Chip collaborative stable operation method and system based on environmental factors

Abstract

The invention provides a chip collaborative stable operation method and system based on environmental factors, and the method comprises the steps: obtaining the factor data of a current environment, the operation information of each chip in the current environment, the factor data of a preset normal environment, and the historical operation information of each chip in the preset normal environment; obtaining operation difference information, operation abnormal information of each chip, a target interference factor of each chip and current processing data of each chip; abnormal reasons of the chips are screened; and performing abnormal function identification and data volume analysis on each chip, and generating a corresponding processing data collaboration strategy so as to complete a data processing task of the current processing data of each chip. The invention solves the problem that the method for guaranteeing the stable operation of the chip in the prior art is limited by the distance of the chip, the environment of the chip and the current working state of the chip, so that the stable operation reliability of the chip in the abnormal environment is poor. According to the invention, the influence on the stable operation of the chip under the abnormal environment condition is avoided, and the reliability of the stable operation of the chip is improved.

Description

Technical Field

[0001] The present invention relates to the field of Internet of Things chips, and in particular to a method and system for collaborative and stable operation of chips based on environmental factors. Background Art

[0002] The operating functions of chips are constantly updated and iterated, and the integration of chips is getting higher and higher. When multiple chips are running at the same time, the heat generated by each chip gradually increases. In order to avoid dust interference, the chip is often located in a closed environment. High temperature causes environmental gas collision, which makes each chip often in a high temperature and high pressure environment, resulting in frequent chip operation failures and the stability of chip operation is difficult to guarantee.

[0003] At present, the existing technology mainly adopts external physical cooling to reduce the external ambient temperature of the chip, that is, the heat generated inside the chip is transferred to the outside of the chip through heat dissipation, and released into the environment. The specific means are: first, in chip packaging heat dissipation, by adding thermal conductive materials such as silicone or metal with high thermal conductivity between the chip and the heat sink, the heat conduction efficiency is improved; second, in chip packaging heat dissipation, the heat transfer is accelerated by increasing the air flow around the chip; third, in chip packaging heat dissipation, the heat dissipation efficiency is improved by increasing the surface area of ​​the heat sink and using radioactive materials; however, for integrated circuit clusters, a large amount of cooling equipment or cooling materials are required to cool the chip, and due to the influence of chip spacing, the chip environment and the current working state of the chip, it will still lead to the problem of poor chip stable operation reliability in abnormal environments. Summary of the invention

[0004] In order to solve the above problems, the present invention proposes a chip collaborative stable operation method and system based on environmental factors, which can realize real-time identification of the current abnormal operation function of each chip under abnormal conditions, thereby adjusting the processing data collaborative strategy of each chip in real time, so that each chip is in a normal operation state in real time.

[0005] To achieve the above object, an embodiment of the present invention provides a method for chip coordinated stable operation based on environmental factors, comprising:

[0006] Obtaining factor data of the current environment and operation information of each chip in the current environment, as well as factor data of a preset normal environment and historical operation information of each chip in the preset normal environment, and calculating operation difference information;

[0007] Based on the operation difference information, the factor data of the current environment, the factor data of the preset normal environment and the operation information of each chip in the current environment, the operation abnormality information of each chip, the target interference factor of each chip and the current processing data of each chip are obtained;

[0008] Based on the target interference factors of each chip, a number of initial abnormal causes are screened to obtain the abnormal cause of each chip;

[0009] Based on the current processing data of each chip, the operation abnormality information of each chip and the abnormality cause of each chip, the abnormal function identification and data volume analysis of each chip are performed to generate a corresponding processing data coordination strategy;

[0010] Based on the data processing collaborative strategy, the data currently being processed by each chip is collaboratively processed to complete the data processing task of the data currently being processed by each chip.

[0011] The embodiment of the present invention proposes a chip collaborative stable operation method based on environmental factors, by obtaining current environmental factor data and chip operation information under the current environment and preset normal environmental factor data and chip historical operation information under the preset normal environment, and then obtaining the operation difference information of the current chip, and then analyzing the operation abnormality information of each chip, the target interference factor of each chip and the current processing data of each chip, to provide an information basis for subsequent abnormal function identification, and then analyze the abnormal cause of the chip, and identify the abnormal function of the chip, and finally generate a processing data collaborative strategy for the abnormal function of the chip, and complete the data processing task of each chip by collaboratively processing chip data; through the collaborative processing of multiple chips, the situation that the chip processes data for the abnormal operation function is avoided, so that without affecting the normal operation of each chip, the operation of the abnormal operation function of the chip is avoided by collaborative operation and data intercommunication, and the current abnormal operation function of each chip can be identified in real time, so as to adjust the processing data collaborative strategy of each chip in real time, so that each chip is in a normal operation state in real time, avoiding the impact on the stable operation of the chip under abnormal environment, and improving the reliability of the stable operation of the chip.

