CN111654343B - Resource allocation system and method based on mobile communication network - Google Patents
Resource allocation system and method based on mobile communication network Download PDFInfo
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- CN111654343B CN111654343B CN202010500220.6A CN202010500220A CN111654343B CN 111654343 B CN111654343 B CN 111654343B CN 202010500220 A CN202010500220 A CN 202010500220A CN 111654343 B CN111654343 B CN 111654343B
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Abstract
The invention discloses a resource allocation system and method based on mobile communication network, the system includes external communication equipment signal intensity comparison module, external communication equipment safety analysis module, external communication equipment same frequency interference analysis module, data real-time summarization module and communication network resource allocation module, the external communication equipment signal intensity comparison module is used for monitoring and counting the signal intensity of different external communication equipment, the external communication equipment safety analysis module is used for analyzing and counting the safety of different external communication equipment, the external communication equipment same frequency interference analysis module is used for monitoring the channel interference of the external communication equipment, the data real-time summarization module is used for obtaining and summarizing the counted data, the communication network resource allocation module is used for allocating resources according to the analyzed data after analyzing the counted data, the method aims to analyze different indexes of the external equipment and intelligently allocate communication network resources.
Description
Technical Field
The invention relates to the field of mobile communication, in particular to a resource allocation system and a resource allocation method based on a mobile communication network.
Background
Mobile communication is a communication mode for communicating between a mobile user and a fixed-point user or between mobile users, and one or two parties of the communication are in motion. Including land, sea, and air mobile communications. The frequency bands used are spread over low, medium, high, very high and very high frequencies. The mobile communication system is composed of mobile station, base station and mobile exchange. If communication with a mobile station is desired, the mobile exchange sends a call to the whole network through each base station, the called station sends an answer signal after receiving the answer, the mobile exchange assigns a channel to the mobile station after receiving the answer and transmits a signaling to make it ring from the channel of the speech channel.
The mobile communication network refers to a communication medium for realizing communication between a mobile user and a fixed-point user or between mobile users, and has a certain speciality, and related knowledge of the mobile communication network is described below. The mobile communication network is an important branch of the communication network, and is popular with users due to the characteristics of mobility, freedom, no time and place limitation and the like of wireless communication. In the modern communication field, the communication device is one of three important communication means which are parallel to satellite communication and optical communication.
Current mobile communication networks can be classified into two-way conversational cellular public mobile communication, one-way or two-way conversational private mobile communication, one-way reception radio paging, home cordless phones, wireless local subscriber loops, and the like, according to the coverage area and operation mode of the system. The private mobile communication network is a stand-alone mobile communication system and can also be incorporated into a public network. A representative private network, a Trunking System (Trunking System). This is an effective way to increase spectrum utilization in addition to cellular networks. So-called "clustering", in the communication sense, is to automatically allocate limited communication resources (channels) to a large number of users for common use. Such a high-efficiency network has been favored in recent years. Of course, as public network technology develops, it will automatically be incorporated into private networks.
At present, the distribution of resources in a communication network is average, different external devices acquire the same communication network resources, but the performances of the different external devices are inconsistent and the network demand degree is inconsistent, and the method aims to analyze different indexes of the external devices and intelligently distribute the communication network resources.
Disclosure of Invention
The present invention is directed to a resource allocation system and method based on a mobile communication network, so as to solve the problems in the prior art.
In order to achieve the purpose, the invention provides the following technical scheme:
a resource allocation system based on a mobile communication network comprises an external communication equipment signal intensity comparison module, an external communication equipment security analysis module, an external communication equipment co-frequency interference analysis module, a data real-time summarizing module and a communication network resource allocation module, wherein the external communication equipment signal intensity comparison module, the external communication equipment security analysis module, the external communication equipment co-frequency interference analysis module and the communication network resource allocation module are respectively connected with the data real-time summarizing module through an intranet;
the external communication equipment signal intensity comparison module is used for monitoring and counting the signal intensity of different external communication equipment, the external communication equipment safety analysis module is used for analyzing and counting the safety of different external communication equipment, the external communication equipment co-channel interference analysis module is used for monitoring the channel interference of the external communication equipment, the data real-time summarizing module is used for acquiring the counted data for summarizing, and the communication network resource allocation module is used for performing resource allocation according to the analyzed data after analyzing the counted data.
By adopting the technical scheme: the external communication equipment signal intensity comparison module comprises an external communication equipment signal intensity monitoring submodule and a plurality of signal intensity descending sorting submodules, the external communication equipment signal intensity monitoring submodule is used for monitoring the signal intensity of external communication equipment connected with a mobile communication network, monitoring data are collected and then sent to the signal intensity descending sorting submodules, the signal intensity descending sorting submodules are used for sorting the signal intensity monitoring data of the external communication equipment according to descending order, and a signal intensity sorting result is made into a first list and sent to the data real-time collecting module.
