Chip cooperative stable operation method and system based on environmental factors

Abstract

The application provides a chip cooperative stable operation method and system based on environmental factors, obtains factor data of a current environment, operation information of each chip in the current environment, factor data of a preset normal environment, and historical operation information of each chip in the preset normal environment, obtains operation difference information, operation abnormal information of each chip, target interference factors of each chip, and current processing data of each chip, screens abnormal reasons of each chip, performs abnormal function identification and data volume analysis on each chip, generates corresponding processing data cooperation strategies, and completes a data processing task of current processing data of each chip. The application solves the problem that a method for ensuring stable operation of chips in the prior art is limited by the distance between chips, the environment where the chips are located, and the current working state of the chips, and leads to poor reliability of stable operation of the chips in an abnormal environment. The application avoids the influence of the stable operation of the chips in an abnormal environment, and improves the reliability of the stable operation of the chips.

Description

TECHNICAL FIELD

[0001] The present application relates to the field of Internet of Things chips, in particular to a chip cooperative stable operation method and system based on environmental factors. BACKGROUND

[0002] The chip running function is constantly updated and iterated, and the integration of the chip is also higher and higher. When multiple chips are running at the same time, the heat generated by each chip also gradually increases. In order to avoid dust interference, the environment of the chip is also a closed environment. High temperature leads to environmental gas collision, so that each chip is often in a high temperature and high pressure environment, resulting in frequent chip running failure problems, and the stability of the chip running is difficult to guarantee.

[0003] At present, the prior art mainly adopts the way of external physical cooling to reduce the external environment temperature of the chip, that is, the heat generated inside the chip is transferred to the outside of the chip by heat dissipation, and is released to the environment. The specific means are mainly: first, in the chip packaging heat dissipation, by adding heat-conducting materials such as silicone or high thermal conductivity metals between the chip and the heat sink, to improve the heat conduction efficiency; second, in the chip packaging heat dissipation, by increasing the air flow around the chip to accelerate the heat transfer; third, in the chip packaging heat dissipation, by increasing the surface area of the heat sink and using radiative materials to improve the heat dissipation efficiency. However, for integrated circuit clusters, a large number of cooling equipment or cooling materials are needed to cool the chips, and due to the influence of chip spacing, chip environment and current working state of the chip, the problem of poor stability of chip stable operation in abnormal environment still exists. SUMMARY

[0004] In order to solve the above problems, the present application provides a chip cooperative stable operation method and system based on environmental factors, which realizes real-time identification of the current abnormal running function of each chip under abnormal conditions, so as to realize real-time adjustment of the processing data cooperation strategy of each chip, so that each chip is in a normal running state.

[0005] To achieve the above purpose, the embodiment of the present application provides a chip cooperative stable operation method based on environmental factors, comprising:

[0006] Obtaining factor data of the current environment, current environment chip running information, preset normal environment factor data and preset normal environment chip historical running information, and calculating running difference information;

[0007] Based on the running difference information, the factor data of the current environment, the factor data of the preset normal environment and the current environment chip running information, obtaining the running abnormal information of each chip, the target interference factor of each chip and the current processing data of each chip;

[0008] screening a plurality of initial abnormal reasons based on the target interference factors of the chips to obtain chip abnormal reasons;

[0009] based on the current processing data of the chips, the running abnormal information of the chips and the chip abnormal reasons, performing abnormal function identification and data volume analysis on the chips to generate corresponding processing data coordination strategies;

[0010] based on the processing data coordination strategies, cooperatively processing the current processing data of the chips to complete the data processing tasks of the current processing data of the chips.

[0011] The embodiment of the application provides a chip cooperative stable operation method based on environmental factors. The current environmental factor data and chip running information under the current environment, and preset normal environmental factor data and chip historical running information under the preset normal environment are obtained, and then the running difference information of the current chip is obtained. Then, the running abnormal information of the chips, the target interference factors of the chips and the current processing data of the chips are analyzed to provide an information basis for subsequent abnormal function identification. Then, the abnormal reasons of the chips are analyzed, and the abnormal functions of the chips are identified. Finally, the processing data coordination strategies are generated for the abnormal functions of the chips, and the data processing tasks of the chips are completed through cooperative processing of the chip data. Through the multi-chip cooperative processing mode, the situation that the chip processes data under abnormal running functions is avoided, so that the chip is cooperatively run and data is interchanged without affecting the normal operation of the chips. The running situation of the abnormal running functions of the chips is avoided, and the current abnormal running functions of the chips can be identified in real time. Therefore, the processing data coordination strategies of the chips can be adjusted in real time, so that the chips are in a normal operation state in real time. The influence of the abnormal environment on the stable operation of the chips is avoided, and the reliability of the stable operation of the chips is improved.

