CN115460092B - Communication processing method and system based on multi-source heterogeneous equipment - Google Patents
Communication processing method and system based on multi-source heterogeneous equipment Download PDFInfo
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Abstract
The invention provides a communication processing method and a system based on multi-source heterogeneous equipment, comprising the following steps: step 1: determining a communication mode and a communication interface of each device in the multi-source heterogeneous devices, and constructing a communication pair of the same device; step 2: acquiring the communication requirement of each device in the multi-source heterogeneous devices, obtaining a requirement list, and constructing an initial communication network of the multi-source heterogeneous devices according to the requirement list; step 3: pre-analyzing the communication pair to obtain the communication condition of the same equipment, and adjusting the initial communication networking; step 4: based on the adjustment of the communication network, a communication protocol is allocated to each device in the multi-source heterogeneous devices, and data interaction transmission is performed based on the communication protocol. The communication networking is constructed according to the communication requirements, networking adjustment is carried out based on communication pairs, networking is guaranteed to be more attached to the multi-source heterogeneous equipment, communication reliability of each equipment is guaranteed through communication protocol distribution, and a reliable basis is provided for data interaction transmission.
Description
Technical Field
The invention relates to the technical field of data processing, in particular to a communication processing method and system based on multi-source heterogeneous equipment.
Background
The development of intelligent manufacturing technology has driven the increasing popularity of intelligent production lines. Whether heterogeneous equipment on a production line can be flexibly and reliably networked for communication becomes an important mark for measuring the intelligent degree of the production line. The multi-source heterogeneous device is obtained by combining different types of devices, and in the process of managing the multi-source heterogeneous device, each device is generally matched with an independent network or one network is matched with all devices according to the service of the device, which can certainly reduce the communication reliability and further reduce the communication efficiency.
Therefore, the invention provides a communication processing method and system based on multi-source heterogeneous equipment.
Disclosure of Invention
The invention provides a communication processing method and a system based on multi-source heterogeneous equipment, which are used for constructing a communication networking according to communication requirements, adjusting the networking based on communication pairs, ensuring that the networking is more attached to the multi-source heterogeneous equipment, ensuring the communication reliability of each equipment by carrying out communication protocol distribution, and providing a reliable basis for data interaction transmission.
The invention provides a communication processing method based on multi-source heterogeneous equipment, which comprises the following steps:
step 1: determining a communication mode and a communication interface of each device in the multi-source heterogeneous devices, and constructing a communication pair of the same device;
step 2: acquiring the communication requirement of each device in the multi-source heterogeneous device, obtaining a requirement list, and constructing an initial communication networking of the multi-source heterogeneous device according to the requirement list;
step 3: pre-analyzing the communication pair to obtain the communication condition of the same equipment, and adjusting the initial communication networking;
step 4: and distributing a communication protocol to each device in the multi-source heterogeneous devices based on the adjustment of communication networking, and carrying out data interaction transmission based on the communication protocol.
Preferably, determining a communication mode and a communication interface of each device in the multi-source heterogeneous devices, and constructing a communication pair with the same device, including:
according to the equipment attribute of each equipment in the multi-source heterogeneous equipment, a corresponding communication mode and a corresponding communication interface are called from an attribute database;
acquiring a communication identification code of each communication interface in the same equipment, constructing a communication identification list according to all the communication identification codes, and analyzing the allowed communication condition of the corresponding equipment;
and reversely matching the communicable interfaces in the corresponding equipment based on the allowed communication condition, and constructing and obtaining a communication pair based on the communicable interfaces and the communication mode.
Preferably, the obtaining the communication requirement of each device in the multi-source heterogeneous device to obtain the requirement list includes:
acquiring the communication requirement of each device, and dismantling the communication requirement based on a requirement dismantling mechanism to obtain a dismantling array corresponding to each device;
and based on the codes of the equipment in the blank list, traversing the corresponding disassembled arrays in sequence to finish filling the result, and obtaining a requirement list.