By adopting the technical scheme: the external communication equipment security analysis module comprises an external communication equipment security level judgment submodule and a security analysis submodule within a specified time, wherein the external communication equipment security level judgment submodule is used for conducting pre-division on security levels of external communication equipment connected with a mobile communication network and sending the pre-divided levels to the security analysis submodule within the specified time, the security analysis submodule within the specified time is used for monitoring security coefficients of different external communication equipment within a period of time to analyze, analysis results of the security coefficients of the different external equipment are returned to the external communication equipment security level judgment submodule, the external communication equipment security level judgment submodule conducts the security coefficient level division of the external communication equipment again according to the analysis results of the security coefficients of the different external equipment, and division data are collected to form a second list which is sent to the data real-time summarizing module.
By adopting the technical scheme: the safety analysis submodule in the designated time sets the designated time to be T0-T1, and the safety coefficient for monitoring the external communication equipment is set to be H in the designated time1、H2、H3、…、Hn-1、HnWhen H is presentnIf the safety coefficient is larger than or equal to a set threshold value one, judging that the safety coefficient of the current external communication equipment is high, and if the safety coefficient is HnAnd extracting the external communication equipment with the security coefficient smaller than the first set threshold value, detecting the security coefficient of the external communication equipment, and setting the security coefficient monitored by the external communication equipment to be H01、H02、H03、…、H0n-1、H0nWhen H0nIf the safety coefficient is larger than or equal to the set threshold value two, judging that the safety coefficient of the current external communication equipment is qualified, and if the safety coefficient is larger than or equal to the set threshold value two, judging that the safety coefficient of the current external communication equipment is qualified when H0nAnd if the safety coefficient is smaller than the second set threshold value, extracting the external communication equipment with the safety coefficient smaller than the second set threshold value, re-detecting the safety coefficient of the external communication equipment with the safety coefficient smaller than the second set threshold value, and setting the safety coefficient monitored by the external communication equipment to be H11、H12、H13、…、H1n-1、H1nWhen H1nIf the current safety coefficient of the external communication equipment is lower than or equal to the set threshold value III, judging that the current safety coefficient of the external communication equipment is lower when the current safety coefficient is H1nAnd if the external communication equipment is smaller than the set threshold value III, directly carrying out signal disconnection operation on the external communication equipment, and returning the screened security coefficients of different external communications to the security level judgment submodule of the external communication equipment for carrying out security level re-judgment.
By adopting the technical scheme: the external communication equipment same-frequency interference analysis module comprises an external communication equipment channel interference detection submodule and an overlapped channel corresponding marking submodule, wherein the external communication equipment channel interference detection submodule is used for monitoring whether a channel of external communication equipment is interfered or not, the channel interference rate of the external communication equipment which is interfered by the channel is counted, statistical data are sent to the overlapped channel corresponding marking submodule, the overlapped channel corresponding marking submodule monitors the interference reason of the channel of the external communication equipment which is interfered, a third list is formed after the external communication equipment which is used for monitoring the overlapped channel is marked, and the third list is sent to the data real-time summarizing module.
By adopting the technical scheme: the data real-time summarizing module comprises a monitoring data acquisition submodule and a different data matching summarizing submodule, the monitoring data acquisition submodule is used for summarizing data in a first list, a second list and a third list and sending the summarized data to the different data matching summarizing submodule, the different data matching summarizing submodule is used for classifying and matching data in the first list, the second list and the third list according to different external communication equipment, the classified and matched data is made into a summarizing table, and the summarizing table is sent to the communication network resource distribution module.
By adopting the technical scheme: the communication network resource allocation module comprises a summarized data real-time analysis submodule and a resource intelligent allocation submodule, wherein the summarized data real-time analysis submodule analyzes data acquired by different external communication equipment and sequences the analyzed data, and the resource intelligent allocation submodule is used for intelligently allocating resources to the different external equipment according to the sequenced data.
A mobile communication network based resource allocation system:
s1: monitoring and counting the signal intensity of different external communication equipment by using an external communication equipment signal intensity comparison module, monitoring the signal intensity of the external communication equipment connected with a mobile communication network by using an external communication equipment signal intensity monitoring submodule, summarizing monitoring data and then sending the collected monitoring data to a plurality of signal intensity descending sorting submodules, sorting the external communication equipment signal intensity monitoring data by using the signal intensity descending sorting submodules according to a descending order, making a signal intensity sorting result into a first list and sending the first list to a data real-time summarizing module;
s2: the external communication equipment security level judgment submodule is used for conducting pre-division on security levels of external communication equipment connected with a mobile communication network, sending the pre-divided levels to the security analysis submodule within specified time, monitoring security coefficients of different external communication equipment within a period of time for analysis, returning analysis results of the security coefficients of the different external communication equipment to the external communication equipment security level judgment submodule, conducting the security coefficient level division on the external communication equipment again according to the analysis results of the security coefficients of the different external communication equipment by the external communication equipment security level judgment submodule, collecting the divided data, making a second list and sending the second list to the data real-time collecting module;
s3: the external communication equipment co-channel interference analysis module is used for monitoring channel interference of external communication equipment, the external communication equipment channel interference detection submodule is used for monitoring whether a channel of the external communication equipment is interfered or not, channel interference rate of the external communication equipment which is interfered by the channel is counted, statistical data are sent to the overlapping channel corresponding marking submodule, the overlapping channel corresponding marking submodule monitors interference reasons of the channel of the external communication equipment which is interfered, a third list is formed after the external communication equipment which monitors the overlapping channel is marked, and the third list is sent to the data real-time summarizing module;
s4: the data real-time summarizing module is used for obtaining statistical data for summarizing, the monitoring data obtaining sub-module summarizes data in the first list, the second list and the third list, the summarized data are sent to different data matching summarizing sub-modules, the different data matching summarizing sub-modules classify and match the data in the first list, the second list and the third list according to different external communication equipment, the classified and matched data are made into a summarizing table, and the summarizing table is sent to the communication network resource distribution module;
s5: the communication network resource allocation module is used for analyzing according to the statistical data and then performing resource allocation according to the analysis data, the summarized data real-time analysis submodule analyzes the data acquired by different external communication equipment and sorts the analysis data, and the resource intelligent allocation submodule performs intelligent resource allocation on the different external equipment according to the sorted data.
