of acquiring the signal to be transmitted of the chip and the environmental signal of the environment in which the chip is located, and identifying the transmission signal characteristics of the signal to be transmitted and the environmental signal characteristics of the environmental signal specifically includes:

[0012] Acquire the signal to be transmitted of the chip and the environmental signal of the environment where the chip is located;

[0013] Identifying the signal to be transmitted, and obtaining format parameters of each signal format type of the signal to be transmitted;

[0014] Querying a preset database for a first parameter range of each format parameter and a parameter feature corresponding to each of the first parameter ranges;

[0015] Identifying the environmental signal to obtain environmental format parameters of each signal format type of the environmental signal;

[0016] Querying a preset database for a second parameter range of each environmental format parameter and an environmental parameter feature corresponding to each second parameter range;

[0017] The parameter feature is used as a transmission signal feature of a signal to be transmitted, and the environmental parameter feature is used as an environmental signal feature of an environmental signal.

[0018] This preferred scheme performs feature recognition on the chip's signal to be transmitted and the environmental signal of the chip's environment, thereby obtaining the transmission signal feature of the signal to be transmitted and the environmental signal feature of the environmental signal, and then generating signal adjustment information of the chip. The signal adjustment information is used to adjust the signal radiation parameters of the chip so that the radiation frequency and radiation band of the chip are neither the same as nor cancel each other with the radiation frequency and radiation band of each interference signal in the environment, thereby greatly reducing the interference of the interference signal in the environment on the chip's radiation signal, thereby improving the radiation intensity of the chip signal, and then improving the degree of improvement of the chip's signal strength.

[0019] As a preferred solution, obtaining the signal distribution information of the chip's environment according to the environmental signal, and obtaining the chip's target signal transmission channel according to the signal distribution information, specifically includes:

[0020] Analyze and detect the environmental signal, and obtain the signal distribution information of the chip's environment in combination with a preset signal reduction algorithm;

[0021] The orientation of the chip is identified according to the signal distribution information to obtain a target signal transmission channel of the chip.

[0022] This preferred solution identifies the signal distribution information of the environmental signal, thereby screening the direction with fewer interference signals and weaker interference signal strength to establish a signal transmission channel, further reducing the interference of the environmental signal on the radiation signal, thereby ensuring that the transmission loss and transmission interference of the chip radiation signal in the current environment are reduced to a minimum, thereby improving the radiation intensity of the chip signal, and then improving the degree of improvement of the chip signal strength.

[0023] As a preferred solution, the environmental signal is analyzed and detected, and the signal distribution information of the chip environment is obtained in combination with a preset signal reduction algorithm, specifically including:

[0024] Analyzing the environmental signal to obtain a number of interference signals;

[0025] Detecting the environment of the chip according to the interference signal to obtain the interference signal distribution range corresponding to each interference signal;

[0026] Detecting the central signal strength at the signal center position and the edge signal strength at the signal edge position of the interference signal in the interference signal range;

[0027] According to the center signal strength and the edge signal strength, a signal spacing between a signal center position and an edge position of the interference signal is obtained;

[0028] Calculate the signal decreasing distribution range of the interference signal in combination with the signal spacing according to a preset signal decreasing algorithm;

[0029] The signal decreasing distribution range is spatially projected to obtain signal distribution information of the chip's environment.

[0030] This preferred solution identifies the signal distribution information of the environmental signal, thereby screening the direction with fewer interference signals and weaker interference signal strength to establish a signal transmission channel, further reducing the interference of the environmental signal on the radiation signal, thereby ensuring that the transmission loss and transmission interference of the chip radiation signal in the current environment are reduced to a minimum, thereby improving the radiation intensity of the chip signal, and then improving the degree of improvement of the chip signal strength.

[0031] As a preferred solution, the identifying the position of the chip according to the signal distribution information to obtain the target signal transmission channel of the chip specifically includes:

[0032] According to the signal distribution information, identifying the number of signals and the signal strength range at each position of the chip;

[0033] The number of signals is screened according to a preset signal number threshold to obtain an initial target direction set corresponding to the number of signals below the preset signal number threshold;

[0034] Acquire the initial target orientation with the lowest signal strength range in the initial target orientation set to obtain the target orientation of the chip;

[0035] A radiation channel of the chip's environmental radiation is constructed according to the target orientation and signal distribution information of the chip's environment, and a target signal transmission channel of the chip is obtained.

[0036] This preferred solution identifies the signal distribution information of the environmental signal, thereby screening the direction with fewer interference signals and weaker interference signal strength to establish a signal transmission channel, further reducing the interference of the environmental signal on the radiation signal, thereby ensuring that the transmission loss and transmission interference of the chip radiation signal in the current environment are reduced to a minimum, thereby improving the radiation intensity of the chip signal, and then improving the degree of improvement of the chip signal strength.

[0037] As a preferred solution, adjusting the signal radiation parameter of the signal to be transmitted according to the transmission signal characteristics and the environmental signal characteristics to obtain the target signal of the chip specifically includes:

[0038] Obtaining the signal radiation frequency and signal radiation band of the chip according to the transmission signal characteristics;

[0039] Obtaining the interference signal radiation frequency and interference signal radiation band of the chip according to the environmental signal characteristics;

[0040] Generate chip signal adjustment information according to the signal radiation frequency, signal radiation band, interference signal radiation frequency and interference signal radiation band; wherein the signal adjustment information includes: radiation frequency adjustment information and radiation band adjustment information;

[0041] The signal radiation parameters of the signal to be transmitted are adjusted according to the radiation frequency adjustment information and the radiation band adjustment information to obtain a target signal of the chip.

[0042] This preferred scheme adjusts the signal radiation parameters of the signal to be transmitted through the transmission signal characteristics and the environmental signal characteristics, so that the radiation frequency and radiation band of the chip are neither the same as nor cancel each other out from the radiation frequency and radiation band of each interference signal in the environment, thereby greatly reducing the interference of the interference signal in the environment on the chip radiation signal, thereby improving the radiation intensity of the chip signal, and further improving the signal strength improvement degree of the chip.