Preferably, constructing an initial communication network of the multi-source heterogeneous device according to the requirement list includes:
counting the filled elements of each column in the requirement list, and simultaneously counting the filled elements of each row in the requirement list;
calculating the column element communication weight of each column of information in the requirement list;
wherein G is i Column element communication weight representing the ith column information in the requirement list; m1 represents the number of rows of the requirement list and is equal to the total number of elements of the ith column information; g i Representing the number of filled elements corresponding to the ith column information; n1 represents the number of filling elements corresponding to the ith column information, and the values of n1 corresponding to different column information are different; s is(s) j1 Element weight representing row information to which the j1 st filler element in the i-th column information belongs; the value range of i is [1, m2]M2 represents the total number of columns of the requirement list; oc (oc) i Weight increment factor representing all repeated elements in the ith column of information, the value range is [0,0.2 ]]；
Calculating the equipment communication weight of each line of information in the requirement list;
wherein F is i1 The device communication weight of the i1 th row information is represented; g i Column element communication weight of the ith element in the ith row information is represented; delta i Indicating that the ith element in the ith row information is filled, when the ith element is filled, the value is 1, and when the ith element is not filled, the value is 0; delta i1 Represents the adjustment weight determined based on the information of the i1 st row, and the value range is [0,0.1 ]]；
And constructing an equipment communication array based on the equipment communication weight and the preset network attribute of the corresponding equipment, and constructing and obtaining an initial communication network based on an initial framework.
Preferably, the pre-analyzing the communication pair to obtain the communication condition of the same device includes:
acquiring a communicable interface and a communication mode of the communication pair, and constructing a first communication relation of each communicable interface and the communication mode, wherein the first communication relation is related to data interaction, data transmission, data capacity and network access;
acquiring an intersection relation and a non-intersection relation based on all the first communication relations;
analyzing an allowable maximum communication mechanism corresponding to the same device based on the intersection relation, and simultaneously analyzing an allowable minimum communication mechanism corresponding to the same device based on the non-intersection relation;
and constructing the communication condition of the same equipment based on the maximum communication permission mechanism and the minimum communication permission mechanism.
Preferably, the adjusting the initial communication network includes:
determining network content of each network of the initial communication network, and obtaining corresponding content parameters;
the communication conditions are matched with the corresponding content parameters in a communication way, and if the communication conditions are consistent with the corresponding content parameters, the network does not need to be adjusted;
otherwise, obtaining unmatched parameters, and screening modified parameters from the unmatched parameters according to the reasonability of modification of the unmatched parameters on the content parameters;
and adjusting the corresponding strip network according to the modification parameters.
Preferably, based on adjusting a communication network, a communication protocol is allocated to each device in the heterogeneous multi-source device, and based on the communication protocol, data interaction transmission is performed, including:
acquiring a data access element, a data interaction element and a data transmission element of each device in the multi-source heterogeneous device, and determining an access attribute of the data access element, an interaction attribute of the data interaction element and a transmission attribute of the data transmission element;
based on an attribute determination result, constructing an access attribute list, an interaction attribute list and a transmission attribute list of the multi-source heterogeneous device, and acquiring a first high-frequency sub-attribute in the access attribute list, a second Gao Pinci sub-attribute in the interaction attribute list and a third high-frequency sub-attribute in the transmission attribute list;
constructing attribute factors based on the first high-frequency sub-attribute, the second Gao Pinci sub-attribute and the third high-frequency sub-attribute, comprehensively processing the attribute factors with an element list of each device, and determining a first protocol bias factor of the corresponding device from a processing-protocol database;
acquiring a second protocol bias factor of the corresponding device;
and acquiring a protocol with the highest matching degree with the first protocol deviation factor and the second protocol deviation factor from the adjustment communication network as a communication protocol distributed to corresponding equipment, and carrying out data interaction transmission based on the communication protocol.
Preferably, after the data interaction transmission based on the communication protocol, the method further comprises:
constructing a data table for interactive transmission among the multi-source heterogeneous devices;
determining first data corresponding to each unit table and a participation array table corresponding to the first data based on the data table, and calculating unit bias and data bias of the corresponding unit table;
Y2＝max{y i3 ,i3＝1,2,3,...,n3}
wherein Y1 represents a first calculation result of the corresponding unit table; m3 represents the number of the unit tables in the participation array table acquired by the first data of the corresponding unit table; y is i3 Index weight representing the i3 rd interactive transmission index in the corresponding unit table; a is that i3,j3 Representing the data characteristics of the i3 interaction transmission index in the j3 unit table in the corresponding participation array; oc (oc) i,j Data representing the ith 3 interactive transmission index in the jth 3 cell table in the corresponding participation arrayA feature adjustment factor for the feature; n3 represents the number of interactive transmission indexes corresponding to the first data; max represents the maximum value symbol; y2 represents a second calculation result of the corresponding cell table;
determining unit deflection according to the first calculation result, and determining data deflection according to the second calculation result;
and carrying out early warning reminding based on all unit bias and data bias.