By adopting the technical scheme: in step S3, the marking submodule corresponding to the overlapping channel monitors the interference cause of the interference on the external communication device channel, marks the external communication device monitoring the overlapping channel to form a third list, and sends the third list to the data real-time summarizing module, which further includes the following steps:
a1: marking out overlapped channels between the external communication equipment by using the overlapped signal corresponding marking submodule, counting the number of the overlapped channels, and returning the number to the external communication equipment channel interference detection submodule;
a2: and counting the number of the overlapped channel interference by using the mark submodule corresponding to the overlapped signal by using the channel interference detection submodule of the external communication equipment, removing, summarizing the total number of the removed channel interference to a third list, and sending the total number to the data real-time summarizing module.
By adopting the technical scheme: in step S5, after the communication network resource allocation module is used to analyze the statistical data, resource allocation is performed according to the analysis data, the summarized data real-time analysis submodule analyzes the data acquired by different external communication devices, sorts the analysis data, and the resource intelligent allocation submodule performs intelligent resource allocation to different external devices according to the sorted data, and the method further includes the following steps:
setting the signal intensity of the external communication equipment counted in the first list to be C respectively1、C2、C3、…、Cn-1、CnThe second list is counted to obtain different external equipment safety coefficients K1、K2、K3、…、Kn-1、KnThe third list is counted to obtain the channel interference rate of different external communication devices as J1、J2、J3、…、Jn-1、JnWherein, the occupation ratio of the signal strength in the resource communication network allocation is R0, the occupation ratio of the equipment safety in the communication network resource allocation is R1, the occupation ratio of the channel interference rate in the communication network resource allocation is R2, the comprehensive data of different external communication equipment is set as Z, according to the formula:
Z＝R0*Cn+R1*Kn+R2* (1-Jn)
calculating to obtain data of different external communication equipment at present, obtaining Z total, and setting the comprehensive data of different external communication equipment as Z1、Z2、Z3、…、Zn-1、ZnSetting the comprehensive data ratio of different external communication equipment as z0, according to the formula:
and calculating to obtain the comprehensive data proportion of different external communication equipment, sequencing the proportion data, sending the data to the resource intelligent distribution submodule, and carrying out intelligent resource distribution on different external equipment by the resource intelligent distribution submodule according to the sequencing data.
Compared with the prior art, the invention has the beneficial effects that: the invention aims to analyze different indexes of the external equipment and intelligently allocate communication network resources;
the external communication equipment signal intensity comparison module is used for monitoring and counting the signal intensity of different external communication equipment, the external communication equipment safety analysis module is used for analyzing and counting the safety of different external communication equipment, the external communication equipment co-channel interference analysis module is used for monitoring the channel interference of the external communication equipment, the data real-time collection module is used for collecting the counted data, and the communication network resource allocation module is used for performing resource allocation according to the analyzed data after analyzing the counted data.
Drawings
In order that the present invention may be more readily and clearly understood, a more particular description of the invention briefly described above will be rendered by reference to specific embodiments that are illustrated in the appended drawings.
Fig. 1 is a schematic block diagram of a resource allocation system based on a mobile communication network according to the present invention;
FIG. 2 is a schematic diagram illustrating steps of a resource allocation system method based on a mobile communication network according to the present invention;
fig. 3 is a schematic diagram illustrating a specific step of step S3 of the resource allocation method based on the mobile communication network according to the present invention;
fig. 4 is a schematic diagram of an implementation method of a resource allocation method based on a mobile communication network according to the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Referring to fig. 1 to 4, in an embodiment of the present invention, a resource allocation system and method based on a mobile communication network includes an external communication device signal strength comparison module, an external communication device security analysis module, an external communication device co-frequency interference analysis module, a data real-time aggregation module, and a communication network resource allocation module, where the external communication device signal strength comparison module, the external communication device security analysis module, the external communication device co-frequency interference analysis module, and the communication network resource allocation module are respectively connected to the data real-time aggregation module through an intranet;
the external communication equipment signal intensity comparison module is used for monitoring and counting the signal intensity of different external communication equipment, the external communication equipment safety analysis module is used for analyzing and counting the safety of different external communication equipment, the external communication equipment co-channel interference analysis module is used for monitoring the channel interference of the external communication equipment, the data real-time summarizing module is used for acquiring the counted data for summarizing, and the communication network resource allocation module is used for performing resource allocation according to the analyzed data after analyzing the counted data.