[0043] As a preferred solution, the signal adjustment information of the chip is generated according to the signal radiation frequency, the signal radiation band, the interference signal radiation frequency and the interference signal radiation band, specifically including:

[0044] Identify the target signal radiation frequency of the chip according to the interference signal radiation frequency;

[0045] Identify the target signal radiation band of the chip according to the interference signal radiation band;

[0046] Calculating radiation frequency adjustment information according to the signal radiation frequency and the target signal radiation frequency;

[0047] Calculate radiation band adjustment information according to the signal radiation band and the target signal radiation band;

[0048] The chip signal adjustment information is generated according to the radiation frequency adjustment information and the radiation band adjustment information.

[0049] This preferred scheme generates signal adjustment information of the chip by transmitting signal characteristics and environmental signal characteristics, so that the radiation frequency and radiation band of the chip are neither the same as nor cancel each other with the radiation frequency and radiation band of each interference signal in the environment, thereby greatly reducing the interference of the interference signal in the environment on the chip radiation signal, thereby improving the radiation intensity of the chip signal, and then improving the signal strength improvement degree of the chip.

[0050] As a preferred solution, adjusting the signal radiation parameters of the signal to be transmitted according to the radiation frequency adjustment information and the radiation band adjustment information to obtain the target signal of the chip specifically includes:

[0051] Identifying the signal radiation frequency to obtain a first signal radiation parameter;

[0052] Identifying the signal radiation band to obtain a second signal radiation parameter;

[0053] querying a preset signal radiation database according to the radiation frequency adjustment information to obtain first parameter adjustment information of the first signal radiation parameter;

[0054] querying a preset signal radiation database according to the radiation band adjustment information to obtain second parameter adjustment information of the second signal radiation parameter;

[0055] Adjust the first signal radiation parameter according to the first parameter adjustment information to obtain a first target signal radiation parameter;

[0056] Adjust the second signal radiation parameter according to the second parameter adjustment information to obtain a second target signal radiation parameter;

[0057] A target signal of the chip is obtained according to the first target signal radiation parameter and the second target signal radiation parameter.

[0058] This preferred scheme adjusts the signal radiation parameters of the signal to be transmitted through the transmission signal characteristics and the environmental signal characteristics, so that the radiation frequency and radiation band of the chip are neither the same as nor cancel each other out from the radiation frequency and radiation band of each interference signal in the environment, thereby greatly reducing the interference of the interference signal in the environment on the chip radiation signal, thereby improving the radiation intensity of the chip signal, and further improving the signal strength improvement degree of the chip.

[0059] As a preferred solution, the amplification of the chip transmission signal according to the target signal and in combination with the target signal transmission channel specifically includes:

[0060] The target signal is subjected to signal radiation processing through a target signal transmission channel, and a new signal to be transmitted by the chip and a new environmental signal of the environment in which the chip is located are recollected;

[0061] The new environmental signal replaces the environmental signal, and the new signal to be transmitted replaces the signal to be transmitted, and a new target signal and its corresponding new target signal transmission channel are generated, so that the new target signal is subjected to signal radiation processing through the new target signal transmission channel until the chip completes the signal transmission task, thereby completing the amplification of the chip transmission signal.

[0062] This preferred solution increases the signal radiation intensity to the maximum radiation intensity within the carrying capacity of the current hardware of the chip, thereby reducing the weakening effect of the environment on the signal strength and improving the radiation intensity of the chip signal, thereby comprehensively improving the signal strength improvement degree of the chip.

[0063] Accordingly, an embodiment of the present invention provides a chip transmission signal amplification system, comprising: a signal feature recognition module, a target signal transmission channel construction module, a target signal construction module and a transmission signal amplification module;

[0064] The signal feature recognition module is used to obtain the signal to be transmitted of the chip and the environmental signal of the environment in which the chip is located, and recognize the transmission signal feature of the signal to be transmitted and the environmental signal feature of the environmental signal;

[0065] The target signal transmission channel construction module is used to obtain signal distribution information of the chip's environment according to the environmental signal, and obtain the chip's target signal transmission channel according to the signal distribution information;

[0066] The target signal building module is used to adjust the signal radiation parameter of the signal to be transmitted according to the transmission signal characteristics and the environmental signal characteristics to obtain the target signal of the chip;

[0067] The transmission signal amplification module is used to amplify the chip transmission signal according to the target signal and in combination with the target signal transmission channel.

[0068] It can be understood that, compared with the prior art, this system generates the signal adjustment information of the chip by identifying the signal characteristics of the chip's to-be-transmitted signal and the environmental signal of the chip's environment. The signal adjustment information is used to adjust the chip's signal radiation parameters so that the chip's radiation frequency and radiation band are not the same as the radiation frequency and radiation band of each interference signal in the environment, but they do not cancel each other out, thereby greatly reducing the interference of the interference signal in the environment to the chip's radiation signal. Then, by identifying the signal distribution information of the environmental signal, the signal transmission channel is established in the direction where the number of interference signals is small and the interference signal strength is weak, further reducing the interference of the environmental signal to the radiation signal, thereby ensuring that the transmission loss and transmission interference of the chip radiation signal in the current environment are reduced to the minimum. Finally, within the carrying capacity of the current hardware of this chip, the signal radiation intensity is increased to the maximum radiation intensity, so that the weakening effect of the environment on the signal strength is reduced, and the radiation intensity of the chip signal is improved, thereby comprehensively improving the degree of improvement of the chip's signal strength. BRIEF DESCRIPTION OF THE DRAWINGS

[0069] Figure 1 : A flowchart of a chip transmission signal amplification method provided by an embodiment of the present invention;

[0070] Figure 2 : A schematic diagram of the structure of a chip transmission signal amplification system provided by an embodiment of the present invention;

[0071] Figure 3 : A schematic diagram of the structure of a computer device provided in an embodiment of the present invention;

[0072] Among them, 201: signal feature recognition module; 202: target signal transmission channel construction module; 203: target signal construction module; 204: transmission signal amplification module. DETAILED DESCRIPTION

[0073] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0074] The chip transmission signal amplification method provided in the embodiment of the present application can be applied to a terminal, a server, or a system including a terminal and a server, and is implemented through the interaction between the terminal and the server. Among them, the terminal can be, but is not limited to, various personal computers, laptops, smart phones, tablet computers, etc. Among them, the terminal generates signal adjustment information of the chip by identifying the signal characteristics of the chip signal and the environmental signal, and the signal adjustment information is used to adjust the signal radiation parameters of the chip so that the radiation frequency and radiation band of the chip are not the same as the radiation frequency and radiation band of each interference signal in the environment, and the radiation frequency and radiation band are not mutually exclusive, thereby greatly reducing the interference of the interference signal in the environment to the chip radiation signal, and then this scheme identifies the signal distribution information of the environmental signal, thereby screening the direction with a small number of interference signals and a weak interference signal strength to establish a signal transmission channel, further reducing the interference of the environmental signal to the radiation signal, thereby ensuring that the transmission loss and transmission interference of the chip radiation signal in the current environment are reduced to the minimum. Finally, within the carrying capacity of the current hardware of the chip, the signal radiation intensity is increased to the maximum radiation intensity, so that the weakening effect of the environment on the signal strength is reduced, and the radiation intensity of the chip signal is improved, thereby comprehensively improving the signal strength improvement degree of the chip.