Preferably, the early warning reminding is performed based on all unit bias and data bias, including:
acquiring a first deflection array of all unit deflection, and simultaneously acquiring a second deflection array of all data deflection;
comparing the first deflection array with a first standard array, and simultaneously comparing the second deflection array with a second standard array;
and obtaining a difference matrix according to the comparison result, analyzing the difference matrix based on an early warning analysis model, and carrying out early warning reminding.
The invention discloses a communication processing system based on multi-source heterogeneous equipment, which comprises:
the communication pair determining module is used for determining the communication mode and the communication interface of each device in the multi-source heterogeneous devices and constructing a communication pair of the same device;
the networking construction module is used for acquiring the communication requirement of each device in the multi-source heterogeneous devices, obtaining a requirement list, and constructing an initial communication networking of the multi-source heterogeneous devices according to the requirement list;
the networking adjustment module is used for pre-analyzing the communication pair to obtain the communication condition of the same equipment and adjusting the initial communication networking;
and the protocol distribution module is used for distributing a communication protocol to each device in the multi-source heterogeneous devices based on the adjustment of the communication network, and carrying out data interaction transmission based on the communication protocol.
Additional features and advantages of the invention will be set forth in the description which follows, and in part will be obvious from the description, or may be learned by practice of the invention. The objectives and other advantages of the invention will be realized and attained by the structure particularly pointed out in the written description and claims thereof as well as the appended drawings.
The technical scheme of the invention is further described in detail through the drawings and the embodiments.
Drawings
The accompanying drawings are included to provide a further understanding of the invention and are incorporated in and constitute a part of this specification, illustrate the invention and together with the embodiments of the invention, serve to explain the invention. In the drawings:
FIG. 1 is a flow chart of a communication processing method based on a multi-source heterogeneous device according to an embodiment of the present invention;
fig. 2 is a block diagram of a communication processing system based on a multi-source heterogeneous device according to an embodiment of the present invention.
Detailed Description
The preferred embodiments of the present invention will be described below with reference to the accompanying drawings, it being understood that the preferred embodiments described herein are for illustration and explanation of the present invention only, and are not intended to limit the present invention.
The invention provides a communication processing method based on multi-source heterogeneous equipment, as shown in figure 1, comprising the following steps:
step 1: determining a communication mode and a communication interface of each device in the multi-source heterogeneous devices, and constructing a communication pair of the same device;
step 2: acquiring the communication requirement of each device in the multi-source heterogeneous device, obtaining a requirement list, and constructing an initial communication networking of the multi-source heterogeneous device according to the requirement list;
step 3: pre-analyzing the communication pair to obtain the communication condition of the same equipment, and adjusting the initial communication networking;
step 4: and distributing a communication protocol to each device in the multi-source heterogeneous devices based on the adjustment of communication networking, and carrying out data interaction transmission based on the communication protocol.
In this embodiment, the heterogeneous multi-source device includes a plurality of different devices, and the communication pair is formed by a communication mode and a communication interface.
In the embodiment, aiming at the interconnection and intercommunication requirements of various heterogeneous devices of an intelligent production line, a flexible networking communication platform of the heterogeneous devices is designed and developed based on a client/server architecture: a Select model and a multithreading technology are used for constructing a communication networking for three main stream interface protocols (TCP/UDP/serial ports), so that the problem of interconnection and intercommunication of heterogeneous terminal equipment in a concurrent communication state is solved.
In this embodiment, the communication conditions are related to data transmission, data interaction and data access, and the networking is adjusted by the conditions, so that the adjusted networking can more meet the communication requirements of the multi-source heterogeneous device, further a communication protocol is allocated, and the data interaction transmission is performed according to the protocol.
In this embodiment, the protocol may include: TCP protocol, interactive protocol, OPCUA, etc.