[0012] Further, the step of obtaining the factor data of the current environment and the operation information of each chip in the current environment as well as the factor data of the preset normal environment and the historical operation information of each chip in the preset normal environment, and calculating the operation difference information includes:

[0013] Collect the environmental information data of the current environment of each chip and the operation data of each chip in real time to obtain the factor data of the current environment and the operation information of each chip in the current environment;

[0014] Based on the factor data of the current environment and the preset database, the preset normal data range corresponding to each environmental factor and the historical operation information corresponding to the normal data range are matched to obtain the factor data of the preset normal environment and the historical operation information of each chip of the preset normal environment;

[0015] Classify the operation information of each chip in the current environment and the historical operation information of each chip in the preset normal environment by operation type, and obtain the current operation data of each chip and the historical operation data of each chip in the preset normal environment;

[0016] Based on the current operation data of each chip and the historical operation data of each chip in the preset normal environment, the operation difference information is obtained by calculating the data deviation value of each operation type.

[0017] An embodiment of the present invention proposes a chip collaborative stable operation method based on environmental factors. By querying the normal data range of each environmental factor type of each chip, the historical operation information corresponding to each normal environmental factor data of each chip is queried, thereby improving the representation degree of the screened historical operation information in characterizing the normal operation process of the chip. By splitting the operation type of the operation information, the comprehensiveness and accuracy of identifying the operation difference information between the historical operation information and the current operation information are improved.

[0018] Further, based on the operation difference information, the factor data of the current environment, the factor data of the preset normal environment and the operation information of each chip in the current environment, the operation abnormality information of each chip, the target interference factor of each chip and the current processing data of each chip are obtained, including:

[0019] Based on the operation difference information, each operation type corresponding to the data deviation value that meets the preset first deviation threshold requirement is screened and the corresponding operation function is matched to obtain the operation abnormality information of each chip;

[0020] Based on the factor data of the current environment and the factor data of the preset normal environment, by calculating the environmental data deviation value corresponding to each environmental factor type, the environmental factor type corresponding to the environmental data deviation value that meets the preset second deviation threshold requirement is screened to obtain the target interference factor of each chip;

[0021] Based on the operation information of each chip in the current environment, the corresponding operation functions are matched, and the data information and data information processing tasks processed by each operation function are obtained to obtain the current processing data of each chip.

[0022] The embodiment of the present invention proposes a chip collaborative stable operation method based on environmental factors, which identifies each abnormal chip operation module and each abnormal environment type through a deviation threshold, thereby improving the accuracy of identifying the target interference factors of the chip and the chip operation abnormality information.

[0023] Furthermore, based on the target interference factors of each chip, several initial abnormal causes are screened to obtain the abnormal causes of each chip, including:

[0024] Based on the target interference factors of each chip, obtaining initial abnormal causes corresponding to a number of environmental factors;

[0025] Sorting the initial abnormal causes corresponding to the several environmental factors to obtain an abnormal cause sequence;

[0026] Based on the abnormal cause sequence, initial abnormal causes that meet a preset number requirement are screened to obtain the abnormal cause of each chip.

[0027] An embodiment of the present invention proposes a chip collaborative stable operation method based on environmental factors. By identifying the number of abnormal causes, the abnormal cause of the chip is identified, thereby avoiding the influence of small-probability abnormal causes on the abnormal cause of the chip and improving the accuracy of the identified abnormal cause of the chip.

[0028] Furthermore, based on the current processing data of each chip, the operation abnormality information of each chip and the abnormality cause of each chip, abnormal function identification and data volume analysis are performed on each chip to generate a corresponding processing data coordination strategy, including:

[0029] Based on the operation abnormality information of each chip and the abnormality cause of each chip, the abnormal operation module corresponding to the abnormal cause of each chip and the current operation function corresponding to the abnormal operation module are matched to obtain the abnormal operation function of each chip;

[0030] Based on the current processing data of each chip, acquiring the interactive processing target chip of each chip and the instantaneous data volume of data processing of each chip;

[0031] Based on the abnormal operation function of the chip and the instantaneous data volume of data processed by each chip, a corresponding processing data coordination strategy is generated for the interactive processing target chip of each chip.

[0032] The embodiment of the present invention proposes a chip collaborative stable operation method based on environmental factors, which improves the accuracy of subsequent identification of the processing data collaborative strategy of each chip by identifying the current operation function and data processing task of the chip.

[0033] Further, based on the current processing data of each chip, the interactive processing target chip of each chip and the instantaneous data volume of data processing of each chip are obtained, including:

[0034] Based on the data currently processed by the chip, the current data volume corresponding to the data information of the data currently processed by each chip and the saturated data volume of each chip are obtained, and the idle data volume of each chip is calculated;

[0035] Based on the amount of idle data of each chip, screening chips that meet preset interaction requirements, and obtaining interaction processing target chips of each chip;

[0036] Sequence data analysis is performed on each chip and its interactive processing target chip to obtain the instantaneous data volume of each chip data processing.

[0037] Furthermore, based on the abnormal operation function of the chip and the instantaneous data volume of data processed by each chip, a corresponding data processing coordination strategy is generated for the interactive processing target chip of each chip, including:

[0038] Based on the abnormal operation function of each chip, the interactive processing target chip of each chip is matched until the instantaneous data volume processed by each chip meets the preset data volume requirement, and the collaborative processing target chip is obtained;

[0039] Based on the collaborative processing target chip, a corresponding processing data collaborative strategy is generated.

[0040] An embodiment of the present invention proposes a chip collaborative stable operation method based on environmental factors, which determines the interactive processing target chip of each chip through data volume, data interaction sequence and abnormal operation function, thereby improving the accuracy and practicality of determining the interactive processing target chip of each chip.