[0075] Embodiment 1

[0076] Please refer to Figure 1 , is a step flow chart of a chip transmission signal amplification method provided in an embodiment of the present invention, including steps S101 to S104.

[0077] Step S101: acquiring a signal to be transmitted of a chip and an environmental signal of an environment in which the chip is located, and identifying a transmission signal feature of the signal to be transmitted and an environmental signal feature of the environmental signal.

[0078] In this embodiment, the step of acquiring the signal to be transmitted of the chip and the environmental signal of the environment in which the chip is located, and identifying the transmission signal characteristics of the signal to be transmitted and the environmental signal characteristics of the environmental signal specifically includes:

[0079] Acquire the signal to be transmitted of the chip and the environmental signal of the environment where the chip is located;

[0080] Identifying the signal to be transmitted, and obtaining format parameters of each signal format type of the signal to be transmitted;

[0081] Querying a preset database for a first parameter range of each format parameter and a parameter feature corresponding to each of the first parameter ranges;

[0082] Identifying the environmental signal to obtain environmental format parameters of each signal format type of the environmental signal;

[0083] Querying a preset database for a second parameter range of each environmental format parameter and an environmental parameter feature corresponding to each second parameter range;

[0084] The parameter feature is used as a transmission signal feature of a signal to be transmitted, and the environmental parameter feature is used as an environmental signal feature of an environmental signal.

[0085] This embodiment performs feature recognition on the chip's signal to be transmitted and the environmental signal of the chip's environment, thereby obtaining the transmission signal feature of the signal to be transmitted and the environmental signal feature of the environmental signal, and then generating signal adjustment information of the chip. The signal adjustment information is used to adjust the signal radiation parameters of the chip so that the radiation frequency and radiation band of the chip are neither the same as nor cancel each other out from the radiation frequency and radiation band of each interference signal in the environment, thereby greatly reducing the interference of the interference signal in the environment on the chip's radiation signal, thereby improving the radiation intensity of the chip signal, and then improving the degree of improvement of the chip's signal strength.

[0086] It should be noted that the terminal can obtain the chip's signal to be transmitted before the chip transmits the signal, and the signal to be transmitted can be any signal that needs to be transmitted by external radiation or external emission. The terminal can receive an environmental signal set in the environment where the chip is located, wherein the environmental signal includes multiple sub-interference signals contained in the environment, and each sub-interference signal will disrupt the signal transmission process of the chip, thereby causing signal transmission to be blocked, signal transmission content to be lost, signal disappearance, etc.

[0087] In an optional embodiment, the terminal identifies the transmission signal characteristics of the signal to be transmitted and the environmental signal characteristics of the environmental signal, wherein the transmission signal characteristics and the environmental signal characteristics are parameter characteristics corresponding to the format parameters of each signal format type. The signal format type includes types such as signal strength, signal frequency, signal band, and signal radiation range. Each signal format type corresponds to multiple parameter characteristics, and each parameter characteristic corresponds to a parameter range. The parameter characteristics are used to characterize signal characteristics, for example, parameter characteristics such as strong signal strength, weak signal strength, medium signal strength, high signal frequency, medium signal frequency, and low signal frequency.

[0088] Step S102: obtaining signal distribution information of the chip's environment according to the environmental signal, and obtaining a target signal transmission channel of the chip according to the signal distribution information.

[0089] In this embodiment, obtaining signal distribution information of the chip's environment according to the environmental signal, and obtaining a target signal transmission channel of the chip according to the signal distribution information specifically includes:

[0090] Analyze and detect the environmental signal, and obtain the signal distribution information of the chip's environment in combination with a preset signal reduction algorithm;

[0091] The orientation of the chip is identified according to the signal distribution information to obtain a target signal transmission channel of the chip.

[0092] This embodiment identifies the signal distribution information of the environmental signal, thereby screening the direction with fewer interference signals and weaker interference signal strength to establish a signal transmission channel, further reducing the interference of the environmental signal on the radiation signal, thereby ensuring that the transmission loss and transmission interference of the chip radiation signal in the current environment are reduced to the minimum, thereby improving the radiation intensity of the chip signal, and further improving the signal strength improvement degree of the chip.

[0093] It should be noted that the terminal identifies the signal distribution information based on the environmental signal, and obtains the target signal transmission channel of the chip based on the signal distribution information. Among them, the signal distribution information includes the decreasing range of the signal distribution of each sub-interference signal, and the target signal transmission channel of the chip is to establish a transmission channel for radiating the signal outward in a single direction in the direction where there are fewer sub-interference signals and the intensity of the sub-interference signals is weak.

[0094] In this embodiment, the environmental signal is analyzed and detected, and the signal distribution information of the chip environment is obtained in combination with a preset signal reduction algorithm, specifically including:

[0095] Analyzing the environmental signal to obtain a number of interference signals;

[0096] Detecting the environment of the chip according to the interference signal to obtain the interference signal distribution range corresponding to each interference signal;

[0097] Detecting the central signal strength at the signal center position and the edge signal strength at the signal edge position of the interference signal in the interference signal range;

[0098] According to the center signal strength and the edge signal strength, a signal spacing between a signal center position and an edge position of the interference signal is obtained;

[0099] Calculate the signal decreasing distribution range of the interference signal in combination with the signal spacing according to a preset signal decreasing algorithm;

[0100] The signal decreasing distribution range is spatially projected to obtain signal distribution information of the chip's environment.