[0012] Further, the obtaining of the factor data of the current environment and the chip running information of the current environment under the current environment, and the factor data of the preset normal environment and the chip historical running information of the preset normal environment under the preset normal environment, and the calculation of the running difference information, comprise:

[0013] real-time collection of environmental information data of the environment in which the chips are currently located and chip running data to obtain the factor data of the current environment and the chip running information of the current environment under the current environment;

[0014] based on the factor data of the current environment and the preset database, matching of the preset normal data range corresponding to each environmental factor and the historical running information corresponding to the normal data range to obtain the factor data of the preset normal environment and the chip historical running information of the preset normal environment under the preset normal environment;

[0015] The current chip running information of the current environment and the historical running information of each chip of the preset normal environment are divided into running types to obtain current chip running data and historical running data of each chip of the preset normal environment.

[0016] Based on the current chip running data and the historical running data of each chip of the preset normal environment, the data deviation value of each running type is calculated to obtain running difference information.

[0017] The embodiment of the application provides a chip cooperative stable running method based on environmental factors, the normal data range of each environmental factor type of each chip is queried, and the historical running information of each chip corresponding to each normal environmental factor data is queried, so that the representation degree of the screened historical running information capable of representing the normal running process of the chip is improved, the running type of the running information is split, and the comprehensiveness and accuracy of identifying the running difference information between the historical running information and the current running information are improved.

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

[0019] Based on the running difference information, each running type corresponding to a data deviation value meeting a preset first deviation threshold requirement is screened and matched with a corresponding running function to obtain the running abnormal information of each chip;

[0020] Based on the factor data of the current environment and the factor data of the preset normal environment, the environmental data deviation value corresponding to each environmental factor type is calculated, the environmental factor type corresponding to an environmental data deviation value meeting a preset second deviation threshold requirement is screened, and the target interference factor of each chip is obtained;

[0021] Based on the current chip running information of the current environment, a corresponding running function is matched, and the data information processed by each running function and the data information processing task are obtained to obtain the current processing data of each chip.

[0022] The embodiment of the application provides a chip cooperative stable running method based on environmental factors, each abnormal chip running module and each abnormal environmental type are identified through a deviation threshold, and the accuracy of identifying the target interference factor of the chip and the running abnormal information of the chip is improved.

[0023] Further, based on the target interference factor of each chip, a plurality of initial abnormal reasons are screened to obtain the abnormal reason of each chip, including:

[0024] Based on the target interference factor of each chip, the initial abnormal reason corresponding to a plurality of environmental factors is obtained.

[0025] sequencing the initial abnormal reasons corresponding to the several environmental factors to obtain an abnormal reason sequence;

[0026] Based on the abnormal reason sequence, the initial abnormal reasons meeting the preset number requirement are screened to obtain the chip abnormal reasons.

[0027] The embodiment of the application provides a chip cooperative stable operation method based on environmental factors, the number of abnormal reasons is identified, the abnormal reasons of the chip are identified, the influence of the small probability abnormal reasons on the abnormal reasons of the chip is avoided, and the accuracy of the identified abnormal reasons of the chip is improved.

[0028] Further, based on the current processing data of each chip, the running abnormal information of each chip and the abnormal reasons of each chip, abnormal function identification and data volume analysis are performed on each chip to generate a corresponding processing data cooperation strategy, including:

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

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

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

[0032] The embodiment of the application provides a chip cooperative stable operation method based on environmental factors, the current running function and data processing task of the chip are identified, and the accuracy of subsequent identification of the processing data cooperation strategy of each chip is improved.