[0041] Further, based on the data processing collaborative strategy, collaboratively processing the data currently processed by each chip to complete the data processing task of the data currently processed by each chip includes:

[0042] Based on the processing data collaborative strategy, obtaining the corresponding collaborative processing target chip operation function;

[0043] By collaboratively processing the target chip running function, the current processing data of each chip is collaboratively processed to complete the data processing task of the current processing data of each chip.

[0044] The embodiment of the present invention proposes a chip collaborative stable operation method based on environmental factors, which improves the comprehensiveness of identifying abnormal operation functions by taking the current operation function corresponding to the abnormal operation module of the chip as the abnormal operation function.

[0045] The embodiment of the present invention also provides a chip collaborative stable operation system based on environmental factors, including: an operation difference information calculation module, a chip information data acquisition module, an abnormal cause screening module, a collaborative strategy generation module and a collaborative processing module;

[0046] The operation difference information calculation module is used to obtain the factor data of the current environment and the operation information of each chip in the current environment, as well as the factor data of the preset normal environment and the historical operation information of each chip in the preset normal environment, and calculate the operation difference information;

[0047] The chip information data acquisition module is used to acquire the operation abnormality information of each chip, the target interference factor of each chip and the current processing data of each chip based on the operation difference information, the factor data of the current environment, the factor data of the preset normal environment and the operation information of each chip in the current environment;

[0048] The abnormality cause screening module is used to screen a number of initial abnormality causes based on the target interference factors of each chip to obtain the abnormality cause of each chip;

[0049] The collaborative strategy generation module is used to identify abnormal functions and analyze data volume of each chip based on the current processing data of each chip, the operation abnormality information of each chip and the abnormality cause of each chip, and generate a corresponding collaborative strategy for processing data;

[0050] The collaborative processing module is used to collaboratively process the data currently processed by each chip based on the data processing collaborative strategy to complete the data processing task of the data currently processed by each chip.

[0051] The embodiment of the present invention proposes a chip collaborative stable operation system based on environmental factors. The operation difference information calculation module obtains the current environmental factor data and the chip operation information under the current environment and the preset normal environmental factor data and the chip historical operation information under the preset normal environment, thereby obtaining the operation difference information of the current chip. The chip information data acquisition module analyzes the operation abnormality information of each chip, the target interference factor of each chip and the current processing data of each chip to provide an information basis for subsequent abnormal function identification. The abnormal cause screening module analyzes the abnormal cause of the chip and identifies the abnormal function of the chip. Finally, the collaborative strategy generation module generates a processing data collaborative strategy for the abnormal function of the chip. The collaborative processing module collaboratively processes the chip data to complete the data processing task of each chip. Through the collaborative processing of multiple chips, the chip is prevented from processing data for the abnormal operation function, so that the operation of the abnormal operation function of the chip is avoided through collaborative operation and data intercommunication without affecting the normal operation of each chip. The current abnormal operation function of each chip can also be identified in real time, so as to adjust the processing data collaborative strategy of each chip in real time, so that each chip is in a normal operation state in real time, avoiding the influence on the stable operation of the chip under abnormal environment, and improving the reliability of stable operation of the chip.

[0052] Furthermore, the collaborative strategy generation module is used to identify abnormal functions and analyze the data volume of the chip based on the current processing data of the chip, the abnormal operation information of the chip and the abnormal cause of the chip, and generate a corresponding collaborative strategy for processing data, and also includes:

[0053] Abnormal function analysis unit, chip data acquisition unit and strategy generation unit;

[0054] The abnormal function analysis unit is used to match the abnormal operation module corresponding to the abnormal cause of each chip and the current operation function corresponding to the abnormal operation module based on the abnormal operation information of each chip and the abnormal cause of each chip, so as to obtain the abnormal operation function of each chip;

[0055] The chip data volume acquisition unit is used to acquire the interactive processing target chip of each chip and the instantaneous data volume of each chip data processing based on the current processing data of each chip;

[0056] The strategy generation unit is used to generate a corresponding data processing coordination strategy for the interactive processing target chip of each chip based on the abnormal operation function of the chip and the instantaneous data volume of data processing of each chip. BRIEF DESCRIPTION OF THE DRAWINGS

[0057] Figure 1 A schematic flow chart of the steps of a method for chip coordinated stable operation based on environmental factors provided in an embodiment of the present invention;

[0058] Figure 2 A schematic diagram of the module structure of a chip cooperative stable operation system based on environmental factors provided in an embodiment of the present invention;

[0059] Figure 3 A schematic diagram of the structure of a collaborative strategy generation module of a chip collaborative stable operation system based on environmental factors provided in an embodiment of the present invention. DETAILED DESCRIPTION

[0060] 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.

