Method for establishing internet of mobile communication equipment

Abstract

The invention relates to the technical field of mobile communication, in particular to an internet building method for mobile communication equipment, which comprises the following steps of: 1, uploading position information of a communication base station, and building a communication base station topology based on the position information of the communication base station; 2, reading a communication base station topology, and identifying a communication path in the communication base station topology; 3, capturing a mobile communication equipment communication request of a communication user in a service range of the communication base station in real time by using the communication base station; the communication base station topology can be constructed according to the distribution position of the communication base station, the communication path is further analyzed according to the constructed communication base station topology, when a mobile communication user sends a communication request, the communication path is further matched according to a communication target, a communication path selection logic is configured, and the communication path selection logic is matched with the communication path. Therefore, a communication request sent by a mobile communication user can obtain the optimal communication connection configuration, and finally the purpose of establishing a communication channel is achieved.

Description

Technical Field

[0001] The present invention relates to the technical field of mobile communications, and in particular to a method for establishing an Internet network for mobile communication devices. Background Art

[0002] Mobile communication is a communication method between mobile users and fixed point users or between mobile users; Communication in which one or both parties are in motion. It includes mobile communication on land, sea and air. The frequency bands used cover low frequency, medium frequency, high frequency, very high frequency and ultra-high frequency. The mobile communication system consists of mobile stations, base stations and mobile switching offices. If you want to communicate with a mobile station, the mobile switching office sends a call to the entire network through each base station. After the called station receives the call, it sends a response signal. After receiving the response, the mobile switching office allocates a channel to the mobile station, thereby establishing communication.

[0003] However, in the current mobile communication process, the communication request sender on either side of the communication often has the communication request processed by the communication base station, which then adaptively selects the communication base station to forward the request, and finally establishes a communication connection between the two sides. In this process, the communication base station to which the communication request is forwarded does not have a more robust communication base station application logic, so that during periods of high frequency of communication requests, the amount of communication tasks undertaken by each communication base station is unbalanced, which in turn causes instability in the communication process. Summary of the invention

[0004] In view of the above-mentioned shortcomings of the prior art, the present invention provides a method for establishing an Internet network for mobile communication devices, which solves the technical problems raised in the above-mentioned background technology.

[0005] To achieve the above objectives, the present invention is implemented through the following technical solutions: A method for establishing an Internet network for mobile communication devices, comprising the following steps: Step 1: Upload the location information of the communication base station and build the communication base station topology based on the location information of the communication base station; Step 2: Read the communication base station topology and identify the communication path in the communication base station topology; Step 3: Using the communication base station to capture in real time the communication request of the mobile communication device of the communication user within the service range of the communication base station; Step 4: Acquire the communication path based on the communication base station and the communication target that capture the communication request, and analyze the channel occupancy rate of all communication base stations in each communication path; Step 5: Obtain a group of communication paths with the minimum channel occupancy rate, and use the obtained communication paths to execute the communication tasks corresponding to the communication requests; Step 6: Based on any communication base station in the communication path used to execute the communication task, monitor the execution status of the communication task, and after monitoring the completion of the communication task, perform channel occupancy analysis of the communication base station in the communication path corresponding to the communication task.

[0006] Furthermore, in the stage of uploading the location information of the communication base station in step 1, the communication base station configuration parameters are also uploaded. When the communication base station topology is constructed, the connectable communication base stations of each communication base station are analyzed based on the communication base station configuration parameters, and the construction of the communication base station topology is further completed according to the analysis result of the connectable communication base stations of the communication base station; Among them, the communication base station configuration parameters include: communication range, communication frequency band, power, sensitivity, and bandwidth.