The beneficial effects of the technical scheme are as follows: the communication networking is constructed according to the communication requirements, networking adjustment is carried out based on communication pairs, networking is guaranteed to be more attached to the multi-source heterogeneous equipment, communication reliability of each equipment is guaranteed through communication protocol distribution, and a reliable basis is provided for data interaction transmission.
The invention provides a communication processing method based on multi-source heterogeneous equipment, which determines the communication mode and the communication interface of each equipment in the multi-source heterogeneous equipment and constructs a communication pair with the equipment, comprising the following steps:
according to the equipment attribute of each equipment in the multi-source heterogeneous equipment, a corresponding communication mode and a corresponding communication interface are called from an attribute database;
acquiring a communication identification code of each communication interface in the same equipment, constructing a communication identification list according to all the communication identification codes, and analyzing the allowed communication condition of the corresponding equipment;
and reversely matching the communicable interfaces in the corresponding equipment based on the allowed communication condition, and constructing and obtaining a communication pair based on the communicable interfaces and the communication mode.
In this embodiment, for example, there are communication interfaces 1, 2, 3, where the allowed communication situation is for interfaces 1 and 2, and interface 3 does not satisfy the communication, where a communication pair may be constructed based on interfaces 1 and 2 and the communication mode.
The beneficial effects of the technical scheme are as follows: the interface with guarantee is obtained by determining the equipment attribute and analyzing the allowed communication condition, and the interface is combined with the communication mode to construct a communication pair, so that a basis is provided for obtaining the communication condition subsequently, and the communication reliability is improved indirectly.
The invention provides a communication processing method based on multi-source heterogeneous equipment, which is used for obtaining the communication requirement of each equipment in the multi-source heterogeneous equipment to obtain a requirement list and comprises the following steps:
acquiring the communication requirement of each device, and dismantling the communication requirement based on a requirement dismantling mechanism to obtain a dismantling array corresponding to each device;
and based on the codes of the equipment in the blank list, traversing the corresponding disassembled arrays in sequence to finish filling the result, and obtaining a requirement list.
In this embodiment, the disassembly mechanism is required to be preset, and the disassembly array includes: several sub-requirements after disassembly.
In this embodiment, each cell in the blank list is set and what type of element the cell needs to be placed in is determined in advance, except that element filling has not yet been performed.
The beneficial effects of the technical scheme are as follows: the requirements are disassembled and traversed, so that the list can be filled conveniently, the requirement list is obtained, and a data base is obtained.
The invention provides a communication processing method based on multi-source heterogeneous equipment, which constructs an initial communication networking of the multi-source heterogeneous equipment according to the requirement list, and comprises the following steps:
counting the filled elements of each column in the requirement list, and simultaneously counting the filled elements of each row in the requirement list;
calculating the column element communication weight of each column of information in the requirement list;
wherein G is i Column element communication weight representing the ith column information in the requirement list; m1 represents the number of rows of the requirement list and is equal to the total number of elements of the ith column information; g i Representing the number of filled elements corresponding to the ith column information; n1 represents the number of filling elements corresponding to the ith column information, and the values of n1 corresponding to different column information are different; s is(s) j1 Element weight representing row information to which the j1 st filler element in the i-th column information belongs; the value range of i is [1, m2]M2 represents the total number of columns of the requirement list; oc (oc) i Weight increment factor representing all repeated elements in the ith column of information, the value range is [0,0.2 ]]；
Calculating the equipment communication weight of each line of information in the requirement list;
wherein F is i1 The device communication weight of the i1 th row information is represented; g i Column element communication weight of the ith element in the ith row information is represented; delta i Indicating that the ith element in the ith row information is filled, when the ith element is filled, the value is 1, and when the ith element is not filled, the value is 0; delta i1 Represents the adjustment weight determined based on the information of the i1 st row, and the value range is [0,0.1 ]]；
And constructing an equipment communication array based on the equipment communication weight and the preset network attribute of the corresponding equipment, and constructing and obtaining an initial communication network based on an initial framework.
In this embodiment, the requirement list is m1 rows and n1 columns, and each row corresponds to one encoding device, each column corresponds to one element, and each column is an element in the same column, but the values of the elements may be different.
In this embodiment, the cumulative sum of all the element weights corresponding to each row is 1.
In this embodiment, the device communication array includes: the device communication weight of each device is included along with preset network attributes, and the preset network attributes are related to the protocol.