[0061] Example 1

[0062] See also Figure 1 , Figure 1 A schematic flow chart of the steps of a method for chip coordinated stable operation based on environmental factors provided in an embodiment of the present invention; Figure 1 As shown, the embodiment of the present invention proposes a chip coordinated stable operation method based on environmental factors, including steps 101 to 105, each step is specifically as follows:

[0063] Step 101, obtaining factor data of the current environment and operation information of each chip in the current environment, as well as factor data of a preset normal environment and historical operation information of each chip in the preset normal environment, and calculating operation difference information;

[0064] As an example of this embodiment, environmental information data of the current environment of each chip and operating data of each chip are collected in real time to obtain factor data of the current environment and operating information of each chip in the current environment; based on the factor data of the current environment and the preset database, the preset normal data range corresponding to each environmental factor and the historical operating information corresponding to the normal data range are matched to obtain factor data of the preset normal environment and historical operating information of each chip in the preset normal environment; the operating information of each chip in the current environment and the historical operating information of each chip in the preset normal environment are divided into operating types to obtain the current operating data of each chip and the historical operating data of each chip in the preset normal environment; based on the current operating data of each chip and the historical operating data of each chip in the preset normal environment, the data deviation value of each operating type is calculated to obtain operating difference information.

[0065] A specific implementation method is to collect the current environmental factor data of the chip by presetting sensors corresponding to the environment in which the multiple chips are located, wherein the sensors include: temperature sensors, air pressure sensors, humidity sensors, etc.; then, for each chip, in each historical operation information in the database, query each environmental factor data in each historical operation information, all of which belong to the historical operation information of the chip when it is in normal operation. The database stores multiple historical operation information, and the historical operation information includes: the environmental factor data of the chip during the historical operation information process; wherein the environmental factor data is data information of different environmental factor types, and the environmental factor types include temperature type, air pressure type, humidity type, etc.; more specifically, obtain the normal data range of each environmental factor type of the chip, and identify each environmental factor in each historical operation information type of environmental factor data; in each historical operation information, query the historical operation information in which all environmental factor data belong to the normal data range of the environmental factor type corresponding to each environmental factor data, as the historical operation information of the chip corresponding to each normal environmental factor data; based on the historical chip operation data of each operation type in the historical operation information, and divide the current operation information into current chip operation data of each operation type; for each operation type, calculate the data deviation value between the historical chip operation data of the operation type and the current chip operation data of the operation type, and use the data deviation values ​​of all operation types as the operation difference information between the historical operation information and the current operation information; wherein, the operation types include: data processing rate type, packet loss number type, data waiting number type, data processing freeze number type and data processing bug number type, etc.

[0066] Step 102, based on the operation difference information, the factor data of the current environment, the factor data of the preset normal environment and the operation information of each chip in the current environment, obtain the operation abnormality information of each chip, the target interference factor of each chip and the current processing data of each chip;

[0067] As an example of this embodiment, based on the operation difference information, each operation type corresponding to the data deviation value that meets the preset first deviation threshold requirement is screened and the corresponding operation function is matched to obtain the operation abnormality information of each chip; based on the factor data of the current environment and the factor data of the preset normal environment, by calculating the environmental data deviation value corresponding to each environmental factor type, the environmental factor type corresponding to the environmental data deviation value that meets the preset second deviation threshold requirement is screened to obtain the target interference factor of each chip; based on the operation information of each chip in the current environment, the corresponding operation function is matched, and the data information and data information processing tasks processed by each operation function are obtained to obtain the current processing data of each chip.

[0068] A specific implementation method is to identify the abnormal operation information of the chip and the target interference factor of the chip based on the operation difference information between the historical operation information and the current operation information, and based on each current environmental factor data, the operation difference information and each normal environmental data; wherein the target interference factor of the chip is the abnormal environmental factor type that interferes with the abnormal operation of the chip and the abnormal environmental factor data corresponding to the abnormal environmental factor type; more specifically, for each environmental factor type, the environmental data deviation value between the current environmental factor data of the environmental factor type and the normal environmental data of the environmental factor type is calculated to obtain the environmental data deviation value of each environmental factor type, and the environmental factor type corresponding to the environmental data deviation value greater than the environmental data deviation threshold is used as the target interference factor of the chip; wherein each environmental factor type corresponds to an environmental data deviation threshold, and each environmental data deviation threshold is stored and called when needed; based on the operation difference information The data deviation value of each operation type is selected, and the operation type corresponding to the data deviation value greater than the data deviation threshold is screened as the abnormal operation type of the chip, and the abnormal chip operation module corresponding to each abnormal operation type and the chip operation function corresponding to each abnormal chip operation module are identified; each abnormal chip operation module and the chip operation function corresponding to each abnormal chip operation module are used as the chip operation abnormality information; wherein, each chip operation module corresponds to a chip operation function, for example, the data integration module corresponds to the data integration function, the data calculation module corresponds to the data calculation function, the data analysis module corresponds to the data analysis function, etc.; based on the current operation information of the chip, each current operation module of the chip is identified, and the operation function information of each operation module is used as the current operation function of the chip; the data information currently processed by the chip and the data processing tasks of the data information are queried, and the data information and the data processing tasks of the data information are used as the current processing data of the chip.

[0069] Step 103, based on the target interference factors of each chip, a number of initial abnormal causes are screened to obtain the abnormal cause of each chip;

[0070] As an example of this embodiment, based on the target interference factors of each chip, initial abnormal causes corresponding to several environmental factors are obtained; the initial abnormal causes corresponding to the several environmental factors are sorted to obtain an abnormal cause sequence; based on the abnormal cause sequence, the initial abnormal causes that meet the preset number requirements are screened to obtain the abnormal cause of each chip.