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

[0034] Based on the current processing data of the chip, the current data volume corresponding to the data information of the current processing data of each chip and the saturation data volume of each chip are obtained, and the idle data volume of each chip is calculated;

[0035] Based on the idle data volume of each chip, chips meeting the preset interaction requirement are screened to obtain the interactive processing target chip of each chip;

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

[0037] Further, based on the abnormal running function of the chip and the instantaneous data amount of each chip data processing, a corresponding processing data cooperation strategy is generated for the interactive processing target chip of each chip, including:

[0038] Based on the abnormal running function of each chip, the interactive processing target chip of each chip is matched until the instantaneous data amount of each chip data processing meets the preset data amount requirement, and the cooperative processing target chip is obtained.

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

[0040] The embodiment of the application provides a chip cooperative stable running method based on environmental factors, and the interactive processing target chip of each chip is judged through data amount, data interaction sequence and abnormal running function, so that the accuracy and actuality of judging the interactive processing target chip of each chip are improved.

[0041] Further, based on the processing data cooperation strategy, the current processing data of each chip is cooperatively processed to complete the data processing task of the current processing data of each chip, including:

[0042] Based on the processing data cooperation strategy, the running function of the corresponding cooperative processing target chip is obtained.

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

[0044] The embodiment of the application provides a chip cooperative stable running method based on environmental factors, and the interactive processing target chip of each chip is judged through data amount, data interaction sequence and abnormal running function, so that the accuracy and actuality of judging the interactive processing target chip of each chip are improved.

[0045] The embodiment of the application further provides a chip cooperative stable running system based on environmental factors, including: a running difference information calculation module, a chip information data acquisition module, an abnormal reason screening module, a cooperative strategy generation module and a cooperative processing module.

[0046] The running difference information calculation module is used to obtain factor data of a current environment and current environment chip running information of the current environment, and factor data of a preset normal environment and historical running information of each chip of the preset normal environment, and calculate running difference information.

[0047] The chip information data acquisition module is used to acquire running abnormal information of each chip, target interference factors of each chip and current processing data of each chip based on the running difference information, the factor data of the current environment, the factor data of the preset normal environment and the current environment chip running information of the current environment.

[0048] The abnormal reason screening module is configured to screen a plurality of initial abnormal reasons based on the target interference factors of the chips to obtain the abnormal reasons of the chips.

[0049] The cooperative strategy generation module is configured to identify abnormal functions of the chips and analyze data volumes of the chips based on the current processing data of the chips, the running abnormal information of the chips and the abnormal reasons of the chips, and generate corresponding processing data cooperative strategies.

[0050] The cooperative processing module is configured to cooperatively process the current processing data of the chips based on the processing data cooperative strategies to complete the data processing tasks of the current processing data of the chips.

[0051] The embodiment of the present application provides a chip cooperative stable operation system based on environmental factors. The running difference information calculation module is used to obtain current environmental factor data, chip running information under the current environment, preset normal environmental factor data and chip historical running information under the preset normal environment, and then obtain the running difference information of the current chip. The chip information data acquisition module is used to analyze the running abnormal information of the chips, the target interference factors of the chips and the current processing data of the chips, and provide information basis for subsequent abnormal function identification. The abnormal reason screening module is used to analyze the abnormal reasons of the chips and identify the abnormal functions of the chips. Finally, the cooperative strategy generation module is used to generate processing data cooperative strategies for the abnormal functions of the chips. The cooperative processing module is used to cooperatively process the chip data to complete the data processing tasks of the chips. Through the multi-chip cooperative processing mode, the chip is prevented from processing data under the abnormal running function, so that the chip can be cooperatively operated and data can be interchanged without affecting the normal operation of the chip. The abnormal running function of the chip is avoided, and the current abnormal running function of the chip can be identified in real time. Therefore, the processing data cooperative strategies of the chips can be adjusted in real time, so that the chips can be in a normal operation state in real time. The influence of the abnormal environment on the stable operation of the chip is avoided, and the reliability of the stable operation of the chip is improved.

[0052] Further, the cooperative strategy generation module is configured to identify abnormal functions of the chips and analyze data volumes of the chips based on the current processing data of the chips, the running abnormal information of the chips and the abnormal reasons of the chips, and generate corresponding processing data cooperative strategies.

[0053] The abnormal function analysis unit, the chip data volume acquisition unit and the strategy generation unit;

[0054] The abnormal function analysis unit is configured to match the abnormal running modules corresponding to the abnormal reasons of the chips and the current running functions corresponding to the abnormal running modules based on the running abnormal information of the chips and the abnormal reasons of the chips, and obtain the abnormal running functions of the chips.