The beneficial effects of the technical scheme are as follows: calculating column element communication weight and equipment communication weight by counting filled elements of rows and columns in the requirement list, and further constructing and obtaining an equipment communication array by combining the column element communication weight and the equipment communication weight with preset network attributes, so that an effective basis is provided for constructing a networking, and effective interactive transmission of multi-source heterogeneous equipment based on the same networking is ensured.
The invention provides a communication processing method based on multi-source heterogeneous equipment, which pre-analyzes the communication pair to obtain the communication condition of the same equipment, and comprises the following steps:
acquiring a communicable interface and a communication mode of the communication pair, and constructing a first communication relation of each communicable interface and the communication mode, wherein the first communication relation is related to data interaction, data transmission, data capacity and network access;
acquiring an intersection relation and a non-intersection relation based on all the first communication relations;
analyzing an allowable maximum communication mechanism corresponding to the same device based on the intersection relation, and simultaneously analyzing an allowable minimum communication mechanism corresponding to the same device based on the non-intersection relation;
and constructing the communication condition of the same equipment based on the maximum communication permission mechanism and the minimum communication permission mechanism.
In this embodiment, the intersection relationship refers to one result that exists for data interactions, transmissions, capacities, and network accesses of the multi-source heterogeneous device.
In this embodiment, all communication relationships except the intersection relationship are regarded as non-intersection relationships.
In this embodiment, the maximum allowed communication mechanism is determined based on the intersection relationship, mainly for achieving communication of different devices to the maximum extent, and the minimum allowed communication mechanism is determined based on the non-intersection relationship, mainly for achieving communication of different devices to the minimum extent.
The beneficial effects of the technical scheme are as follows: different communication mechanisms can be obtained by determining the communication relationship and obtaining the non-intersection relationship according to the intersection relationship, so that the communication conditions of the same equipment are obtained, the communication requirements can be met to the greatest extent, the communication range after networking construction can be ensured to the greatest extent, and the reliability of networking is ensured.
The invention provides a communication processing method based on multi-source heterogeneous equipment, which adjusts the initial communication networking and comprises the following steps:
determining network content of each network of the initial communication network, and obtaining corresponding content parameters;
the communication conditions are matched with the corresponding content parameters in a communication way, and if the communication conditions are consistent with the corresponding content parameters, the network does not need to be adjusted;
otherwise, obtaining unmatched parameters, and screening modified parameters from the unmatched parameters according to the reasonability of modification of the unmatched parameters on the content parameters;
and adjusting the corresponding strip network according to the modification parameters.
In this embodiment, the network content refers to network parameters and the like, and the content parameters are consistent with the network parameters.
In this embodiment, the communication conditions refer to various satisfied communication parameters, and the parameters to be adjusted are determined by comparing with the network parameters.
In this embodiment, the modification rationality refers to whether the modification of the content parameters is reasonable or not according to the unmatched parameters, and the more unreasonable the modification rationality is, the smaller the corresponding modification rationality is, at this time, the modification parameters need to be screened, and the modification rationality is ensured to the greatest extent.
The beneficial effects of the technical scheme are as follows: by matching the communication conditions with the content parameters and carrying out consistent adjustment, the inconsistent parameters are modified, the adjustment of the network is further ensured, and the reliability of networking adjustment is indirectly realized.
The invention provides a communication processing method based on multi-source heterogeneous equipment, which is based on adjustment of communication networking, distributes a communication protocol to each equipment in the multi-source heterogeneous equipment, and carries out data interaction transmission based on the communication protocol, and comprises the following steps:
acquiring a data access element, a data interaction element and a data transmission element of each device in the multi-source heterogeneous device, and determining an access attribute of the data access element, an interaction attribute of the data interaction element and a transmission attribute of the data transmission element;
based on an attribute determination result, constructing an access attribute list, an interaction attribute list and a transmission attribute list of the multi-source heterogeneous device, and acquiring a first high-frequency sub-attribute in the access attribute list, a second Gao Pinci sub-attribute in the interaction attribute list and a third high-frequency sub-attribute in the transmission attribute list;
constructing attribute factors based on the first high-frequency sub-attribute, the second Gao Pinci sub-attribute and the third high-frequency sub-attribute, comprehensively processing the attribute factors with an element list of each device, and determining a first protocol bias factor of the corresponding device from a processing-protocol database;
acquiring a second protocol bias factor of the corresponding device;
and acquiring a protocol with the highest matching degree with the first protocol deviation factor and the second protocol deviation factor from the adjustment communication network as a communication protocol distributed to corresponding equipment, and carrying out data interaction transmission based on the communication protocol.