[0071] A specific implementation method is to identify the abnormal cause of the chip based on the target interference factor of the chip, and identify the current operating functions of the chip and the current processing data of the chip based on the current operating information of the chip; wherein the abnormal cause of the chip includes: the chip operating speed is too low, the chip operating is stuck, the chip operating is waiting, and the chip operating bug, etc.; each environmental factor type corresponds to one or more abnormal causes, for example, the abnormal cause corresponding to the temperature type includes: the chip operating is stuck and the chip operating speed is too low, etc.; more specifically, each abnormal cause of the chip corresponding to each environmental factor type is obtained, and based on each abnormal operating type of the chip, each initial abnormal cause of the chip is identified; wherein the abnormal causes corresponding to different environmental factor types may be the same, that is, the abnormal causes corresponding to the environmental factor types overlap, so it is identified that the initial abnormal causes of the chip may have the same abnormal cause; then based on the number of each initial abnormal cause, the initial abnormal causes of each chip are arranged in order from large to small to obtain an abnormal cause sequence, and a preset number of initial abnormal causes are screened in the order of the abnormal cause sequence from front to back to obtain the abnormal cause of the chip.

[0072] Step 104, based on the current processing data of each chip, the operation abnormality information of each chip and the abnormality cause of each chip, the abnormal function identification and data volume analysis of each chip are performed to generate a corresponding data processing coordination strategy;

[0073] As an example of this embodiment, based on the operation abnormality information of each chip and the abnormal cause of each chip, the abnormal operation module corresponding to the abnormal cause of each chip and the current operation function corresponding to the abnormal operation module are matched to obtain the abnormal operation function of each chip; based on the current processing data of each chip, the interactive processing target chip of each chip and the instantaneous data volume of data processing of each chip are obtained; based on the abnormal operation function of the chip and the instantaneous data volume of data processing of each chip, a corresponding processing data coordination strategy is generated for the interactive processing target chip of each chip.

[0074] A specific implementation method is to identify the abnormal operation function of the chip based on the operation abnormality information of the chip, the abnormal cause of the chip and each current operation function of the chip, and identify the processing data coordination strategy of each chip based on the current processing data of each chip and the abnormal operation function of each chip; wherein the processing data coordination strategy of the chip is to mutually process the abnormal operation function of the chip and the current processing data corresponding to the abnormal operation function through other chips; based on the abnormal cause of the chip, query the operation module corresponding to the abnormal cause of the chip in the database, and filter the operation module corresponding to the abnormal cause of the chip among the operation modules corresponding to each current operation function as the abnormal operation module of the chip; use the current operation function corresponding to the abnormal operation module as the abnormal operation function of the chip; finally, based on the current processing data of each chip, obtain the interactive processing target chip of each chip and the instantaneous data volume of data processing of each chip; based on the abnormal operation function of the chip and the instantaneous data volume of data processing of each chip, generate the corresponding processing data coordination strategy for the interactive processing target chip of each chip.

[0075] As another example of this embodiment, based on the data currently processed by the chip, the current data volume corresponding to the data information of the data currently processed by each chip and the saturated data volume of each chip are obtained, and the idle data volume of each chip is calculated; based on the idle data volume of each chip, the chips that meet the preset interaction requirements are screened to obtain the interactive processing target chip of each chip; sequence data analysis is performed on each chip and the interactive processing target chip of each chip to obtain the instantaneous data volume of data processed by each chip. Based on the abnormal operation function of each chip, the interactive processing target chip of each chip is matched until the instantaneous data volume of data processed by each chip meets the preset data volume requirement, and the collaborative processing target chip is obtained; based on the collaborative processing target chip, the corresponding data processing collaborative strategy is generated.

[0076] A specific possible implementation method is to obtain the current data volume corresponding to the data information of the currently processed data of each chip and the saturated data volume of each chip, and identify the operation sequence of each current operating function of each chip based on the data processing task corresponding to the data information of each chip; wherein the operation sequence is used to characterize the execution order of each current operating function; based on the saturated data volume of each chip and the current data volume of each chip, calculate the idle data volume of each chip, and for each chip, based on the abnormal operation function of the chip, select a chip with a different abnormal operation function from the chip and an idle data volume greater than the current data volume of the chip from other chips as the interactive processing target chip of the chip; wherein, when the chip determines the interactive processing target chip, the current idle data volume of the interactive processing target chip is the data volume after deducting the data volume of the data information of the chip from the idle data volume; the order of obtaining the interactive processing target chips of each chip is: identify the preset criticality of each chip, and press Identify the interactive processing target chip of each chip in order from large to small according to the criticality of the chip; identify the instantaneous data volume of each chip when processing the data information of other chips based on the operation sequence of the interactive processing target chip of each chip, the data information of other chips that each chip needs to process, and the operation function of the data information of other chips that each chip needs to process, wherein the instantaneous data volume is the sum of the data volume when the chip processes the data information of the chip and the data information of other chips at the same time; when there is an instantaneous data volume greater than the saturated data volume of the chip, return to execute for each chip, based on the abnormal operation function of the chip, in other chips, select the chip with different abnormal operation function from the chip and idle data volume greater than the current data volume of the chip as the interactive processing target chip of the chip, until there is no instantaneous data volume greater than the saturated data volume of the chip, and use the interactive processing target chip of each chip and the operation function that the interactive processing data chip of each chip needs to process as the processing data coordination strategy of each chip;

[0077] Step 105 , based on the data processing collaborative strategy, collaboratively process the data currently being processed by each chip to complete the data processing task of the data currently being processed by each chip.