[0007] Furthermore, any communication path identified in step 2 includes at least two groups of communication base stations and at most n-1 groups of communication base stations, where n represents the total number of communication base stations in the communication base station topology; The step 2 is provided with a submodule at the lower level, including: Step 21: Select any two groups of communication base stations in the communication base station topology as communication request sending ends and communication request receiving ends; Step 22: searching for communication paths in the communication base station topology based on the two groups of communication base stations selected in step 21, building a cloud database, and using the cloud database to store the found communication paths; The communication path obtained by executing step 21 and step 22 is the communication path identified in step 2, and step 21 continuously executes the selection of communication base stations, and the cloud database continuously stores the communication path found after step 21 continuously executes the selection of communication base stations.

[0008] Furthermore, in each communication base station selected in step 21, at least one group of communication base stations is different from the communication base stations selected in other sub-steps 21. The number of times step 21 is continuously executed is calculated by the following formula: ; Where: The number of times step 21 is executed continuously; is a set of communication base stations in the communication base station topology; is the available operation value of the q-1th communication base station; is the total number of communication base stations in the communication base station topology; in, The value is 1.

[0009] Furthermore, after capturing the communication request, step 3 further identifies the number of communication base stations receiving the communication request, and when it is identified that the number of communication base stations is not unique, selects the communication base station based on the operating status parameters of the communication base station, and the communication base station selection logic is expressed as: ; Where: Recommended value for communication base station; The distance between the communication base station and the location where the communication request is issued; , is the weight; is the current number of communication tasks of the communication base station; is the number of associated communication base stations of the communication base station in the communication base station topology; is the idle rate of communication base station channel; is the utilization rate of communication base stations; is the correction factor; The above formula is used to calculate the recommended value of each communication base station that captures the communication request, and a group of communication base stations with the highest recommended value are used for the final reception of the communication request. < , The larger the value of The smaller the value of .

[0010] Furthermore, the correction factor =0 or 1. When the communication base station captures the communication request, it synchronously receives the communication request target communication base station. When the communication path where the communication base station that captures the communication request contains the target communication base station, the correction coefficient The value is 1, otherwise, the correction coefficient The value is 0.

[0011] Furthermore, the distance between the communication base station and the location where the communication request is sent is The formula is as follows: ; Where: is the basic distance for communication; is the communication noise power; is the signal attenuation amplitude; is the signal receiving time; is the signal arrival time; It is the elevation difference between the communication base station and the location where the communication request is sent.

[0012] Furthermore, after the communication path is acquired based on the communication base station and the communication target that capture the communication request, if there is only one group of acquired communication paths, the step 4 jumps to step 5 for execution, and the channel occupancy analysis operation is not performed. If there is no less than one group of acquired communication paths, the channel occupancies of all communication base stations in each communication path are further analyzed.

[0013] Furthermore, after step 5 is executed, the process jumps to step 3 synchronously to execute the capture operation of the communication request again.

[0014] Furthermore, the channel occupancy analysis result of the communication base station in step 6 is synchronized in real time with that in step 4.

[0015] Compared with the known public technology, the technical solution provided by the present invention has the following beneficial effects: 1. The present invention provides a method for establishing an Internet network for mobile communication devices. During the execution of its steps, the method can construct a communication base station topology according to the distribution positions of the communication base stations, and further analyze the communication path based on the constructed communication base station topology. When a mobile communication user issues a communication request, the communication path is further matched according to the communication target, and a communication path selection logic is configured, so that the communication request issued by the mobile communication user can obtain the best communication connection configuration, and finally achieve the purpose of establishing a communication channel.

[0016] 2. During the execution of its steps, the method of the present invention also performs logical limitations on the receiving communication base station to which the mobile communication user sends the communication request before the communication path selection stage, ensuring that the most suitable communication base station executes the reception of the communication request, and then receives the communication request with the most suitable communication base station and searches for the communication path with the most suitable communication base station, effectively maintaining the stability of the communication request configuration communication path during the execution of the communication task, thereby ensuring the communication experience of users on both sides of the communication. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings required for use in the embodiments or the prior art descriptions are briefly introduced below. Obviously, the drawings described below are only some embodiments of the present invention, and for ordinary technicians in this field, other drawings can be obtained based on these drawings without creative work.