In this embodiment, the Gao Pinci sub-attribute is determined from the different attribute lists according to the frequency of occurrence of the sub-attribute, such as: the access attribute list includes: sub-attributes 1, 2 of device 1, sub-attributes 2, 3 of device 2, at which point the Gao Pinci sub-attribute is sub-attribute 2.
In this embodiment, the attribute factors are determined based mainly on three aspects of data access, data interaction, and data transmission.
In this embodiment, the process-protocol database, which includes various integrated process results and corresponding protocols, may provide a reference.
In this embodiment, the communication protocol is obtained by matching the two bias factors.
The beneficial effects of the technical scheme are as follows: the attribute factors are constructed by acquiring Gao Pinci sub-attributes related to access, interaction and transmission, the deflection factors are conveniently acquired through comprehensive processing, and the communication protocol is effectively obtained through the combination of the attribute factors and the deflection factors of the equipment, so that the reliability of the communication protocol is ensured, and a foundation is provided for interaction transmission.
The invention provides a communication processing method based on multi-source heterogeneous equipment, which further comprises the following steps after data interaction transmission based on the communication protocol:
constructing a data table for interactive transmission among the multi-source heterogeneous devices;
determining first data corresponding to each unit table and a participation array table corresponding to the first data based on the data table, and calculating unit bias and data bias of the corresponding unit table;
Y2＝max{y i3 ,i3＝1,2,3,...,n3}
wherein Y1 represents a first calculation result of the corresponding unit table; m3 represents the number of the unit tables in the participation array table acquired by the first data of the corresponding unit table; y is i3 Index weight representing the i3 rd interactive transmission index in the corresponding unit table; a is that i3,j3 Representing the data characteristics of the i3 interaction transmission index in the j3 unit table in the corresponding participation array; oc (oc) i,j A feature adjustment factor representing a data feature corresponding to the i3 rd interactive transmission index in the j3 rd unit table in the participation array; n3 represents the number of interactive transmission indexes corresponding to the first data; max represents the maximum value symbol; y2 represents a second calculation result of the corresponding cell table;
determining unit deflection according to the first calculation result, and determining data deflection according to the second calculation result;
and carrying out early warning reminding based on all unit bias and data bias.
In this embodiment, the characteristic adjustment factor has a value in the range of 0-0.1.
In this embodiment, the data table includes interactive transmission data content of each device in the multi-source heterogeneous device, and each device corresponds to a unit table.
The beneficial effects of the technical scheme are as follows: the interaction condition among different devices, namely the participation array list, is determined by constructing the data table, and the computing unit deflection and the data deflection are used for conveniently and well early warning whether the device has a communication problem or not, so that the networking is conveniently and timely adjusted, and the reliability of the networking is ensured.
The invention provides a communication processing method based on multi-source heterogeneous equipment, which carries out early warning and reminding based on all unit deflection and data deflection, and comprises the following steps:
acquiring a first deflection array of all unit deflection, and simultaneously acquiring a second deflection array of all data deflection;
comparing the first deflection array with a first standard array, and simultaneously comparing the second deflection array with a second standard array;
and obtaining a difference matrix according to the comparison result, analyzing the difference matrix based on an early warning analysis model, and carrying out early warning reminding.
In this embodiment, the deflection arrays are constructed from the results of the different deflections.
In this embodiment, the difference matrix is comprised of: the comparison result of the first deflection array and the comparison result of the second deflection array.
The beneficial effects of the technical scheme are as follows: through obtaining the array and comparing with the standard, and analyzing through the early warning analysis model, the communication problem existing in the corresponding equipment can be determined, the timely processing is convenient, and the networking reliability is ensured.