[0078] As an example of this embodiment, based on the data processing collaborative strategy, the corresponding collaborative processing target chip operating function is obtained; through the collaborative processing target chip operating function, the current processing data of each chip is collaboratively processed to complete the data processing task of the current processing data of each chip.

[0079] A specific implementation method is to collaboratively process the current processing data of each chip based on the collaborative data processing strategy of each chip to complete the data processing task of the current processing data of each chip; specifically, when collaboratively processing the current processing data of each chip, return to execute step 101, so as to adjust the collaborative data processing strategy of each chip in real time.

[0080] The embodiment of the present invention proposes a chip collaborative stable operation method based on environmental factors, by obtaining current environmental factor data and chip operation information under the current environment and preset normal environmental factor data and chip historical operation information under the preset normal environment, and then obtaining the operation difference information of the current chip, and then analyzing the operation abnormality information of each chip, the target interference factor of each chip and the current processing data of each chip, to provide an information basis for subsequent abnormal function identification, and then analyze the abnormal cause of the chip, and identify the abnormal function of the chip, and finally generate a processing data collaborative strategy for the abnormal function of the chip, and complete the data processing task of each chip by collaboratively processing chip data; through the collaborative processing of multiple chips, the situation that the chip processes data for the abnormal operation function is avoided, so that without affecting the normal operation of each chip, the operation of the abnormal operation function of the chip is avoided by collaborative operation and data intercommunication, and the current abnormal operation function of each chip can be identified in real time, so as to adjust the processing data collaborative strategy of each chip in real time, so that each chip is in a normal operation state in real time, avoiding the impact on the stable operation of the chip under abnormal environment, and improving the reliability of the stable operation of the chip.

[0081] Example 2

[0082] See also Figure 2 , Figure 2 A schematic diagram of the module structure of a chip cooperative stable operation system based on environmental factors provided by an embodiment of the present invention. Figure 2 As shown, an embodiment of the present invention proposes a chip collaborative stable operation system based on environmental factors, including:

[0083] Operation difference information calculation module 201, chip information data acquisition module 202, abnormal cause screening module 203, coordination strategy generation module 204 and coordination processing module 205;

[0084] The operation difference information calculation module 201 is used to obtain the factor data of the current environment and the operation information of each chip in the current environment, as well as the factor data of the preset normal environment and the historical operation information of each chip in the preset normal environment, and calculate the operation difference information;

[0085] The chip information data acquisition module 202 is used to acquire the abnormal operation information of each chip, the target interference factor of each chip and the current processing data of each chip based on the operation difference information, the factor data of the current environment, the factor data of the preset normal environment and the operation information of each chip in the current environment;

[0086] The abnormality cause screening module 203 is used to screen a number of initial abnormality causes based on the target interference factors of each chip to obtain the abnormality cause of each chip;

[0087] The collaborative strategy generation module 204 is used to identify abnormal functions and analyze data volume of each chip based on the current processing data of each chip, the abnormal operation information of each chip and the abnormal reasons of each chip, and generate a corresponding collaborative strategy for processing data;

[0088] As an example of this embodiment, see Figure 3 , Figure 3 A schematic diagram of a collaborative strategy generation module structure of a chip collaborative stable operation system based on environmental factors is provided in an embodiment of the present invention. Figure 3 As shown, the collaborative strategy generation module 204 is used to identify abnormal functions and analyze the data volume of the chip based on the current processing data of the chip, the abnormal operation information of the chip and the abnormal cause of the chip, and generate a corresponding collaborative strategy for processing data, and also includes:

[0089] Abnormal function analysis unit 301, chip data volume acquisition unit 302 and strategy generation unit 303;

[0090] The abnormal function analysis unit 301 is used to match the abnormal operation module corresponding to the abnormal cause of each chip and the current operation function corresponding to the abnormal operation module based on the abnormal operation information of each chip and the abnormal cause of each chip, so as to obtain the abnormal operation function of each chip;

[0091] The chip data volume acquisition unit 302 is used to acquire the interactive processing target chip of each chip and the instantaneous data volume of each chip data processing based on the current processing data of each chip;

[0092] The strategy generating unit 303 is used to generate a corresponding data processing coordination strategy for the interactive processing target chip of each chip based on the abnormal operation function of the chip and the instantaneous data volume of data processed by each chip.

[0093] The collaborative processing module 205 is used to collaboratively process the data currently processed by each chip based on the data processing collaborative strategy to complete the data processing task of the data currently processed by each chip.