[0101] This embodiment identifies the signal distribution information of the environmental signal, thereby screening the direction with fewer interference signals and weaker interference signal strength to establish a signal transmission channel, further reducing the interference of the environmental signal on the radiation signal, thereby ensuring that the transmission loss and transmission interference of the chip radiation signal in the current environment are reduced to the minimum, thereby improving the radiation intensity of the chip signal, and further improving the signal strength improvement degree of the chip.

[0102] It should be noted that the preset signal reduction algorithm is a ratio value corresponding to the signal strength attenuation value per unit distance, and the terminal calculates the signal strength attenuation value corresponding to each interval through the ratio value, thereby calculating the signal strength corresponding to each interval. Among them, the ratio value can be preset in the terminal by the technician according to actual needs.

[0103] In this embodiment, the identification of the chip's orientation according to the signal distribution information to obtain the chip's target signal transmission channel specifically includes:

[0104] According to the signal distribution information, identifying the number of signals and the signal strength range at each position of the chip;

[0105] The number of signals is screened according to a preset signal number threshold to obtain an initial target direction set corresponding to the number of signals below the preset signal number threshold;

[0106] Acquire the initial target orientation with the lowest signal strength range in the initial target orientation set to obtain the target orientation of the chip;

[0107] A radiation channel of the chip's environmental radiation is constructed according to the target orientation and signal distribution information of the chip's environment, and a target signal transmission channel of the chip is obtained.

[0108] This embodiment identifies the signal distribution information of the environmental signal, thereby screening the direction with fewer interference signals and weaker interference signal strength to establish a signal transmission channel, further reducing the interference of the environmental signal on the radiation signal, thereby ensuring that the transmission loss and transmission interference of the chip radiation signal in the current environment are reduced to the minimum, thereby improving the radiation intensity of the chip signal, and further improving the signal strength improvement degree of the chip.

[0109] In an optional embodiment, the radiation channel refers to a radiation channel for constructing a signal to radiate from a target position to an environment, thereby obtaining a target signal transmission channel of the chip.

[0110] In an optional embodiment, the terminal identifies the number of signals in each orientation of the chip and the signal strength range in each orientation based on the signal distribution information. Each orientation is preset with the terminal, with the chip as the center and a fan-shaped range of every 10 degrees. The terminal screens the initial target orientation corresponding to the number of signals below the preset signal number threshold, and in each initial target orientation, screens the initial target orientation corresponding to the lowest signal strength range as the target orientation of the chip. The terminal constructs a radiation channel for the signal to radiate from the target orientation to the environment, and obtains the target signal transmission channel of the chip. Among them, the method of constructing the radiation channel is to control the signal radiation range of the chip to be the range corresponding to the target orientation, and obtain the signal radiation channel of the chip. When the chip radiates outward, it includes a 360-degree signal radiation range control device, which can adjust the transmission range of the signal.

[0111] Step S103: adjusting the signal radiation parameters of the signal to be transmitted according to the transmission signal characteristics and the environmental signal characteristics to obtain the target signal of the chip.

[0112] In this embodiment, adjusting the signal radiation parameter of the signal to be transmitted according to the transmission signal characteristics and the environmental signal characteristics to obtain the target signal of the chip specifically includes:

[0113] Obtaining the signal radiation frequency and signal radiation band of the chip according to the transmission signal characteristics;

[0114] Obtaining the interference signal radiation frequency and interference signal radiation band of the chip according to the environmental signal characteristics;

[0115] Generate chip signal adjustment information according to the signal radiation frequency, signal radiation band, interference signal radiation frequency and interference signal radiation band; wherein the signal adjustment information includes: radiation frequency adjustment information and radiation band adjustment information;

[0116] The signal radiation parameters of the signal to be transmitted are adjusted according to the radiation frequency adjustment information and the radiation band adjustment information to obtain a target signal of the chip.

[0117] This embodiment adjusts the signal radiation parameters of the signal to be transmitted through the transmission signal characteristics and the environmental signal characteristics, so that the radiation frequency and radiation band of the chip are neither the same as nor cancel each other out from the radiation frequency and radiation band of each interference signal in the environment, thereby greatly reducing the interference of the interference signal in the environment on the chip radiation signal, thereby improving the radiation intensity of the chip signal, and further improving the signal strength improvement degree of the chip.

[0118] It should be noted that the terminal generates signal adjustment information of the chip based on the transmission signal characteristics and the environmental signal characteristics, and adjusts the signal radiation parameters of the chip based on the signal adjustment information to obtain the target signal of the chip.

[0119] In this embodiment, the signal adjustment information of the chip is generated according to the signal radiation frequency, the signal radiation band, the interference signal radiation frequency and the interference signal radiation band, specifically including:

[0120] Identify the target signal radiation frequency of the chip according to the interference signal radiation frequency;

[0121] Identify the target signal radiation band of the chip according to the interference signal radiation band;

[0122] Calculating radiation frequency adjustment information according to the signal radiation frequency and the target signal radiation frequency;

[0123] Calculate radiation band adjustment information according to the signal radiation band and the target signal radiation band;

[0124] The chip signal adjustment information is generated according to the radiation frequency adjustment information and the radiation band adjustment information.

[0125] This embodiment generates signal adjustment information of the chip by transmitting signal characteristics and environmental signal characteristics, so that the radiation frequency and radiation band of the chip are neither the same as nor cancel each other with the radiation frequency and radiation band of each interference signal in the environment, thereby greatly reducing the interference of the interference signal in the environment on the chip radiation signal, thereby improving the radiation intensity of the chip signal, and further improving the signal strength improvement degree of the chip.

[0126] In an optional embodiment, the terminal identifies the signal radiation frequency and signal radiation band of the chip based on the transmission signal characteristics, and identifies the interference signal radiation frequency of each interference signal at the target location and the interference signal radiation band of each interference signal at the target location based on the environmental signal characteristics. The signal radiation frequency is a parameter characteristic corresponding to the signal format type of the signal radiation frequency type in the transmission signal characteristics, and the signal radiation band is a parameter characteristic corresponding to the signal format type of the signal radiation band type in the transmission signal characteristics.

[0127] The terminal identifies the target signal radiation frequency of the chip based on the radiation frequencies of the interference signals, and identifies the target signal radiation band of the chip based on the radiation bands of the interference signals. The target signal radiation band is a band that intersects and overlaps with each band evenly. The target signal radiation frequency is a signal radiation frequency that will not be offset or blocked by the radiation frequencies of the respective interference signals in that direction.