By adopting the technical scheme: the external communication equipment signal intensity comparison module comprises an external communication equipment signal intensity monitoring submodule and a plurality of signal intensity descending sorting submodules, the external communication equipment signal intensity monitoring submodule is used for monitoring the signal intensity of external communication equipment connected with a mobile communication network, monitoring data are collected and then sent to the signal intensity descending sorting submodules, the signal intensity descending sorting submodules are used for sorting the signal intensity monitoring data of the external communication equipment according to descending order, and a signal intensity sorting result is made into a first list and sent to the data real-time collecting module.
By adopting the technical scheme: the external communication equipment security analysis module comprises an external communication equipment security level judgment submodule and a security analysis submodule within a specified time, wherein the external communication equipment security level judgment submodule is used for conducting pre-division on security levels of external communication equipment connected with a mobile communication network and sending the pre-divided levels to the security analysis submodule within the specified time, the security analysis submodule within the specified time is used for monitoring security coefficients of different external communication equipment within a period of time to analyze, analysis results of the security coefficients of the different external equipment are returned to the external communication equipment security level judgment submodule, the external communication equipment security level judgment submodule conducts the security coefficient level division of the external communication equipment again according to the analysis results of the security coefficients of the different external equipment, and division data are collected to form a second list which is sent to the data real-time summarizing module.
By adopting the technical scheme: the safety analysis submodule in the designated time sets the designated time to be T0-T1, and the safety coefficient for monitoring the external communication equipment is set to be H in the designated time1、H2、H3、…、Hn-1、HnWhen H is presentnIf the safety coefficient is larger than or equal to a set threshold value one, judging that the safety coefficient of the current external communication equipment is high, and if the safety coefficient is HnAnd extracting the external communication equipment with the security coefficient smaller than the first set threshold value, detecting the security coefficient of the external communication equipment, and setting the security coefficient monitored by the external communication equipment to be H01、H02、H03、…、H0n-1、H0nWhen H0nIf the safety coefficient is larger than or equal to the set threshold value two, judging that the safety coefficient of the current external communication equipment is qualified, and if the safety coefficient is larger than or equal to the set threshold value two, judging that the safety coefficient of the current external communication equipment is qualified when H0nLess than the second set threshold, extracting the external communication equipment with the security coefficient less than the second set threshold, and ensuring the safety of the external communication equipment with the security coefficient less than the second set thresholdRe-detecting the characteristic coefficient, and setting the safety coefficient monitored by the external communication equipment as H11、H12、H13、…、H1n-1、H1nWhen H1nIf the current safety coefficient of the external communication equipment is lower than or equal to the set threshold value III, judging that the current safety coefficient of the external communication equipment is lower when the current safety coefficient is H1nAnd if the external communication equipment is smaller than the set threshold value III, directly carrying out signal disconnection operation on the external communication equipment, and returning the screened security coefficients of different external communications to the security level judgment submodule of the external communication equipment for carrying out security level re-judgment.
By adopting the technical scheme: the external communication equipment same-frequency interference analysis module comprises an external communication equipment channel interference detection submodule and an overlapped channel corresponding marking submodule, wherein the external communication equipment channel interference detection submodule is used for monitoring whether a channel of external communication equipment is interfered or not, the channel interference rate of the external communication equipment which is interfered by the channel is counted, statistical data are sent to the overlapped channel corresponding marking submodule, the overlapped channel corresponding marking submodule monitors the interference reason of the channel of the external communication equipment which is interfered, a third list is formed after the external communication equipment which is used for monitoring the overlapped channel is marked, and the third list is sent to the data real-time summarizing module.
By adopting the technical scheme: the data real-time summarizing module comprises a monitoring data acquisition submodule and a different data matching summarizing submodule, the monitoring data acquisition submodule is used for summarizing data in a first list, a second list and a third list and sending the summarized data to the different data matching summarizing submodule, the different data matching summarizing submodule is used for classifying and matching data in the first list, the second list and the third list according to different external communication equipment, the classified and matched data is made into a summarizing table, and the summarizing table is sent to the communication network resource distribution module.
By adopting the technical scheme: the communication network resource allocation module comprises a summarized data real-time analysis submodule and a resource intelligent allocation submodule, wherein the summarized data real-time analysis submodule analyzes data acquired by different external communication equipment and sequences the analyzed data, and the resource intelligent allocation submodule is used for intelligently allocating resources to the different external equipment according to the sequenced data.