[0055] The chip data amount acquisition unit is configured to acquire the instant data amount of each chip based on the current processing data of each chip.

[0056] The strategy generation unit is configured to generate a corresponding processing data cooperation strategy for the interactive processing target chip of each chip based on the abnormal running function of the chip and the instant data amount of the data processing of each chip. BRIEF DESCRIPTION OF DRAWINGS

[0057] Figure 1 A step flowchart of a chip cooperation stable running method based on environmental factors is provided for an embodiment of the present application.

[0058] Figure 2 A module structure diagram of a chip cooperation stable running system based on environmental factors is provided for an embodiment of the present application.

[0059] Figure 3 A cooperation strategy generation module structure diagram of a chip cooperation stable running system based on environmental factors is provided for an embodiment of the present application. DETAILED DESCRIPTION

[0060] The technical solutions in the embodiments of the present application will be described clearly and completely below with reference to the drawings in the embodiments of the present application. Obviously, the described embodiments are only part of the embodiments of the present application, rather than all the embodiments of the present application. Based on the embodiments in the present application, all other embodiments obtained by those of ordinary skill in the art without creative work fall within the scope of protection of the present application.

[0061] Embodiment 1

[0062] Reference is made to Figure 1 , Figure 1 A step flowchart of a chip cooperation stable running method based on environmental factors is provided for an embodiment of the present application. As shown in Figure 1 The present application embodiment proposes a chip cooperation stable running method based on environmental factors, which includes steps 101 to 105, and each step is specifically as follows:

[0063] Step 101, acquire the factor data of the current environment and the running information of each chip in the current environment, and the factor data of the preset normal environment and the historical running information of each chip in the preset normal environment, and calculate the running difference information.

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

[0065] In a specific embodiment, the current environmental factor data of the chip is collected through a preset sensor of the environment of the multi-chip, wherein the sensor includes a temperature sensor, an air pressure sensor, a humidity sensor, etc.; then, for each chip, the environmental factor data in each historical running information in the database is queried, and the historical running information in which the environmental factor data belongs to the environmental factor data range of the chip in the normal running is obtained; the database stores a plurality of historical running information, and the historical running information includes the environmental factor data of the chip in the historical running information; wherein the environmental factor data is data information of different environmental factor types, and the environmental factor types include temperature type, air pressure type, humidity type, etc.; more specifically, the normal data range of each environmental factor type of the chip is obtained, and the environmental factor data of each environmental factor type in each historical running information is identified; in each historical running information, the historical running information in which all the environmental factor data belongs to the normal data range of the environmental factor type corresponding to the environmental factor data is queried as the historical running information corresponding to the normal environmental factor data of the chip; based on the historical chip running data of each running type in the historical running information, the current running information is divided into the current chip running data of each running type; for each running type, the data deviation value between the historical chip running data of the running type and the current chip running data of the running type is calculated, and all the data deviation values of the running types are taken as the running difference information between the historical running information and the current running information; wherein the running type includes data processing rate type, packet loss number type, data waiting number type, data processing lag number type, data processing bug number type, etc.

[0066] In step 102, based on the running difference information, the factor data of the current environment, the factor data of the preset normal environment, and the chip running information of the current environment, the running abnormal information of each chip, the target interference factor of each chip, and the current processing data of each chip are obtained.

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

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

[0069] In step 103, based on the target interference factor of each chip, a plurality of initial abnormality causes are screened to obtain the abnormality cause of each chip.

[0070] As an example of the embodiment, based on the target interference factors of the chips, initial abnormal reasons corresponding to a plurality of environmental factors are obtained; the initial abnormal reasons corresponding to the plurality of environmental factors are sorted to obtain an abnormal reason sequence; and based on the abnormal reason sequence, initial abnormal reasons meeting a preset number requirement are screened to obtain the abnormal reasons of the chips.