[0128] Then, the terminal calculates the signal radiation frequency adjustment information based on the signal radiation frequency and the target signal radiation frequency, and calculates the signal radiation band adjustment information based on the signal radiation band and the target signal radiation band. Finally, the terminal uses the signal radiation frequency adjustment information and the signal radiation band adjustment information as the chip signal adjustment information.

[0129] In this embodiment, adjusting the signal radiation parameter of the signal to be transmitted according to the radiation frequency adjustment information and the radiation band adjustment information to obtain the target signal of the chip specifically includes:

[0130] Identifying the signal radiation frequency to obtain a first signal radiation parameter;

[0131] Identifying the signal radiation band to obtain a second signal radiation parameter;

[0132] querying a preset signal radiation database according to the radiation frequency adjustment information to obtain first parameter adjustment information of the first signal radiation parameter;

[0133] querying a preset signal radiation database according to the radiation band adjustment information to obtain second parameter adjustment information of the second signal radiation parameter;

[0134] Adjust the first signal radiation parameter according to the first parameter adjustment information to obtain a first target signal radiation parameter;

[0135] Adjust the second signal radiation parameter according to the second parameter adjustment information to obtain a second target signal radiation parameter;

[0136] A target signal of the chip is obtained according to the first target signal radiation parameter and the second target signal radiation parameter.

[0137] This embodiment adjusts the signal radiation parameters of the signal to be transmitted through the transmission signal characteristics and the environmental signal characteristics, so that the radiation frequency and radiation band of the chip are neither the same as nor cancel each other out from the radiation frequency and radiation band of each interference signal in the environment, thereby greatly reducing the interference of the interference signal in the environment on the chip radiation signal, thereby improving the radiation intensity of the chip signal, and further improving the signal strength improvement degree of the chip.

[0138] In an optional embodiment, the terminal identifies a first signal radiation parameter corresponding to a signal radiation frequency and a second signal radiation parameter corresponding to a signal radiation band, wherein the number of signal radiation parameters corresponding to the radiation frequency or the number of signal radiation parameters corresponding to the signal band may be one or more.

[0139] The terminal queries the first parameter adjustment information of the first signal radiation parameter in the signal radiation database based on the radiation frequency adjustment information, and queries the second parameter adjustment information of the second signal radiation parameter in the signal radiation database based on the radiation band adjustment information. Then the terminal adjusts the first signal radiation parameter based on the first parameter adjustment information to obtain the first target signal radiation parameter, and adjusts the second signal radiation parameter based on the second parameter adjustment information to obtain the second target signal radiation parameter. Finally, the terminal generates the target signal of the chip based on the first target signal radiation parameter and the second target signal radiation parameter.

[0140] Step S104: According to the target signal, the chip transmission signal is amplified in combination with the target signal transmission channel.

[0141] In this embodiment, the amplifying of the chip transmission signal according to the target signal and in combination with the target signal transmission channel specifically includes:

[0142] The target signal is subjected to signal radiation processing through a target signal transmission channel, and a new signal to be transmitted by the chip and a new environmental signal of the environment in which the chip is located are recollected;

[0143] The new environmental signal replaces the environmental signal, and the new signal to be transmitted replaces the signal to be transmitted, and a new target signal and its corresponding new target signal transmission channel are generated, so that the new target signal is subjected to signal radiation processing through the new target signal transmission channel until the chip completes the signal transmission task, thereby completing the amplification of the chip transmission signal.

[0144] This embodiment increases the signal radiation intensity to the maximum radiation intensity within the carrying capacity of the current hardware of the chip, thereby reducing the weakening effect of the environment on the signal strength and improving the radiation intensity of the chip signal, thereby comprehensively improving the signal strength improvement degree of the chip.

[0145] It should be noted that the terminal performs signal radiation processing on the target signal through the target signal transmission channel, and re-collects new environmental signals of the chip's environment and new signals to be transmitted by the chip.

[0146] In an optional embodiment, the terminal replaces the environmental signal with the new environmental signal, and replaces the to-be-transmitted signal with the new to-be-transmitted signal, and returns to the step of identifying the characteristics of the transmission signal and the environmental signal until the chip completes the signal transmission task. This solution adjusts the signal transmission channel and radiation parameters of the current transmission signal in real time through steps S102-S103, thereby ensuring that the transmitted signal can avoid interference from the environmental signal to the signal in real time, improve the signal's anti-attenuation and anti-interference capabilities, and ensure the signal amplification effect.

[0147] This embodiment generates the signal adjustment information of the chip by identifying the signal characteristics of the chip's to-be-transmitted signal and the environmental signal of the chip's environment. The signal adjustment information is used to adjust the chip's signal radiation parameters so that the chip's radiation frequency and radiation band are neither the same nor cancel each other out with the radiation frequency and radiation band of each interference signal in the environment, thereby greatly reducing the interference of the interference signal in the environment on the chip's radiation signal. Then, by identifying the signal distribution information of the environmental signal, the signal transmission channel is established in the direction where the number of interference signals is small and the interference signal strength is weak, further reducing the interference of the environmental signal on the radiation signal, thereby ensuring that the transmission loss and transmission interference of the chip radiation signal in the current environment are reduced to the minimum. Finally, within the carrying capacity of the current hardware of the chip, the signal radiation intensity is increased to the maximum radiation intensity, so that the weakening effect of the environment on the signal strength is reduced, and the radiation intensity of the chip signal is improved, thereby comprehensively improving the degree of improvement of the chip's signal strength.

[0148] Embodiment 2

[0149] Please refer to Figure 2 , is a schematic diagram of the structure of a chip transmission signal amplification system provided by an embodiment of the present invention, comprising: a signal feature recognition module 201, a target signal transmission channel construction module 202, a target signal construction module 203 and a transmission signal amplification module 204;

[0150] The signal feature recognition module 201 is used to obtain the signal to be transmitted of the chip and the environmental signal of the environment in which the chip is located, and recognize the transmission signal feature of the signal to be transmitted and the environmental signal feature of the environmental signal.