A mobile communication network based resource allocation system:
s1: monitoring and counting the signal intensity of different external communication equipment by using an external communication equipment signal intensity comparison module, monitoring the signal intensity of the external communication equipment connected with a mobile communication network by using an external communication equipment signal intensity monitoring submodule, summarizing monitoring data and then sending the collected monitoring data to a plurality of signal intensity descending sorting submodules, sorting the external communication equipment signal intensity monitoring data by using the signal intensity descending sorting submodules according to a descending order, making a signal intensity sorting result into a first list and sending the first list to a data real-time summarizing module;
s2: the external communication equipment security level judgment submodule is used for conducting pre-division on security levels of external communication equipment connected with a mobile communication network, sending the pre-divided levels to the security analysis submodule within specified time, monitoring security coefficients of different external communication equipment within a period of time for analysis, returning analysis results of the security coefficients of the different external communication equipment to the external communication equipment security level judgment submodule, conducting the security coefficient level division on the external communication equipment again according to the analysis results of the security coefficients of the different external communication equipment by the external communication equipment security level judgment submodule, collecting the divided data, making a second list and sending the second list to the data real-time collecting module;
s3: the external communication equipment co-channel interference analysis module is used for monitoring channel interference of external communication equipment, the external communication equipment channel interference detection submodule is used for monitoring whether a channel of the external communication equipment is interfered or not, channel interference rate of the external communication equipment which is interfered by the channel is counted, statistical data are sent to the overlapping channel corresponding marking submodule, the overlapping channel corresponding marking submodule monitors interference reasons of the channel of the external communication equipment which is interfered, a third list is formed after the external communication equipment which monitors the overlapping channel is marked, and the third list is sent to the data real-time summarizing module;
s4: the data real-time summarizing module is used for obtaining statistical data for summarizing, the monitoring data obtaining sub-module summarizes data in the first list, the second list and the third list, the summarized data are sent to different data matching summarizing sub-modules, the different data matching summarizing sub-modules classify and match the data in the first list, the second list and the third list according to different external communication equipment, the classified and matched data are made into a summarizing table, and the summarizing table is sent to the communication network resource distribution module;
s5: the communication network resource allocation module is used for analyzing according to the statistical data and then performing resource allocation according to the analysis data, the summarized data real-time analysis submodule analyzes the data acquired by different external communication equipment and sorts the analysis data, and the resource intelligent allocation submodule performs intelligent resource allocation on the different external equipment according to the sorted data.
By adopting the technical scheme: in step S3, the marking submodule corresponding to the overlapping channel monitors the interference cause of the interference on the external communication device channel, marks the external communication device monitoring the overlapping channel to form a third list, and sends the third list to the data real-time summarizing module, which further includes the following steps:
a1: marking out overlapped channels between the external communication equipment by using the overlapped signal corresponding marking submodule, counting the number of the overlapped channels, and returning the number to the external communication equipment channel interference detection submodule;
a2: and counting the number of the overlapped channel interference by using the mark submodule corresponding to the overlapped signal by using the channel interference detection submodule of the external communication equipment, removing, summarizing the total number of the removed channel interference to a third list, and sending the total number to the data real-time summarizing module.
By adopting the technical scheme: in step S5, after the communication network resource allocation module is used to analyze the statistical data, resource allocation is performed according to the analysis data, the summarized data real-time analysis submodule analyzes the data acquired by different external communication devices, sorts the analysis data, and the resource intelligent allocation submodule performs intelligent resource allocation to different external devices according to the sorted data, and the method further includes the following steps:
setting the signal intensity of the external communication equipment counted in the first list to be C respectively1、C2、C3、…、Cn-1、CnThe second list is counted to obtain different external equipment safety coefficients K1、K2、K3、…、Kn-1、KnThe third list is counted to obtain the channel interference rate of different external communication devices as J1、J2、J3、…、Jn-1、JnWherein, the occupation ratio of the signal strength in the resource communication network allocation is R0, the occupation ratio of the equipment safety in the communication network resource allocation is R1, the occupation ratio of the channel interference rate in the communication network resource allocation is R2, the comprehensive data of different external communication equipment is set as Z, according to the formula:
Z＝R0*Cn+R1*Kn+R2*(1-Jn)
calculating to obtain data of different external communication equipment at present, obtaining Z total, and setting the comprehensive data of different external communication equipment as Z1、Z2、Z3、…、Zn-1、ZnSetting the comprehensive data ratio of different external communication equipment as z0, according to the formula:
and calculating to obtain the comprehensive data proportion of different external communication equipment, sequencing the proportion data, sending the data to the resource intelligent distribution submodule, and carrying out intelligent resource distribution on different external equipment by the resource intelligent distribution submodule according to the sequencing data.
Example 1: limiting conditions, setting the designated time in the safety analysis submodule within the designated time to be 1-20 s, and monitoring different external communication equipment within the designated timeMeasured safety factor HnSet to 2, 7, 3, 5, 6, 9 when HnMore than or equal to a first set threshold value, wherein the first set threshold value is 7, the current safety coefficient of the external communication equipment is judged to be high, and when H is higher than HnAnd extracting the external communication equipment with the security coefficient smaller than the first set threshold value when the external communication equipment is smaller than the first set threshold value, detecting the security coefficient of the external communication equipment, and setting a security coefficient H0 monitored by the external communication equipmentnIs 2, 3, 5, 6, when H0nMore than or equal to a second set threshold, wherein the second set threshold is 5, the current security coefficient of the external communication equipment is judged to be qualified, and when H0nAnd (3) extracting the external communication equipment with the security coefficient smaller than the second set threshold value when the security coefficient is smaller than the second set threshold value, re-detecting the security coefficient of the external communication equipment with the security coefficient smaller than the second set threshold value, setting the security coefficients of monitoring the external communication equipment to be 2 and 3, and when the security coefficient is H1nMore than or equal to a third set threshold, wherein the third set threshold is 3, the current external communication equipment safety coefficient is judged to be low, and when H1nAnd if the external communication equipment is smaller than the set threshold value III, directly carrying out signal disconnection operation on the external communication equipment, and returning the screened security coefficients of different external communications to the security level judgment submodule of the external communication equipment for carrying out security level re-judgment.