[0071] In a specific implementation, based on the target interference factors of the chips, the abnormal reasons of the chips are identified, and based on the current running information of the chips, the current running functions of the chips and the current processing data of the chips are identified; the abnormal reasons of the chips include a chip running rate that is too low, a chip running jam, a chip running waiting, a chip running bug, and the like; each environmental factor type corresponds to one or more abnormal reasons, for example, the abnormal reasons corresponding to a temperature type include a chip running jam and a chip running rate that is too low, and the like; more specifically, the abnormal reasons of the chips corresponding to each environmental factor type are obtained, and based on the abnormal running types of the chips, the initial abnormal reasons of the chips are identified; the abnormal reasons corresponding to different environmental factor types can be the same, that is, the abnormal reasons corresponding to the environmental factor types overlap, and therefore the initial abnormal reasons of the chips can include the same abnormal reasons; based on the number of the initial abnormal reasons, the initial abnormal reasons of the chips are arranged in descending order of the number to obtain an abnormal reason sequence, and a preset number of initial abnormal reasons are screened in the order of the abnormal reason sequence from front to back to obtain the abnormal reasons of the chips.

[0072] In step 104, based on the current processing data of the chips, the running abnormal information of the chips, and the abnormal reasons of the chips, abnormal function identification and data volume analysis are performed on the chips to generate corresponding processing data collaboration strategies.

[0073] As an example of the embodiment, based on the running abnormal information of the chips and the abnormal reasons of the chips, the abnormal running modules corresponding to the abnormal reasons of the chips and the current running functions corresponding to the abnormal running modules are matched to obtain the abnormal running functions of the chips; based on the current processing data of the chips, the interactive processing target chips of the chips and the instantaneous data volumes of the data processing of the chips are obtained; and based on the abnormal running functions of the chips and the instantaneous data volumes of the data processing of the chips, the interactive processing target chips of the chips are generated to obtain corresponding processing data collaboration strategies.

[0074] In a specific implementation, based on the chip running exception information, the chip exception cause and each current running function of the chip, an abnormal running function of the chip is identified, and based on the current processing data of each chip and the abnormal running function of each chip, a processing data cooperation strategy of each chip is identified; wherein the processing data cooperation strategy of each chip is to process the abnormal running function of the chip and the current processing data corresponding to the abnormal running function through other chips; based on the exception cause of the chip, the running module corresponding to the exception cause of the chip is queried in the database, and the running module corresponding to the exception cause of the chip is screened out as the abnormal running module of the chip in the running module corresponding to each current running function; the current running function corresponding to the abnormal running module is taken as the abnormal running function of the chip; finally, based on the current processing data of each chip, the interactive processing target chip of each chip and the instantaneous data amount of data processing of each chip are obtained; based on the abnormal running function of the chip and the instantaneous data amount of data processing of each chip, the corresponding processing data cooperation strategy of the interactive processing target chip of each chip is generated.

[0075] As another example of the present embodiment, based on the current processing data of the chip, the current data amount corresponding to the data information of the current processing data of each chip and the saturation data amount of each chip are obtained, and the idle data amount of each chip is calculated; based on the idle data amount of each chip, the chip satisfying the preset interaction requirement is screened out to obtain the interactive processing target chip of each chip; sequence data analysis is performed on each chip and the interactive processing target chip of each chip to obtain the instantaneous data amount of data processing of each chip. Based on the abnormal running function of each chip, the interactive processing target chip of each chip is matched until the instantaneous data amount of data processing of each chip meets the preset data amount requirement to obtain the cooperation processing target chip; based on the cooperation processing target chip, the corresponding processing data cooperation strategy is generated.

[0076] In a specific implementation, the current data amount corresponding to the data information of the current processing data of each chip and the saturated data amount of each chip are obtained, and the running sequence of each current running function of each chip is identified based on the data processing task corresponding to the data information of each chip; the running sequence is used to represent the execution order of the current running functions; the idle data amount of each chip is calculated based on the saturated data amount of each chip and the current data amount of each chip, and for each chip, a chip that is different from the abnormal running function of the chip and has an idle data amount greater than the current data amount of the chip is selected as an interactive processing target chip of the chip from other chips based on the abnormal running function of the chip; when the chip determines the interactive processing target chip, the current idle data amount of the interactive processing target chip is the data amount after the idle data amount is reduced by the data amount of the data information of the chip; the order of the interactive processing target chip of each chip is obtained by identifying the preset key degree of each chip and identifying the interactive processing target chip of each chip in the order of the key degree of the chip from large to small; the instantaneous data amount of each chip when processing the data information of other chips is identified based on the running sequence of the interactive processing target chip of each chip, the data information of other chips that need to be processed by each chip, and the running functions of the data information of other chips that need to be processed by each chip; the instantaneous data amount is the sum of the data amount when the chip processes the data information of the chip and the data information of other chips at the same time; when there is an instantaneous data amount greater than the saturated data amount of the chip, the process of selecting a chip that is different from the abnormal running function of the chip and has an idle data amount greater than the current data amount of the chip as the interactive processing target chip of the chip from other chips based on the abnormal running function of the chip is executed until there is no instantaneous data amount greater than the saturated data amount of the chip, and the interactive processing target chip of each chip and the running function that needs to be processed by the interactive processing data chip of each chip are used as the processing data cooperation strategy of each chip.