[0151] In this embodiment, the signal feature recognition module 201 includes: a signal feature recognition unit;

[0152] The signal feature recognition unit is used to obtain the signal to be transmitted of the chip and the environmental signal of the environment in which the chip is located;

[0153] Identifying the signal to be transmitted, and obtaining format parameters of each signal format type of the signal to be transmitted;

[0154] Querying a preset database for a first parameter range of each format parameter and a parameter feature corresponding to each of the first parameter ranges;

[0155] Identifying the environmental signal to obtain environmental format parameters of each signal format type of the environmental signal;

[0156] Querying a preset database for a second parameter range of each environmental format parameter and an environmental parameter feature corresponding to each second parameter range;

[0157] The parameter feature is used as a transmission signal feature of a signal to be transmitted, and the environmental parameter feature is used as an environmental signal feature of an environmental signal.

[0158] The target signal transmission channel construction module 202 is used to obtain the signal distribution information of the chip's environment according to the environmental signal, and obtain the chip's target signal transmission channel according to the signal distribution information.

[0159] In this embodiment, the target signal transmission channel construction module 202 includes: a target signal transmission channel construction unit;

[0160] The target signal transmission channel construction unit is used to analyze and detect the environmental signal, and obtain the signal distribution information of the chip's environment in combination with a preset signal reduction algorithm;

[0161] The orientation of the chip is identified according to the signal distribution information to obtain a target signal transmission channel of the chip.

[0162] In this embodiment, the target signal transmission channel construction unit includes: a signal distribution information acquisition subunit;

[0163] The signal distribution information acquisition subunit is used to analyze the environmental signal to obtain a number of interference signals;

[0164] Detecting the environment of the chip according to the interference signal to obtain the interference signal distribution range corresponding to each interference signal;

[0165] Detecting the central signal strength at the signal center position and the edge signal strength at the signal edge position of the interference signal in the interference signal range;

[0166] According to the center signal strength and the edge signal strength, a signal spacing between a signal center position and an edge position of the interference signal is obtained;

[0167] Calculate the signal decreasing distribution range of the interference signal in combination with the signal spacing according to a preset signal decreasing algorithm;

[0168] The signal decreasing distribution range is spatially projected to obtain signal distribution information of the chip's environment.

[0169] In this embodiment, the target signal transmission channel construction unit includes: a target signal transmission channel construction subunit;

[0170] The target signal transmission channel construction subunit is used to identify the number of signals and the signal strength range of each position of the chip according to the signal distribution information;

[0171] The number of signals is screened according to a preset signal number threshold to obtain an initial target direction set corresponding to the number of signals below the preset signal number threshold;

[0172] Acquire the initial target orientation with the lowest signal strength range in the initial target orientation set to obtain the target orientation of the chip;

[0173] A radiation channel of the chip's environmental radiation is constructed according to the target orientation and signal distribution information of the chip's environment, and a target signal transmission channel of the chip is obtained.

[0174] The target signal building module 203 is used to adjust the signal radiation parameter of the signal to be transmitted according to the transmission signal characteristics and the environmental signal characteristics to obtain the target signal of the chip.

[0175] In this embodiment, the target signal construction module 203 includes: a target signal construction unit;

[0176] The target signal construction unit is used to obtain the signal radiation frequency and signal radiation band of the chip according to the transmission signal characteristics;

[0177] Obtaining the interference signal radiation frequency and interference signal radiation band of the chip according to the environmental signal characteristics;

[0178] Generate chip signal adjustment information according to the signal radiation frequency, signal radiation band, interference signal radiation frequency and interference signal radiation band; wherein the signal adjustment information includes: radiation frequency adjustment information and radiation band adjustment information;

[0179] The signal radiation parameters of the signal to be transmitted are adjusted according to the radiation frequency adjustment information and the radiation band adjustment information to obtain a target signal of the chip.

[0180] In this embodiment, the target signal construction unit includes: a signal adjustment information acquisition subunit;

[0181] The signal adjustment information acquisition subunit is used to identify the target signal radiation frequency of the chip according to the interference signal radiation frequency;

[0182] Identify the target signal radiation band of the chip according to the interference signal radiation band;

[0183] Calculating radiation frequency adjustment information according to the signal radiation frequency and the target signal radiation frequency;

[0184] Calculate radiation band adjustment information according to the signal radiation band and the target signal radiation band;

[0185] The chip signal adjustment information is generated according to the radiation frequency adjustment information and the radiation band adjustment information.

[0186] In this embodiment, the target signal construction unit includes: a target signal construction subunit;

[0187] The target signal construction subunit is used to identify the signal radiation frequency to obtain a first signal radiation parameter;

[0188] Identifying the signal radiation band to obtain a second signal radiation parameter;

[0189] querying a preset signal radiation database according to the radiation frequency adjustment information to obtain first parameter adjustment information of the first signal radiation parameter;

[0190] querying a preset signal radiation database according to the radiation band adjustment information to obtain second parameter adjustment information of the second signal radiation parameter;

[0191] Adjust the first signal radiation parameter according to the first parameter adjustment information to obtain a first target signal radiation parameter;

[0192] Adjust the second signal radiation parameter according to the second parameter adjustment information to obtain a second target signal radiation parameter;

[0193] A target signal of the chip is obtained according to the first target signal radiation parameter and the second target signal radiation parameter.

[0194] The transmission signal amplifying module 204 is used to amplify the chip transmission signal according to the target signal and in combination with the target signal transmission channel.

[0195] In this embodiment, the transmission signal amplification module 204 includes: a transmission signal amplification unit;

[0196] The transmission signal amplifying unit is used to perform signal radiation processing on the target signal through the target signal transmission channel, and re-collect the new signal to be transmitted of the chip and the new environmental signal of the environment where the chip is located;

[0197] The new environmental signal replaces the environmental signal, and the new signal to be transmitted replaces the signal to be transmitted, and a new target signal and its corresponding new target signal transmission channel are generated, so that the new target signal is subjected to signal radiation processing through the new target signal transmission channel until the chip completes the signal transmission task, thereby completing the amplification of the chip transmission signal.

[0198] This embodiment generates the signal adjustment information of the chip by identifying the signal characteristics of the chip's to-be-transmitted signal and the environmental signal of the chip's environment. The signal adjustment information is used to adjust the chip's signal radiation parameters so that the chip's radiation frequency and radiation band are neither the same nor cancel each other out with the radiation frequency and radiation band of each interference signal in the environment, thereby greatly reducing the interference of the interference signal in the environment on the chip's radiation signal. Then, by identifying the signal distribution information of the environmental signal, the signal transmission channel is established in the direction where the number of interference signals is small and the interference signal strength is weak, further reducing the interference of the environmental signal on the radiation signal, thereby ensuring that the transmission loss and transmission interference of the chip radiation signal in the current environment are reduced to the minimum. Finally, within the carrying capacity of the current hardware of the chip, the signal radiation intensity is increased to the maximum radiation intensity, so that the weakening effect of the environment on the signal strength is reduced, and the radiation intensity of the chip signal is improved, thereby comprehensively improving the degree of improvement of the chip's signal strength.