[0018] Figure 1 The present invention is a flowchart of a method for establishing an Internet network for mobile communication devices. DETAILED DESCRIPTION

[0019] In order to make the purpose, technical solution and advantages of the embodiments of the present invention clearer, the technical solution in the embodiments of the present invention will be clearly and completely described below in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are 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.

[0020] The present invention will be further described below in conjunction with the embodiments.

[0021] Example 1

[0022] A method for establishing an Internet network for mobile communication devices in this embodiment, such as Figure 1 As shown, the following steps are included: Step 1: Upload the location information of the communication base station and build the communication base station topology based on the location information of the communication base station; Step 2: Read the communication base station topology and identify the communication path in the communication base station topology; Step 3: Using the communication base station to capture in real time the communication request of the mobile communication device of the communication user within the service range of the communication base station; Step 4: Acquire the communication path based on the communication base station and the communication target that capture the communication request, and analyze the channel occupancy rate of all communication base stations in each communication path; Step 5: Obtain a set of communication paths with the minimum channel occupancy rate, and use the obtained communication paths to execute the communication tasks corresponding to the communication requests; Step 6: Based on any communication base station in the communication path used to perform the communication task, monitor the execution status of the communication task, and after monitoring that the communication task is completed, perform channel occupancy analysis of the communication base station in the communication path corresponding to the communication task; Any communication path identified in step 2 includes at least two groups of communication base stations and at most n-1 groups of communication base stations, where n represents the total number of communication base stations in the communication base station topology; Step 2 is provided with submodules at the lower level, including: Step 21: Select any two groups of communication base stations in the communication base station topology as communication request sending ends and communication request receiving ends; Step 22: searching for communication paths in the communication base station topology based on the two groups of communication base stations selected in step 21, building a cloud database, and using the cloud database to store the found communication paths; The communication path obtained by executing step 21 and step 22 is the communication path identified in step 2, step 21 is continuously executed to select a communication base station, and the cloud database continuously stores the communication path found after step 21 is continuously executed to select a communication base station; Step 3: After capturing the communication request, further identify the number of communication base stations receiving the communication request. When it is identified that the number of communication base stations is not unique, select the communication base station based on the operating status parameters of the communication base station. The communication base station selection logic is expressed as: ; Where: Recommended value for communication base station; The distance between the communication base station and the location where the communication request is issued; , is the weight; is the current number of communication tasks of the communication base station; is the number of associated communication base stations of the communication base station in the communication base station topology; is the idle rate of communication base station channels; is the utilization rate of communication base stations; is the correction factor; The above formula is used to calculate the recommended value of each communication base station that captures the communication request, and a group of communication base stations with the highest recommended value are used for the final reception of the communication request. < , The larger the value of The smaller the value of .

[0023] Correction factor =0 or 1. When the communication base station captures the communication request, it synchronously receives the communication request target communication base station. When the communication path where the communication base station that captures the communication request contains the target communication base station, the correction coefficient The value is 1, otherwise, the correction coefficient The value is 0; The distance between the communication base station and the location where the communication request is issued The formula is as follows: ; Where: is the basic distance for communication; is the communication noise power; is the signal attenuation amplitude; is the signal receiving time; is the signal arrival time; is the elevation difference between the communication base station and the location where the communication request is sent; After step 5 is executed, the process jumps to step 3 to execute the capture operation of the communication request again; Step 6 is synchronized in real time with the channel occupancy analysis result of the communication base station in step 4.

[0024] In this embodiment, by executing steps 1 to 6, a better communication path configuration effect can be brought to the communication request issued by the mobile communication user, so that the communication request of the communication user can be stably executed; Furthermore, the above formula is used to calculate the selection logic of the communication base station, thereby ensuring that the communication path has the necessary prerequisites when selected by the steps in the method.