Example 2: defining conditions, setting the signal intensity of the external communication equipment counted in the first list to be 3, 1, 4 and 2 respectively, setting the security coefficients of different external communication equipment counted in the second list to be 4, 7, 6 and 3, setting the channel interference rate of different external communication equipment counted in the third list to be 31%, 77%, 42% and 6%, wherein the signal intensity accounts for 20% in resource communication network allocation, the equipment security accounts for 50% in communication network resource allocation, the channel interference rate accounts for 30% in communication network resource allocation, setting the comprehensive data of different external communication equipment to be Z, and according to a formula:
Z1＝20％*3+50％*4+30％*(1-31％)≈2.8
Z2＝20％*1+50％*7+30％*(1-77％)≈3.8
Z3＝20％*4+50％*6+30％*(1-42％)≈4
Z4＝20％*2+50％*3+30％*(1-6％)≈2.2
calculating to obtain data of different external communication devices at present, obtaining that total Z is 12.8, setting comprehensive data of the different external communication devices to be 2.8, 3.8, 4 and 2.2, setting comprehensive data of the different external communication devices to be Z0, and according to a formula:
and calculating to obtain the comprehensive data proportion of different external communication equipment, sequencing the proportion data, sending the data to the resource intelligent distribution submodule, and carrying out intelligent resource distribution on different external equipment by the resource intelligent distribution submodule according to the sequencing data.
It will be evident to those skilled in the art that the invention is not limited to the details of the foregoing illustrative embodiments, and that the present invention may be embodied in other specific forms without departing from the spirit or essential attributes thereof. The present embodiments are therefore to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein. Any reference sign in a claim should not be construed as limiting the claim concerned.
Claims (7)
1. A resource allocation system based on a mobile communication network, characterized in that: the system comprises an external communication equipment signal intensity comparison module, an external communication equipment safety analysis module, an external communication equipment co-frequency interference analysis module, a data real-time summarizing module and a communication network resource allocation module, wherein the external communication equipment signal intensity comparison module, the external communication equipment safety analysis module, the external communication equipment co-frequency interference analysis module and the communication network resource allocation module are respectively connected with the data real-time summarizing module through an intranet;
the external communication equipment signal intensity comparison module is used for monitoring and counting the signal intensity of different external communication equipment, the external communication equipment security analysis module is used for analyzing and counting the security of different external communication equipment, the external communication equipment co-frequency interference analysis module is used for monitoring the channel interference of the external communication equipment, the data real-time summarizing module is used for acquiring and summarizing the counted data, and the communication network resource allocation module is used for performing resource allocation according to the analyzed data after analyzing the counted data;
the external communication equipment security analysis module comprises an external communication equipment security level judgment submodule and a security analysis submodule within specified time, wherein the external communication equipment security level judgment submodule is used for pre-dividing the security level of external communication equipment connected with a mobile communication network and sending the pre-divided level to the security analysis submodule within the specified time, the security analysis submodule within the specified time is used for monitoring the security coefficients of different external communication equipment within a period of time for analysis and returning the analysis results of the security coefficients of different external equipment to the external communication equipment security level judgment submodule, the external communication equipment security level judgment submodule performs security coefficient level division of the external communication equipment again according to the analysis results of the security coefficients of different external equipment, divides data into a second list and sends the second list to the data real-time summarizing module;
the safety analysis submodule in the designated time sets the designated time to be T0-T1, and the safety coefficient for monitoring the external communication equipment is set to be H in the designated time1、H2、H3、…、Hn-1、HnWhen H is presentnIf the safety coefficient is larger than or equal to a set threshold value one, judging that the safety coefficient of the current external communication equipment is high, and if the safety coefficient is HnExtracting the external communication equipment with the security coefficient smaller than the first set threshold value to carry out the security coefficient of the external communication equipmentDetecting, and setting the safety coefficient of the external communication equipment to be H01、H02、H03、…、H0n-1、H0nWhen H0nIf the safety coefficient is larger than or equal to the set threshold value two, judging that the safety coefficient of the current external communication equipment is qualified, and if the safety coefficient is larger than or equal to the set threshold value two, judging that the safety coefficient of the current external communication equipment is qualified when H0nAnd if the safety coefficient is smaller than the second set threshold value, extracting the external communication equipment with the safety coefficient smaller than the second set threshold value, re-detecting the safety coefficient of the external communication equipment with the safety coefficient smaller than the second set threshold value, and setting the safety coefficient monitored by the external communication equipment to be H11、H12、H13、…、H1n-1、H1nWhen H1nIf the current safety coefficient of the external communication equipment is lower than or equal to the set threshold value III, judging that the current safety coefficient of the external communication equipment is lower when the current safety coefficient is H1nAnd if the external communication equipment is smaller than the set threshold value III, directly carrying out signal disconnection operation on the external communication equipment, and returning the screened security coefficients of different external communications to the security level judgment submodule of the external communication equipment for carrying out security level re-judgment.