[0199] Embodiment 3

[0200] Please refer to Figure 3 , is a schematic diagram of the structure of a computer device provided by an embodiment of the present invention. The computer device may be a terminal, and its internal structure diagram may be as shown in FIG. Figure 3 As shown. The computer device includes a processor, a memory, a communication interface, a display screen and an input system connected through a system bus. Among them, the processor of the computer device is used to provide computing and control capabilities. The memory of the computer device includes a non-volatile storage medium and an internal memory. The non-volatile storage medium stores an operating system and a computer program. The internal memory provides an environment for the operation of the operating system and the computer program in the non-volatile storage medium. The communication interface of the computer device is used to communicate with an external terminal in a wired or wireless manner, and the wireless manner can be achieved through WI FI, a mobile cellular network, NFC (near field communication) or other technologies. When the computer program is executed by the processor, a chip transmission signal amplification method is implemented. The display screen of the computer device can be a liquid crystal display screen or an electronic ink display screen, and the input system of the computer device can be a touch layer covered on the display screen, or a key, trackball or touchpad set on the computer device housing, or an external keyboard, touchpad or mouse, etc.

[0201] Those skilled in the art will understand that Figure 3The structure shown in the figure is only a block diagram of a part of the structure related to the solution of the present application, and does not constitute a limitation on the computer device to which the solution of the present application is applied. The specific computer device may include more or fewer components than those shown in the figure, or combine certain components, or have a different arrangement of components.

[0202] In one embodiment, a computer device is provided, including a memory and a processor, wherein a computer program is stored in the memory, and when the processor executes the computer program, the steps of any one of the methods in Embodiment 1 are implemented.

[0203] In one embodiment, a computer-readable storage medium is provided, on which a computer program is stored. When the computer program is executed by a processor, the steps of any one of the methods in Embodiment 1 are implemented.

[0204] In one embodiment, a computer program product is provided, including a computer program, which implements the steps of any one of the methods in Embodiment 1 when executed by a processor.

[0205] It should be noted that the user information (including but not limited to user device information, user personal information, etc.) and data (including but not limited to data used for analysis, stored data, displayed data, etc.) involved in this application are all information and data authorized by the user or fully authorized by all parties.

[0206] Those skilled in the art can understand that all or part of the processes in the above-mentioned embodiment methods can be completed by instructing the relevant hardware through a computer program, and the computer program can be stored in a non-volatile computer-readable storage medium. When the computer program is executed, it can include the processes of the embodiments of the above-mentioned methods. Among them, any reference to the memory, database or other medium used in the embodiments provided in the present application can include at least one of non-volatile and volatile memory. Non-volatile memory can include read-only memory (ROM), magnetic tape, floppy disk, flash memory, optical memory, high-density embedded non-volatile memory, resistive random access memory (ReRAM), magnetoresistive random access memory (MRAM), ferroelectric random access memory (FRAM), phase change memory (PCM), graphene memory, etc. Volatile memory can include random access memory (RAM) or external cache memory, etc. As an illustration and not limitation, RAM can be in various forms, such as static random access memory (SRAM) or dynamic random access memory (DRAM). The database involved in each embodiment provided in this application may include at least one of a relational database and a non-relational database. Non-relational databases may include distributed databases based on blockchains, etc., but are not limited to this. The processor involved in each embodiment provided in this application may be a general-purpose processor, a central processing unit, a graphics processor, a digital signal processor, a programmable logic device, a data processing logic device based on quantum computing, etc., but are not limited to this.

[0207] In summary, the embodiment of the present invention generates the signal adjustment information of the chip by identifying the signal characteristics of the chip's to-be-transmitted signal and the environmental signal of the chip's environment. The signal adjustment information is used to adjust the chip's signal radiation parameters so that the chip's radiation frequency and radiation band are neither the same nor cancel each other out with the radiation frequency and radiation band of each interference signal in the environment, thereby greatly reducing the interference of the interference signal in the environment on the chip's radiation signal. Then, by identifying the signal distribution information of the environmental signal, the signal transmission channel is established in the direction where the number of interference signals is small and the interference signal strength is weak, further reducing the interference of the environmental signal on the radiation signal, thereby ensuring that the transmission loss and transmission interference of the chip radiation signal in the current environment are reduced to the minimum. Finally, within the carrying capacity of the current hardware of the chip, the signal radiation intensity is increased to the maximum radiation intensity, so that the weakening effect of the environment on the signal strength is reduced, and the radiation intensity of the chip signal is improved, thereby comprehensively improving the degree of improvement of the chip's signal strength.

[0208] The specific embodiments described above further illustrate the purpose, technical solutions and beneficial effects of the present invention. It should be understood that the above description is only a specific embodiment of the present invention and is not intended to limit the scope of protection of the present invention. It is particularly pointed out that for those skilled in the art, any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present invention should be included in the scope of protection of the present invention.

Claims

1. A chip transmission signal amplification method, characterized in that: include: Acquire a signal to be transmitted of the chip and an environmental signal of the environment in which the chip is located, and identify a transmission signal feature of the signal to be transmitted and an environmental signal feature of the environmental signal; Obtaining signal distribution information of the chip's environment according to the environmental signal, and obtaining a target signal transmission channel of the chip according to the signal distribution information; Adjusting the signal radiation parameters of the signal to be transmitted according to the transmission signal characteristics and the environmental signal characteristics to obtain the target signal of the chip; According to the target signal, the chip transmission signal is amplified in combination with the target signal transmission channel.