The invention relates to a communication processing system based on multi-source heterogeneous equipment, as shown in fig. 2, comprising:
the communication pair determining module is used for determining the communication mode and the communication interface of each device in the multi-source heterogeneous devices and constructing a communication pair of the same device;
the networking construction module is used for acquiring the communication requirement of each device in the multi-source heterogeneous devices, obtaining a requirement list, and constructing an initial communication networking of the multi-source heterogeneous devices according to the requirement list;
the networking adjustment module is used for pre-analyzing the communication pair to obtain the communication condition of the same equipment and adjusting the initial communication networking;
and the protocol distribution module is used for distributing a communication protocol to each device in the multi-source heterogeneous devices based on the adjustment of the communication network, and carrying out data interaction transmission based on the communication protocol.
The beneficial effects of the technical scheme are as follows: the communication networking is constructed according to the communication requirements, networking adjustment is carried out based on communication pairs, networking is guaranteed to be more attached to the multi-source heterogeneous equipment, communication reliability of each equipment is guaranteed through communication protocol distribution, and a reliable basis is provided for data interaction transmission.
It will be apparent to those skilled in the art that various modifications and variations can be made to the present invention without departing from the spirit or scope of the invention. Thus, it is intended that the present invention also include such modifications and alterations insofar as they come within the scope of the appended claims or the equivalents thereof.
Claims (8)
1. A communication processing method based on multi-source heterogeneous equipment, which is characterized by comprising the following steps:
step 1: determining a communication mode and a communication interface of each device in the multi-source heterogeneous devices, and constructing a communication pair of the same device;
step 2: acquiring the communication requirement of each device in the multi-source heterogeneous device, obtaining a requirement list, and constructing an initial communication networking of the multi-source heterogeneous device according to the requirement list;
step 3: pre-analyzing the communication pair to obtain the communication condition of the same equipment, and adjusting the initial communication networking;
step 4: distributing a communication protocol to each device in the multi-source heterogeneous devices based on adjustment of communication networking, and carrying out data interaction transmission based on the communication protocol;
the pre-analysis is performed on the communication pair to obtain the communication condition of the same equipment, which comprises the following steps:
acquiring a communicable interface and a communication mode of the communication pair, and constructing a first communication relation of each communicable interface and the communication mode, wherein the first communication relation is related to data interaction, data transmission, data capacity and network access;
acquiring an intersection relation and a non-intersection relation based on all the first communication relations;
analyzing an allowable maximum communication mechanism corresponding to the same device based on the intersection relation, and simultaneously analyzing an allowable minimum communication mechanism corresponding to the same device based on the non-intersection relation;
constructing communication conditions of the same equipment based on the maximum communication allowing mechanism and the minimum communication allowing mechanism;
wherein, adjust the initial communication network deployment, include:
determining network content of each network of the initial communication network, and obtaining corresponding content parameters;
the communication conditions are matched with the corresponding content parameters in a communication way, and if the communication conditions are consistent with the corresponding content parameters, the network does not need to be adjusted;
otherwise, obtaining unmatched parameters, and screening modified parameters from the unmatched parameters according to the reasonability of modification of the unmatched parameters on the content parameters;
and adjusting the corresponding strip network according to the modification parameters.
2. The communication processing method based on the multi-source heterogeneous device according to claim 1, wherein determining a communication mode and a communication interface of each device in the multi-source heterogeneous device, and constructing a communication pair with the same device, comprises:
according to the equipment attribute of each equipment in the multi-source heterogeneous equipment, a corresponding communication mode and a corresponding communication interface are called from an attribute database;
acquiring a communication identification code of each communication interface in the same equipment, constructing a communication identification list according to all the communication identification codes, and analyzing the allowed communication condition of the corresponding equipment;
and reversely matching the communicable interfaces in the corresponding equipment based on the allowed communication condition, and constructing and obtaining a communication pair based on the communicable interfaces and the communication mode.
3. The method for processing communications based on multiple heterogeneous devices according to claim 1, wherein obtaining a request list of communications requests from each of the multiple heterogeneous devices comprises:
acquiring the communication requirement of each device, and dismantling the communication requirement based on a requirement dismantling mechanism to obtain a dismantling array corresponding to each device;
and based on the codes of the equipment in the blank list, traversing the corresponding disassembled arrays in sequence to finish filling the result, and obtaining a requirement list.
4. The communication processing method based on the multiple heterogeneous devices according to claim 1, wherein constructing an initial communication network of the multiple heterogeneous devices according to the requirement list comprises:
counting the filled elements of each column in the requirement list, and simultaneously counting the filled elements of each row in the requirement list;
calculating the column element communication weight of each column of information in the requirement list;
Calculating the equipment communication weight of each line of information in the requirement list;
And constructing an equipment communication array based on the equipment communication weight and the preset network attribute of the corresponding equipment, and constructing and obtaining an initial communication network based on an initial framework.