[0094] The embodiment of the present invention proposes a chip collaborative stable operation system based on environmental factors. The operation difference information calculation module obtains the current environmental factor data and the chip operation information under the current environment and the preset normal environmental factor data and the chip historical operation information under the preset normal environment, thereby obtaining the operation difference information of the current chip. The chip information data acquisition module analyzes the operation abnormality information of each chip, the target interference factor of each chip and the current processing data of each chip to provide an information basis for subsequent abnormal function identification. The abnormal cause screening module analyzes the abnormal cause of the chip and identifies the abnormal function of the chip. Finally, the collaborative strategy generation module generates a processing data collaborative strategy for the abnormal function of the chip. The collaborative processing module collaboratively processes the chip data to complete the data processing task of each chip. Through the collaborative processing of multiple chips, the chip is prevented from processing data for the abnormal operation function, so that the operation of the abnormal operation function of the chip is avoided through collaborative operation and data intercommunication without affecting the normal operation of each chip. The current abnormal operation function of each chip can also be identified in real time, so as to adjust the processing data collaborative strategy of each chip in real time, so that each chip is in a normal operation state in real time, avoiding the influence on the stable operation of the chip under abnormal environment, and improving the reliability of stable operation of the chip.

[0095] The above is only a preferred embodiment of the present invention. It should be pointed out that for ordinary technicians in this technical field, several improvements and modifications can be made without departing from the technical principles of the present invention. These improvements and modifications should also be regarded as the scope of protection of the present invention.

[0096] In the description of this specification, the description with reference to the terms "one embodiment", "some embodiments", "example", "specific example" or "some examples" etc. means that the specific features, structures, materials or characteristics described in conjunction with the embodiment or example are included in at least one embodiment or example of the present application. Moreover, the specific features, structures, materials or characteristics described may be combined in any one or more embodiments or examples in a suitable manner. In addition, those skilled in the art may combine and combine different embodiments or examples described in this specification and the features of different embodiments or examples, unless they are contradictory.

[0097] In addition, the terms "first" and "second" are used for descriptive purposes only and should not be understood as indicating or implying relative importance or implicitly indicating the number of technical features indicated. Therefore, a feature defined as "first" or "second" may explicitly or implicitly include at least one of the features. In the description of this application, the meaning of "plurality" is two or more, unless otherwise clearly and specifically defined.

[0098] It should be understood that, although the various steps in the flowcharts involved in the above-mentioned embodiments are displayed in sequence according to the indication of the arrows, these steps are not necessarily executed in sequence according to the order indicated by the arrows. Unless there is a clear explanation in this article, the execution of these steps does not have a strict order restriction, and these steps can be executed in other orders. Moreover, at least a part of the steps in the flowcharts involved in the above-mentioned embodiments can include multiple steps or multiple stages, and these steps or stages are not necessarily executed at the same time, but can be executed at different times, and the execution order of these steps or stages is not necessarily to be carried out in sequence, but can be executed in turn or alternately with other steps or at least a part of the steps or stages in other steps.

Claims

1. A chip coordinated stable operation method based on environmental factors, characterized in that: include: Obtaining factor data of the current environment and operation information of each chip in the current environment, as well as factor data of a preset normal environment and historical operation information of each chip in the preset normal environment, and calculating operation difference information; Based on the operation difference information, the factor data of the current environment, the factor data of the preset normal environment and the operation information of each chip in the current environment, the operation abnormality information of each chip, the target interference factor of each chip and the current processing data of each chip are obtained; Based on the target interference factors of each chip, a number of initial abnormal causes are screened to obtain the abnormal cause of each chip; Based on the current processing data of each chip, the operation abnormality information of each chip and the abnormality cause of each chip, the abnormal function identification and data volume analysis of each chip are performed to generate a corresponding processing data coordination strategy; Based on the data processing collaborative strategy, the data currently being processed by each chip is collaboratively processed to complete the data processing task of the data currently being processed by each chip.

2. A chip coordinated stable operation method based on environmental factors as claimed in claim 1, characterized in that: The step of obtaining the factor data of the current environment and the operation information of each chip in the current environment as well as the factor data of the preset normal environment and the historical operation information of each chip in the preset normal environment, and calculating the operation difference information includes: Collect the environmental information data of the current environment of each chip and the operation data of each chip in real time to obtain the factor data of the current environment and the operation information of each chip in the current environment; Based on the factor data of the current environment and the preset database, the preset normal data range corresponding to each environmental factor and the historical operation information corresponding to the normal data range are matched to obtain the factor data of the preset normal environment and the historical operation information of each chip of the preset normal environment; Classify the operation information of each chip in the current environment and the historical operation information of each chip in the preset normal environment by operation type, and obtain the current operation data of each chip and the historical operation data of each chip in the preset normal environment; Based on the current operation data of each chip and the historical operation data of each chip in the preset normal environment, the operation difference information is obtained by calculating the data deviation value of each operation type.

3. A chip coordinated stable operation method based on environmental factors as claimed in claim 2, characterized in that: Based on the operation difference information, the factor data of the current environment, the factor data of the preset normal environment and the operation information of each chip in the current environment, the operation abnormality information of each chip, the target interference factor of each chip and the current processing data of each chip are obtained, including: Based on the operation difference information, each operation type corresponding to the data deviation value that meets the preset first deviation threshold requirement is screened and the corresponding operation function is matched to obtain the operation abnormality information of each chip; Based on the factor data of the current environment and the factor data of the preset normal environment, by calculating the environmental data deviation value corresponding to each environmental factor type, the environmental factor type corresponding to the environmental data deviation value that meets the preset second deviation threshold requirement is screened to obtain the target interference factor of each chip; Based on the operation information of each chip in the current environment, the corresponding operation functions are matched, and the data information and data information processing tasks processed by each operation function are obtained to obtain the current processing data of each chip.