2. A chip transmission signal amplification method as claimed in claim 1, characterized in that: The step of acquiring the signal to be transmitted of the chip and the environmental signal of the environment in which the chip is located, and identifying the transmission signal characteristics of the signal to be transmitted and the environmental signal characteristics of the environmental signal, specifically includes: Acquire the signal to be transmitted of the chip and the environmental signal of the environment where the chip is located; Identifying the signal to be transmitted, and obtaining format parameters of each signal format type of the signal to be transmitted; Querying a preset database for a first parameter range of each format parameter and a parameter feature corresponding to each of the first parameter ranges; Identifying the environmental signal to obtain environmental format parameters of each signal format type of the environmental signal; Querying a preset database for a second parameter range of each environmental format parameter and an environmental parameter feature corresponding to each second parameter range; The parameter feature is used as a transmission signal feature of a signal to be transmitted, and the environmental parameter feature is used as an environmental signal feature of an environmental signal.

3. A chip transmission signal amplification method as claimed in claim 1, characterized in that: The obtaining of signal distribution information of the chip's environment according to the environmental signal, and obtaining a target signal transmission channel of the chip according to the signal distribution information, specifically includes: Analyze and detect the environmental signal, and obtain the signal distribution information of the chip's environment in combination with a preset signal reduction algorithm; The orientation of the chip is identified according to the signal distribution information to obtain a target signal transmission channel of the chip.

4. A chip transmission signal amplification method as claimed in claim 3, characterized in that: The analyzing and detecting the environmental signal and obtaining the signal distribution information of the chip environment in combination with a preset signal reduction algorithm specifically includes: Analyzing the environmental signal to obtain a number of interference signals; Detecting the environment of the chip according to the interference signal to obtain the interference signal distribution range corresponding to each interference signal; Detecting the central signal strength at the signal center position and the edge signal strength at the signal edge position of the interference signal in the interference signal range; According to the center signal strength and the edge signal strength, a signal spacing between a signal center position and an edge position of the interference signal is obtained; Calculate the signal decreasing distribution range of the interference signal in combination with the signal spacing according to a preset signal decreasing algorithm; The signal decreasing distribution range is spatially projected to obtain signal distribution information of the chip's environment.

5. A chip transmission signal amplification method as claimed in claim 4, characterized in that: The identifying the position of the chip according to the signal distribution information to obtain the target signal transmission channel of the chip specifically includes: According to the signal distribution information, identifying the number of signals and the signal strength range at each position of the chip; The number of signals is screened according to a preset signal number threshold to obtain an initial target direction set corresponding to the number of signals below the preset signal number threshold; Acquire the initial target orientation with the lowest signal strength range in the initial target orientation set to obtain the target orientation of the chip; A radiation channel of the chip's environmental radiation is constructed according to the target orientation and signal distribution information of the chip's environment, and a target signal transmission channel of the chip is obtained.

6. A chip transmission signal amplification method as claimed in claim 5, characterized in that: The step of adjusting the signal radiation parameter of the signal to be transmitted according to the transmission signal characteristics and the environmental signal characteristics to obtain the target signal of the chip specifically includes: Obtaining the signal radiation frequency and signal radiation band of the chip according to the transmission signal characteristics; Obtaining the interference signal radiation frequency and interference signal radiation band of the chip according to the environmental signal characteristics; Generate chip signal adjustment information according to the signal radiation frequency, signal radiation band, interference signal radiation frequency and interference signal radiation band; wherein the signal adjustment information includes: radiation frequency adjustment information and radiation band adjustment information; The signal radiation parameter of the signal to be transmitted is adjusted according to the radiation frequency adjustment information and the radiation band adjustment information to obtain a target signal of the chip.

7. A chip transmission signal amplification method as claimed in claim 6, characterized in that: The generating chip signal adjustment information according to the signal radiation frequency, the signal radiation band, the interference signal radiation frequency and the interference signal radiation band specifically includes: Identify the target signal radiation frequency of the chip according to the interference signal radiation frequency; Identify the target signal radiation band of the chip according to the interference signal radiation band; Calculating radiation frequency adjustment information according to the signal radiation frequency and the target signal radiation frequency; Calculate radiation band adjustment information according to the signal radiation band and the target signal radiation band; Signal adjustment information of the chip is generated according to the radiation frequency adjustment information and the radiation band adjustment information.

8. A chip transmission signal amplification method as claimed in claim 6 or 7, characterized in that: The step of adjusting the signal radiation parameter of the signal to be transmitted according to the radiation frequency adjustment information and the radiation band adjustment information to obtain the target signal of the chip specifically includes: Identifying the signal radiation frequency to obtain a first signal radiation parameter; Identifying the signal radiation band to obtain a second signal radiation parameter; querying a preset signal radiation database according to the radiation frequency adjustment information to obtain first parameter adjustment information of the first signal radiation parameter; querying a preset signal radiation database according to the radiation band adjustment information to obtain second parameter adjustment information of the second signal radiation parameter; Adjust the first signal radiation parameter according to the first parameter adjustment information to obtain a first target signal radiation parameter; Adjust the second signal radiation parameter according to the second parameter adjustment information to obtain a second target signal radiation parameter; A target signal of the chip is obtained according to the first target signal radiation parameter and the second target signal radiation parameter.

9. A chip transmission signal amplification method as claimed in claim 1, characterized in that: The amplifying the chip transmission signal according to the target signal and in combination with the target signal transmission channel specifically includes: The target signal is subjected to signal radiation processing through a target signal transmission channel, and a new signal to be transmitted by the chip and a new environmental signal of the environment in which the chip is located are recollected; The new environmental signal replaces the environmental signal, and the new signal to be transmitted replaces the signal to be transmitted, and a new target signal and its corresponding new target signal transmission channel are generated, so that the new target signal is subjected to signal radiation processing through the new target signal transmission channel until the chip completes the signal transmission task, thereby completing the amplification of the chip transmission signal.

10. A chip transmission signal amplification system, characterized in that: include: Signal feature recognition module, target signal transmission channel construction module, target signal construction module and transmission signal amplification module; The signal feature recognition module is used to obtain the signal to be transmitted of the chip and the environmental signal of the environment in which the chip is located, and recognize the transmission signal feature of the signal to be transmitted and the environmental signal feature of the environmental signal; The target signal transmission channel construction module is used to obtain signal distribution information of the chip's environment according to the environmental signal, and obtain the chip's target signal transmission channel according to the signal distribution information; The target signal building module is used to adjust the signal radiation parameter of the signal to be transmitted according to the transmission signal characteristics and the environmental signal characteristics to obtain the target signal of the chip; The transmission signal amplification module is used to amplify the chip transmission signal according to the target signal and in combination with the target signal transmission channel.

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