[0025] Example 2 In terms of specific implementation, based on Example 1, this example refers to Figure 1 The method for establishing an Internet network for mobile communication devices in Example 1 is further described in detail: In the stage of uploading the location information of the communication base station in step 1, the communication base station configuration parameters are also uploaded. When the communication base station topology is constructed, the connectable communication base stations of each communication base station are analyzed based on the communication base station configuration parameters, and the construction of the communication base station topology is further completed according to the analysis result of the connectable communication base stations of the communication base station; Among them, the communication base station configuration parameters include: communication range, communication frequency band, power, sensitivity, and bandwidth.

[0026] Through the above settings, the configuration parameters of the communication base station are limited, and the construction logic of the communication base station topology is further limited, ensuring the stable construction of the communication base station topology.

[0027] like Figure 1 As shown, in each selected communication base station in step 21, at least one group of communication base stations is different from the communication base stations selected in other sub-steps 21. The number of consecutive executions of step 21 is calculated by the following formula: ; Where: The number of times step 21 is executed continuously; is a set of communication base stations in the communication base station topology; is the available operation value of the q-1th communication base station; is the total number of communication base stations in the communication base station topology; in, The value is 1.

[0028] The number of consecutive executions of step 21 is calculated through the above formula to ensure that all communication paths can be obtained in the communication base station topology through the continuous execution of step 21.

[0029] like Figure 1As shown, after step 4 obtains the communication path based on the communication base station and the communication target that capture the communication request, when there is only one group of communication paths obtained, jump to step 5 to execute, and do not perform the channel occupancy analysis operation. When there is not less than one group of communication paths obtained, further analyze the channel occupancies of all communication base stations in each communication path.

[0030] Through the above settings, the execution logic of step 4 is further provided to ensure stable execution of the step and provide a reliable communication path for the communication request of the mobile communication user.

[0031] In summary, in the process of executing its steps, the method in the above embodiment can construct a communication base station topology according to the distribution position of the communication base station, and further analyze the communication path with the constructed communication base station topology. When the mobile communication user issues a communication request, the communication path is further matched according to the communication target, and the communication path selection logic is configured, so that the communication request issued by the mobile communication user can obtain the best communication connection configuration, and finally achieve the purpose of building a communication channel; at the same time, in the process of executing its steps, before the communication path selection stage, the method also logically limits the receiving communication base station to which the mobile communication user issues a communication request, ensures that the most suitable communication base station executes the reception of the communication request, and then receives the communication request with the most suitable communication base station and searches for the communication path with the most suitable communication base station, effectively maintaining the stability of the communication request configuration communication path in the process of executing the communication task, thereby ensuring the communication experience of users on both sides of the communication.

[0032] The above embodiments are only used to illustrate the technical solutions of the present invention, rather than to limit the same. Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should understand that the technical solutions described in the aforementioned embodiments may still be modified, or some of the technical features may be replaced by equivalents. Such modifications or replacements will not cause the essence of the corresponding technical solutions to deviate from the spirit and scope of the technical solutions of the embodiments of the present invention.

Claims

1. A method for establishing an Internet network for mobile communication devices, characterized in that: The following steps are involved: Step 1: Upload the location information of the communication base station and build the communication base station topology based on the location information of the communication base station; Step 2: Read the communication base station topology and identify the communication path in the communication base station topology; Step 3: Using the communication base station to capture in real time the communication request of the mobile communication device of the communication user within the service range of the communication base station; Step 4: Acquire the communication path based on the communication base station and the communication target that capture the communication request, and analyze the channel occupancy rate of all communication base stations in each communication path; Step 5: Obtain a group of communication paths with the minimum channel occupancy rate, and use the obtained communication paths to execute the communication tasks corresponding to the communication requests; Step 6: Based on any communication base station in the communication path used to execute the communication task, monitor the execution status of the communication task, and after monitoring the completion of the communication task, perform channel occupancy analysis of the communication base station in the communication path corresponding to the communication task.