5. The communication processing method based on the multi-source heterogeneous devices according to claim 1, wherein the allocating a communication protocol to each of the multi-source heterogeneous devices based on the adjustment of the communication network and the data interactive transmission based on the communication protocol comprise:
acquiring a data access element, a data interaction element and a data transmission element of each device in the multi-source heterogeneous device, and determining an access attribute of the data access element, an interaction attribute of the data interaction element and a transmission attribute of the data transmission element;
based on an attribute determination result, constructing an access attribute list, an interaction attribute list and a transmission attribute list of the multi-source heterogeneous device, and acquiring a first high-frequency sub-attribute in the access attribute list, a second Gao Pinci sub-attribute in the interaction attribute list and a third high-frequency sub-attribute in the transmission attribute list;
constructing attribute factors based on the first high-frequency sub-attribute, the second Gao Pinci sub-attribute and the third high-frequency sub-attribute, comprehensively processing the attribute factors with an element list of each device, and determining a first protocol bias factor of the corresponding device from a processing-protocol database;
acquiring a second protocol bias factor of the corresponding device;
and acquiring a protocol with the highest matching degree with the first protocol deviation factor and the second protocol deviation factor from the adjustment communication network as a communication protocol distributed to corresponding equipment, and carrying out data interaction transmission based on the communication protocol.
6. The communication processing method based on the multi-source heterogeneous device according to claim 1, further comprising, after the data interactive transmission based on the communication protocol:
constructing a data table for interactive transmission among the multi-source heterogeneous devices;
determining first data corresponding to each unit table and a participation array table corresponding to the first data based on the data table, and calculating unit bias and data bias of the corresponding unit table;
determining unit deflection according to the first calculation result, and determining data deflection according to the second calculation result;
and carrying out early warning reminding based on all unit bias and data bias.
7. The method for processing communications based on multi-source heterogeneous devices according to claim 6, wherein the alerting comprises:
acquiring a first deflection array of all unit deflection, and simultaneously acquiring a second deflection array of all data deflection;
comparing the first deflection array with a first standard array, and simultaneously comparing the second deflection array with a second standard array;
and obtaining a difference matrix according to the comparison result, analyzing the difference matrix based on an early warning analysis model, and carrying out early warning reminding.
8. A multi-source heterogeneous device-based communication processing system, comprising:
the communication pair determining module is used for determining the communication mode and the communication interface of each device in the multi-source heterogeneous devices and constructing a communication pair of the same device;
the networking construction module is used for acquiring the communication requirement of each device in the multi-source heterogeneous devices, obtaining a requirement list, and constructing an initial communication networking of the multi-source heterogeneous devices according to the requirement list;
the networking adjustment module is used for pre-analyzing the communication pair to obtain the communication condition of the same equipment and adjusting the initial communication networking;
the protocol distribution module is used for distributing a communication protocol to each device in the multi-source heterogeneous devices based on the adjustment of the communication network, and carrying out data interaction transmission based on the communication protocol;
the networking adjustment module is used for:
acquiring a communicable interface and a communication mode of the communication pair, and constructing a first communication relation of each communicable interface and the communication mode, wherein the first communication relation is related to data interaction, data transmission, data capacity and network access;
acquiring an intersection relation and a non-intersection relation based on all the first communication relations;
analyzing an allowable maximum communication mechanism corresponding to the same device based on the intersection relation, and simultaneously analyzing an allowable minimum communication mechanism corresponding to the same device based on the non-intersection relation;
constructing communication conditions of the same equipment based on the maximum communication allowing mechanism and the minimum communication allowing mechanism;
the networking adjustment module is used for:
determining network content of each network of the initial communication network, and obtaining corresponding content parameters;
the communication conditions are matched with the corresponding content parameters in a communication way, and if the communication conditions are consistent with the corresponding content parameters, the network does not need to be adjusted;
otherwise, obtaining unmatched parameters, and screening modified parameters from the unmatched parameters according to the reasonability of modification of the unmatched parameters on the content parameters;
and adjusting the corresponding strip network according to the modification parameters.
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