[0077] In step 105, the current processing data of each chip is cooperatively processed based on the processing data cooperation strategy to complete the data processing task of the current processing data of each chip.

[0078] As an example of the embodiment, the corresponding cooperative processing target chip running function is obtained based on the processing data cooperation strategy, and the current processing data of each chip is cooperatively processed through the cooperative processing target chip running function to complete the data processing task of the current processing data of each chip.

[0079] In a specific implementation, the current processing data of each chip is cooperatively processed based on the processing data cooperation strategy of each chip to complete the data processing task of the current processing data of each chip; specifically, when the current processing data of each chip is cooperatively processed, step 101 is executed again to adjust the processing data cooperation strategy of each chip in real time.

[0080] The embodiment of the present application provides a chip cooperative stable operation method based on environmental factors, current environmental factor data and chip operation information under the current environment and preset normal environmental factor data and chip historical operation information under the preset normal environment are acquired, then operation difference information of the current chip is obtained, information basis is provided for subsequent abnormal function identification by analyzing operation abnormal information of each chip, target interference factors of each chip and current processing data of each chip, abnormal reasons of the chip are analyzed, and abnormal functions of the chip are identified, finally, processing data cooperation strategies are generated for the abnormal functions of the chip, and the data processing tasks of each chip are completed by cooperatively processing chip data; through the multi-chip cooperative processing mode, the situation that the chip processes data of the abnormal operation function is avoided, so that in the case of not affecting the normal operation of each chip, the abnormal operation function of the chip is avoided through the cooperative operation and data intercommunication mode, and the current abnormal operation function of each chip can be identified in real time, so that the processing data cooperation strategies of each chip are adjusted in real time, each chip is in the normal operation state in real time, the influence of the abnormal environment on the stable operation of the chip is avoided, and the reliability of the stable operation of the chip is improved.

[0081] Embodiment 2

[0082] Referring to Figure 2 , Figure 2 A module structure schematic diagram of a chip cooperative stable operation system based on environmental factors provided by an embodiment of the present application is shown in the figure. Figure 2 As shown in the figure, the embodiment of the present application provides a chip cooperative stable operation system based on environmental factors, which comprises:

[0083] The running difference information calculation module 201, the chip information data acquisition module 202, the abnormal reason screening module 203, the cooperative strategy generation module 204 and the cooperative processing module 205;

[0084] The running difference information calculation module 201 is used for acquiring factor data of the current environment and operation information of each chip under the current environment and factor data of the preset normal environment and historical operation information of each chip under the preset normal environment, and calculating running difference information.

[0085] The chip information data acquisition module 202 is used for acquiring operation abnormal information of each chip, target interference factors of each chip and current processing data of each chip based on the running difference information, the factor data of the current environment, the factor data of the preset normal environment and the operation information of each chip under the current environment.

[0086] The abnormal reason screening module 203 is used for screening a plurality of initial abnormal reasons based on the target interference factors of each chip, and obtaining abnormal reasons of each chip.

[0087] The cooperative strategy generation module 204 is configured to perform abnormal function identification and data volume analysis on each chip based on the current processing data of each chip, the running abnormal information of each chip, and the abnormal reason of each chip, and generate a corresponding processing data cooperative strategy.

[0088] As an example of the embodiment, refer to Figure 3 , Figure 3 A cooperative strategy generation module structure diagram of a chip cooperative stable running system based on environmental factors according to an embodiment of the present application is shown in FIG. 3. Figure 3 The cooperative strategy generation module 204 is configured to perform abnormal function identification and data volume analysis on each chip based on the current processing data of each chip, the running abnormal information of each chip, and the abnormal reason of each chip, and generate a corresponding processing data cooperative strategy.

[0089] The abnormal function analysis unit 301, the chip data volume acquisition unit 302, and the strategy generation unit 303.