2. A method for establishing an Internet network for mobile communication devices according to claim 1, characterized in that: In the stage of uploading the location information of the communication base station in step 1, the communication base station configuration parameters are also uploaded. When the communication base station topology is constructed, the connectable communication base stations of each communication base station are analyzed based on the communication base station configuration parameters, and the construction of the communication base station topology is further completed according to the analysis result of the connectable communication base stations of the communication base station; Among them, the communication base station configuration parameters include: communication range, communication frequency band, power, sensitivity, and bandwidth.

3. A method for establishing an Internet network for mobile communication devices according to claim 1, characterized in that: Any communication path identified in step 2 includes at least two groups of communication base stations and at most n-1 groups of communication base stations, where n represents the total number of communication base stations in the communication base station topology; The step 2 is provided with a submodule at the lower level, including: Step 21: Select any two groups of communication base stations in the communication base station topology as communication request sending ends and communication request receiving ends; Step 22: searching for communication paths in the communication base station topology based on the two groups of communication base stations selected in step 21, building a cloud database, and using the cloud database to store the found communication paths; The communication path obtained by executing step 21 and step 22 is the communication path identified in step 2, and step 21 continuously executes the selection of communication base stations, and the cloud database continuously stores the communication path found after step 21 continuously executes the selection of communication base stations.

4. A method for establishing an Internet network for mobile communication devices according to claim 3, characterized in that: In each communication base station selected by step 21, at least one group of communication base stations is different from the communication base stations selected by other sub-steps 21. The number of times step 21 is continuously executed is calculated by the following formula: ； Where: The number of times step 21 is executed continuously; is a set of communication base stations in the communication base station topology; is the available operation value of the q-1th communication base station; is the total number of communication base stations in the communication base station topology; in, The value is 1.

5. A method for establishing an Internet network for mobile communication devices according to claim 1, characterized in that: After capturing the communication request, step 3 further identifies the number of communication base stations receiving the communication request. When it is identified that the number of communication base stations is not unique, a communication base station is selected based on the operating status parameters of the communication base station. The communication base station selection logic is expressed as follows: ； Where: Recommended value for communication base station; The distance between the communication base station and the location where the communication request is issued; , is the weight; is the current number of communication tasks of the communication base station; is the number of associated communication base stations of the communication base station in the communication base station topology; is the idle rate of communication base station channel; is the utilization rate of communication base stations; is the correction factor; The above formula is used to calculate the recommended value of each communication base station that captures the communication request, and a group of communication base stations with the highest recommended value are used for the final reception of the communication request. < , The larger the value of The smaller the value of .

6. A method for establishing an Internet network for mobile communication devices according to claim 5, characterized in that: The correction factor =0 or 1. When the communication base station captures the communication request, it synchronously receives the communication request target communication base station. When the communication path where the communication base station that captures the communication request contains the target communication base station, the correction coefficient The value is 1, otherwise, the correction coefficient The value is 0.

7. A method for establishing an Internet network for mobile communication devices according to claim 5, characterized in that: The distance between the communication base station and the location where the communication request is sent The formula is as follows: ； Where: is the basic distance for communication; is the communication noise power; is the signal attenuation amplitude; is the signal receiving time; is the signal arrival time; It is the elevation difference between the communication base station and the location where the communication request is sent.

8. A method for establishing an Internet network for mobile communication devices according to claim 1, characterized in that: After the communication path is acquired based on the communication base station and the communication target that capture the communication request, if there is only one group of acquired communication paths, the step 4 will jump to step 5 for execution, and the channel occupancy analysis operation will not be performed. If there is not less than one group of acquired communication paths, the channel occupancies of all communication base stations in each communication path will be further analyzed.

9. A method for establishing an Internet network for mobile communication devices according to claim 1, characterized in that: After step 5 is executed, the process jumps to step 3 synchronously to execute the capture operation of the communication request again.

10. A method for establishing an Internet network for mobile communication devices according to claim 1, characterized in that: The step 6 is synchronized in real time with the channel occupancy analysis result of the communication base station in step 4.

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