2. The mobile communication network-based resource allocation system according to claim 1, wherein: the external communication equipment signal intensity comparison module comprises an external communication equipment signal intensity monitoring submodule and a plurality of signal intensity descending sorting submodules, the external communication equipment signal intensity monitoring submodule is used for monitoring the signal intensity of external communication equipment connected with a mobile communication network, monitoring data are collected and then sent to the signal intensity descending sorting submodules, the signal intensity descending sorting submodules are used for sorting the signal intensity monitoring data of the external communication equipment according to descending order, and a signal intensity sorting result is made into a first list and sent to the data real-time collecting module.
3. The mobile communication network-based resource allocation system according to claim 1, wherein: the external communication equipment same-frequency interference analysis module comprises an external communication equipment channel interference detection submodule and an overlapped channel corresponding marking submodule, wherein the external communication equipment channel interference detection submodule is used for monitoring whether a channel of external communication equipment is interfered or not, the channel interference rate of the external communication equipment which is interfered by the channel is counted, statistical data are sent to the overlapped channel corresponding marking submodule, the overlapped channel corresponding marking submodule monitors the interference reason of the channel of the external communication equipment which is interfered, a third list is formed after the external communication equipment which is used for monitoring the overlapped channel is marked, and the third list is sent to the data real-time summarizing module.
4. The mobile communication network-based resource allocation system according to claim 1, wherein: the data real-time summarizing module comprises a monitoring data acquisition submodule and a different data matching summarizing submodule, the monitoring data acquisition submodule is used for summarizing data in a first list, a second list and a third list and sending the summarized data to the different data matching summarizing submodule, the different data matching summarizing submodule is used for classifying and matching data in the first list, the second list and the third list according to different external communication equipment, the classified and matched data is made into a summarizing table, and the summarizing table is sent to the communication network resource distribution module.
5. The mobile communication network-based resource allocation system according to claim 1, wherein: the communication network resource allocation module comprises a summarized data real-time analysis submodule and a resource intelligent allocation submodule, wherein the summarized data real-time analysis submodule analyzes data acquired by different external communication equipment and sequences the analyzed data, and the resource intelligent allocation submodule is used for intelligently allocating resources to the different external equipment according to the sequenced data.
6. A resource allocation method based on a mobile communication network is characterized in that:
s1: monitoring and counting the signal intensity of different external communication equipment by using an external communication equipment signal intensity comparison module, monitoring the signal intensity of the external communication equipment connected with a mobile communication network by using an external communication equipment signal intensity monitoring submodule, summarizing monitoring data and then sending the collected monitoring data to a plurality of signal intensity descending sorting submodules, sorting the external communication equipment signal intensity monitoring data by using the signal intensity descending sorting submodules according to a descending order, making a signal intensity sorting result into a first list and sending the first list to a data real-time summarizing module;
s2: the external communication equipment security level judgment submodule is used for conducting pre-division on security levels of external communication equipment connected with a mobile communication network, sending the pre-divided levels to the security analysis submodule within specified time, monitoring security coefficients of different external communication equipment within a period of time for analysis, returning analysis results of the security coefficients of the different external communication equipment to the external communication equipment security level judgment submodule, conducting the security coefficient level division on the external communication equipment again according to the analysis results of the security coefficients of the different external communication equipment by the external communication equipment security level judgment submodule, collecting the divided data, making a second list and sending the second list to the data real-time collecting module;
s3: the external communication equipment co-channel interference analysis module is used for monitoring channel interference of external communication equipment, the external communication equipment channel interference detection submodule is used for monitoring whether a channel of the external communication equipment is interfered or not, channel interference rate of the external communication equipment which is interfered by the channel is counted, statistical data are sent to the overlapping channel corresponding marking submodule, the overlapping channel corresponding marking submodule monitors interference reasons of the channel of the external communication equipment which is interfered, a third list is formed after the external communication equipment which monitors the overlapping channel is marked, and the third list is sent to the data real-time summarizing module;
s4: the data real-time summarizing module is used for obtaining statistical data for summarizing, the monitoring data obtaining sub-module summarizes data in the first list, the second list and the third list, the summarized data are sent to different data matching summarizing sub-modules, the different data matching summarizing sub-modules classify and match the data in the first list, the second list and the third list according to different external communication equipment, the classified and matched data are made into a summarizing table, and the summarizing table is sent to the communication network resource distribution module;
s5: after the communication network resource allocation module is used for analyzing according to the statistical data, resource allocation is carried out according to the analysis data, the summarized data real-time analysis submodule analyzes data obtained by different external communication devices, the analysis data are sequenced, and the resource intelligent allocation submodule carries out intelligent resource allocation on the different external devices according to the sequencing data;
the resource allocation module of the communication network is used for analyzing the data according to statistics and then allocating resources according to the analysis data, the real-time analysis submodule of the summarized data comprises the steps of analyzing the data acquired by different external communication equipment, sequencing the analysis data, and intelligently allocating resources to the different external equipment according to the sequencing data, and the resource intelligent allocation submodule further comprises the following steps:
setting the signal intensity of the external communication equipment counted in the first list as C1、C2、C3、…、Cn-1、CnThe second list is counted to obtain different external equipment safety coefficients K1、K2、K3、…、Kn-1、KnThe third list is counted to obtain the channel interference rate of different external communication devices as J1、J2、J3、…、Jn-1、JnWherein, the occupation ratio of the signal strength in the resource communication network allocation is R0, the occupation ratio of the equipment safety in the communication network resource allocation is R1, the occupation ratio of the channel interference rate in the communication network resource allocation is R2, the comprehensive data of different external communication equipment is set as Z, according to the formula:
Z＝R0*Cn+R1*Kn+R2*(1-Jn)
calculating to obtain data of different external communication equipment at present, obtaining Z total, and setting the comprehensive data of different external communication equipment as Z1、Z2、Z3、…、Zn-1、ZnIs provided withDetermining the comprehensive data ratio of different external communication equipment as z0, and according to the formula:
and calculating to obtain the comprehensive data proportion of different external communication equipment, sequencing the proportion data, sending the data to the resource intelligent distribution submodule, and carrying out intelligent resource distribution on different external equipment by the resource intelligent distribution submodule according to the sequencing data.