4. The method for chip coordinated stable operation based on environmental factors as claimed in claim 1, characterized in that: Based on the target interference factors of each chip, several initial abnormal causes are screened to obtain the abnormal causes of each chip, including: Based on the target interference factors of each chip, obtaining initial abnormal causes corresponding to a number of environmental factors; Sorting the initial abnormal causes corresponding to the several environmental factors to obtain an abnormal cause sequence; Based on the abnormal cause sequence, initial abnormal causes that meet a preset number requirement are screened to obtain the abnormal cause of each chip.

5. The method for chip coordinated stable operation based on environmental factors as claimed in claim 1, characterized in that: Based on the current processing data of each chip, the operation abnormality information of each chip and the abnormal cause of each chip, the abnormal function of each chip is identified and the data volume is analyzed, and a corresponding processing data coordination strategy is generated, including: Based on the operation abnormality information of each chip and the abnormality cause of each chip, the abnormal operation module corresponding to the abnormal cause of each chip and the current operation function corresponding to the abnormal operation module are matched to obtain the abnormal operation function of each chip; Based on the current processing data of each chip, acquiring the interactive processing target chip of each chip and the instantaneous data volume of data processing of each chip; Based on the abnormal operation function of the chip and the instantaneous data volume of data processed by each chip, a corresponding processing data coordination strategy is generated for the interactive processing target chip of each chip.

6. The method for chip coordinated stable operation based on environmental factors as claimed in claim 5, characterized in that: Based on the current processing data of each chip, the interactive processing target chip of each chip and the instantaneous data volume of data processing of each chip are obtained, including: Based on the data currently processed by the chip, the current data volume corresponding to the data information of the data currently processed by each chip and the saturated data volume of each chip are obtained, and the idle data volume of each chip is calculated; Based on the amount of idle data of each chip, screening chips that meet preset interaction requirements, and obtaining interaction processing target chips of each chip; Sequence data analysis is performed on each chip and its interactive processing target chip to obtain the instantaneous data volume of each chip data processing.

7. A chip coordinated stable operation method based on environmental factors as claimed in claim 5 or 6, characterized in that: Based on the abnormal operation function of the chip and the instantaneous data volume of data processed by each chip, a corresponding processing data coordination strategy is generated for the interactive processing target chip of each chip, including: Based on the abnormal operation function of each chip, the interactive processing target chip of each chip is matched until the instantaneous data volume processed by each chip meets the preset data volume requirement, and the collaborative processing target chip is obtained; Based on the collaborative processing target chip, a corresponding processing data collaborative strategy is generated.

8. The method for chip coordinated stable operation based on environmental factors as claimed in claim 7, characterized in that: Based on the data processing collaborative strategy, collaboratively processing the current processing data of each chip to complete the data processing task of the current processing data of each chip includes: Based on the processing data collaborative strategy, obtaining the corresponding collaborative processing target chip operation function; By collaboratively processing the target chip running functions, the current processing data of each chip is collaboratively processed to complete the data processing task of the current processing data of each chip.

9. A chip collaborative stable operation system based on environmental factors, characterized in that: A method for coordinated stable operation of chips based on environmental factors as described in any one of claims 1 to 8, comprising: Operation difference information calculation module, chip information data acquisition module, abnormal cause screening module, collaborative strategy generation module and collaborative processing module; The operation difference information calculation module is used to obtain the factor data of the current environment and the operation information of each chip in the current environment, as well as the factor data of the preset normal environment and the historical operation information of each chip in the preset normal environment, and calculate the operation difference information; The chip information data acquisition module is used to acquire the abnormal operation information of each chip, the target interference factor of each chip and the current processing data of each chip based on the operation difference information, the factor data of the current environment, the factor data of the preset normal environment and the operation information of each chip in the current environment; The abnormality cause screening module is used to screen a number of initial abnormality causes based on the target interference factors of each chip to obtain the abnormality cause of each chip; The collaborative strategy generation module is used to identify abnormal functions and analyze data volume of each chip based on the current processing data of each chip, the operation abnormality information of each chip and the abnormality cause of each chip, and generate a corresponding collaborative strategy for processing data; The collaborative processing module is used to collaboratively process the data currently processed by each chip based on the data processing collaborative strategy to complete the data processing task of the data currently processed by each chip.

10. The chip coordinated stable operation system based on environmental factors as claimed in claim 9, characterized in that: The collaborative strategy generation module is used to identify abnormal functions and analyze the data volume of the chip based on the current processing data of the chip, the abnormal operation information of the chip and the abnormal cause of the chip, and generate a corresponding collaborative strategy for processing data, and also includes: Abnormal function analysis unit, chip data acquisition unit and strategy generation unit; The abnormal function analysis unit is used to match the abnormal operation module corresponding to the abnormal cause of each chip and the current operation function corresponding to the abnormal operation module based on the abnormal operation information of each chip and the abnormal cause of each chip, so as to obtain the abnormal operation function of each chip; The chip data volume acquisition unit is used to acquire the interactive processing target chip of each chip and the instantaneous data volume of each chip data processing based on the current processing data of each chip; The strategy generation unit is used to generate a corresponding data processing coordination strategy for the interactive processing target chip of each chip based on the abnormal operation function of the chip and the instantaneous data volume of data processing of each chip.

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