[0090] The abnormal function analysis unit 301 is configured to match the abnormal running module corresponding to each chip abnormal reason and the current running function corresponding to the abnormal running module based on the running abnormal information of each chip and the abnormal reason of each chip, to obtain the abnormal running function of each chip.

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

[0092] The strategy generation unit 303 is configured to generate a corresponding processing data cooperative strategy for the interactive processing target chip of each chip based on the abnormal running function of each chip and the instantaneous data volume of data processing of each chip.

[0093] The cooperative processing module 205 is configured to cooperatively process the current processing data of each chip based on the processing data cooperative strategy, to complete the data processing task of the current processing data of each chip.

[0094] The embodiment of the application provides a chip cooperative stable operation system based on environmental factors, current environmental factor data and current chip operation information under the current environment and preset normal environmental factor data and chip historical operation information under the preset normal environment are acquired through an operation difference information calculation module, operation difference information of the current chip is obtained, operation abnormal information of each chip, target interference factors of each chip and current processing data of each chip are analyzed through a chip information data acquisition module, information basis is provided for subsequent abnormal function identification, abnormal reasons of the chip are analyzed through an abnormal reason screening module, and the abnormal function of the chip is identified, finally, processing data cooperative strategies are generated for the abnormal function of the chip through a cooperative strategy generation module, and the data processing tasks of each chip are completed through cooperative processing of chip data by a cooperative processing module; through the multi-chip cooperative processing mode, the situation that the chip processes data of the abnormal operation function is avoided, the running situation of the abnormal operation function of the chip is avoided through cooperative operation and data intercommunication in the case of not affecting the normal operation of each chip, the current abnormal operation function of each chip can be identified in real time, the processing data cooperative strategies of each chip are adjusted in real time, each chip is in the normal operation state in real time, the influence of the abnormal environment on the stable operation of the chip is avoided, and the reliability of the stable operation of the chip is improved.

[0095] The above only describes the preferred embodiments of the application, and it should be pointed out that, for ordinary skilled persons in the technical field, some improvements and modifications can be made without departing from the technical principles of the application, and these improvements and modifications should also be considered as the protection scope of the application.

[0096] In the description of the present specification, the description of the terms "one embodiment", "some embodiments", "an example", "a specific example" or "some examples" means that the specific features, structures, materials or characteristics described in combination with the embodiment or example are included in at least one embodiment or example of the present application. Moreover, the specific features, structures, materials or characteristics described can be combined in any appropriate manner in any one or more embodiments or examples. In addition, different embodiments or examples described in the present specification and the features of different embodiments or examples can be combined and combined by those skilled in the art without contradiction.

[0097] In addition, the terms "first", "second" are only used for description purposes, and cannot be understood as indicating or implying relative importance or implicitly indicating the number of indicated technical features. Therefore, the features limited by "first", "second" can explicitly or implicitly include at least one feature. In the description of the present application, the meaning of "multiple" is two or more, unless otherwise specifically limited.

[0098] It should be understood that, while the steps of the methods involved in the embodiments described above are shown in sequential order in accordance with arrows, the steps need not be performed in the order indicated by the arrows. Unless expressly stated otherwise herein, the steps of the methods need not be performed in the order indicated by the arrows. Moreover, at least some of the steps of the methods involved in the embodiments described above can include multiple steps or stages that need not necessarily be performed at the same time, but can be performed at different times, and need not necessarily be performed sequentially, but can be performed in rotation or alternation with other steps or with steps or stages of other steps.

Claims

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

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

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

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

5. The method for chip coordinated stable operation based on environmental factors according to claim 1, characterized in that: Based on the current processing data of each chip, the operation abnormality information of each chip, and the abnormality cause of each chip, abnormal function identification and data volume analysis are performed on each chip to generate a corresponding data processing coordination strategy, including: Based on the operation abnormality information of each chip and the abnormality cause of each chip, matching the abnormal operation module corresponding to the abnormal cause of each chip and the current operation function corresponding to the abnormal operation module to obtain the abnormal operation function of each chip; Based on the data currently processed by each chip, the interactive processing target chip of each chip and the instantaneous data volume processed by each chip are obtained; Based on the abnormal operation function of the chip and the instantaneous data volume processed by each chip, a corresponding data processing coordination strategy is generated for the interactive processing target chip of each chip.

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

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

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

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

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

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