7. The method of claim 6, wherein the resource allocation method comprises: in step S3, the marking submodule corresponding to the overlapping channel monitors the interference cause of the interference on the external communication device channel, marks the external communication device monitoring the overlapping channel to form a third list, and sends the third list to the data real-time summarizing module, which further includes the following steps:
a1: marking out overlapped channels between the external communication equipment by using the overlapped signal corresponding marking submodule, counting the number of the overlapped channels, and returning the number to the external communication equipment channel interference detection submodule;
a2: and counting the number of the overlapped channel interference by using the mark submodule corresponding to the overlapped signal by using the channel interference detection submodule of the external communication equipment, removing, summarizing the total number of the removed channel interference to a third list, and sending the total number to the data real-time summarizing module.
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102958082A (en) * | 2012-12-07 | 2013-03-06 | 广州杰赛科技股份有限公司 | Network optimization analysis method and system |
| CN105828437A (en) * | 2015-01-04 | 2016-08-03 | 中国移动通信集团公司 | User scheduling method and user scheduling device |
| CN106470488A (en) * | 2015-08-20 | 2017-03-01 | 华为技术有限公司 | Channel binding method and device |
| US10057782B2 (en) * | 2016-05-16 | 2018-08-21 | Federated Wireless, Inc. | Method and system for providing spectrum sensing capability in a shared network |
| CN109150336A (en) * | 2018-10-29 | 2019-01-04 | 四川长虹电器股份有限公司 | Create the method and device of Zigbee network |
Family Cites Families (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| FR2930703B1 (en) * | 2008-04-25 | 2010-05-07 | Alcatel Lucent | METHOD AND APPARATUS FOR ANTICIPATED ALLOCATION OF RADIO RESOURCES FOR UPLINK IN A RADIO COMMUNICATION NETWORK |
| US20110217985A1 (en) * | 2009-09-28 | 2011-09-08 | Qualcomm Incorporated | Predictive short-term channel quality reporting utilizing reference signals |
| US20120026986A1 (en) * | 2010-07-29 | 2012-02-02 | Continuous Computing India Private Ltd. | Downlink frequency selective scheduling based on channel quality feedback |
| CN104854935B (en) * | 2012-12-10 | 2018-12-04 | 日电（中国）有限公司 | Method and apparatus of the distributing equipment to the equipment communication resource |
| US11282017B2 (en) * | 2015-07-11 | 2022-03-22 | RiskRecon Inc. | Systems and methods for monitoring information security effectiveness |
| CN105357759B (en) * | 2015-09-25 | 2019-01-18 | 厦门大学 | A kind of method, apparatus and system of small base station centralized configuration resource |
| US10080200B2 (en) * | 2016-10-27 | 2018-09-18 | Yuan Ze University | Intelligent deployment cascade control device based on an FDD-OFDMA indoor small cell in multi-user and interference environments |
| CN108718445B (en) * | 2018-05-10 | 2020-01-10 | 西安交通大学 | QoS-driven D2D secure communication resource allocation method |
-
2020
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Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102958082A (en) * | 2012-12-07 | 2013-03-06 | 广州杰赛科技股份有限公司 | Network optimization analysis method and system |
| CN105828437A (en) * | 2015-01-04 | 2016-08-03 | 中国移动通信集团公司 | User scheduling method and user scheduling device |
| CN106470488A (en) * | 2015-08-20 | 2017-03-01 | 华为技术有限公司 | Channel binding method and device |
| US10057782B2 (en) * | 2016-05-16 | 2018-08-21 | Federated Wireless, Inc. | Method and system for providing spectrum sensing capability in a shared network |
| CN109150336A (en) * | 2018-10-29 | 2019-01-04 | 四川长虹电器股份有限公司 | Create the method and device of Zigbee network |
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