CN102508445B - Intelligent algorithm processing system and method - Google Patents
Intelligent algorithm processing system and method Download PDFInfo
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Abstract
The invention discloses an intelligent algorithm processing system, which includes a development machine and an execution machine connected through a network system. After receiving algorithm selection, storage, compilation, configuration selection and compilation instructs input by a user, the development machine invokes a corresponding intelligent algorithm module; the compiled intelligent algorithm module is stored; the corresponding intelligent algorithm module is obtained and compiled, and an object file generated through compilation is issued to the execution machine through the network system; and the execution machine reads the object file and executes algorithm executable codes. The invention further discloses an intelligent algorithm processing method. The invention provides the development machine to a user to provide a convenient intelligent algorithm code editing and compiling environment, the user can compile the intelligent algorithm according to industrial field application requirements, and each intelligent algorithm can be used repeatedly and modified after being compiled and stored.
Description
Technical field
The present invention relates to the algorithm process technical field, relate in particular to a kind of intelligent algorithm disposal system and method.
Background technology
In industrial processes control, intelligent algorithm comprises novel control and information processing methods such as fuzzy control, neural network, support vector machine, prediction algorithm, internal model control.Intelligent algorithm can solve some complex engineering problems, so it is applied to complicated industry spot more.
In the prior art, what often use is the conventional algorithm module that system provides, the conventional algorithm module that provides for system, the user can not write or revise algorithm in the conventional algorithm module by the application demand of industry spot, the conventional algorithm functions of modules that the system of existing provides is solidified, the problem that can not revise.
Summary of the invention
In view of this, the object of the invention is to provide a kind of intelligent algorithm disposal system, to solve conventional algorithm functions of modules curing in the prior art, the problem that can not revise.
For achieving the above object, the invention provides a kind of intelligent algorithm disposal system, comprise the developing engine and the execution machine that are connected;
Described developing engine comprises control module, collector, human-computer interaction interface, the algoritic module storehouse of storage intelligent algorithm module, and the configuration module library of storage sets morphotype piece, described human-computer interaction interface comprises with the user and carries out the mutual editing interface of edit file, carry out the mutual configuration interface of configuration info with the user, and the command input interface of reception user operational order, intelligent algorithm module id and conventional algorithm executable code that described configuration interface comprises in the described algoritic module storehouse identify accordingly, described configuration info comprises the relation between the described intelligent algorithm module id, relation between described sign and the described intelligent algorithm module id, and at least a in the relation between the described sign, described operational order comprises the algorithm selection instruction, the algorithm edit instruction, algorithm is held instruction, the algorithm compiler directive, configuration selection instruction, and configuration compiler directive;
After described control module receives the described algorithm selection instruction of user input in described command input interface, from the corresponding intelligent algorithm module of described algoritic module library call, and offer editing interface and present;
Receive the algorithm edit instruction of user's input in described command input interface after, corresponding intelligent algorithm module is edited;
After the described algorithm that described command input interface receives user input is held instruction, with the intelligent algorithm module stores behind the editor to described algoritic module storehouse;
Receive the described algorithm compiler directive of user's input in described command input interface after, obtain corresponding intelligent algorithm module from described algoritic module storehouse, control described collector and become the intelligent algorithm executable code to be handed down to described execution machine so that described execution machine is stored and/or called the intelligent algorithm module compiles that gets access to;
Receive the described configuration selection instruction of user's input in described command input interface after, call corresponding configuration module from described configuration module library, and indication configuration interface presents the algoritic module configuration mode that described configuration module is stored;
Receive the described configuration compiler directive of user's input in described command input interface after, obtain configuration info from described configuration interface, controlling described collector is compiled into file destination with described configuration info and is handed down to described execution machine, so that described execution machine is stored described file destination, and/or call corresponding intelligent algorithm executable code and/or conventional algorithm executable code according to described file destination.
Preferably, described execution facility have controller, and described controller comprises:
The executable code storage unit is used for the described intelligent algorithm executable code of storage and conventional algorithm executable code;
The file destination storage unit is used for the described file destination of storage;
Processor, link to each other with described file destination storage unit with described executable code storage unit respectively, be used for calling described intelligent algorithm executable code, perhaps call corresponding intelligent algorithm executable code and/or conventional algorithm executable code according to described file destination.
Preferably, described execution machine also has serial port board, from controller, and from serial port board;
Described controller links to each other with described serial port board;
Describedly link to each other from serial port board with described from controller.
Preferably, described execution machine also comprises the I/O passage, and it reaches with described serial port board and links to each other from serial port board.
Preferably, described I/O passage comprises analog quantity IO channel and digital input and output channel.
Preferably, described I/O passage is connected with field apparatus by hardwire.
Preferably, described developing engine is joined the Ethernet network interface and is connected described execution machine.
Preferably, described controller, serial port board, from controller, and all adopt blade type fastener structure from serial port board.
For achieving the above object, the present invention also provides a kind of intelligent algorithm disposal route, based on the intelligent algorithm disposal system, described intelligent algorithm disposal system comprises developing engine and the execution machine that is connected, described developing engine comprises the algoritic module storehouse of control module, collector, storage intelligent algorithm module, and the configuration module library of storage sets morphotype piece, described method comprises:
After receiving the algorithm selection instruction of user input, described control module is from the corresponding intelligent algorithm module of algoritic module library call, and offers described human-computer interaction interface and present;
Behind the algorithm edit instruction that receives user's input, corresponding intelligent algorithm module is edited;
After the algorithm that receives user's input was held instruction, the intelligent algorithm module stores after described control module will be edited was to described algoritic module storehouse;
Behind the described algorithm compiler directive that receives user's input, obtain corresponding intelligent algorithm module from described algoritic module storehouse, control described collector and become the intelligent algorithm executable code to be handed down to described execution machine so that described execution machine is stored and/or called the intelligent algorithm module compiles that gets access to;
Receive the configuration selection instruction of user input in described command input interface after, call corresponding configuration module from the configuration module library, and offer described human-computer interaction interface and present;
Receive the configuration compiler directive of user's input in described command input interface after, obtain configuration info from described configuration interface, controlling described collector compiles described configuration info, and will compile the file destination that generates and be handed down to described execution machine by described, described configuration info comprises the relation between the described intelligent algorithm module id, relation between described sign and the described intelligent algorithm module id, and at least a in the relation between the described sign, so that described execution machine calls corresponding intelligent algorithm executable code and/or conventional algorithm executable code according to described file destination.
For achieving the above object, the present invention also provides a kind of intelligent algorithm disposal route, and based on the intelligent algorithm disposal system, described intelligent algorithm disposal system comprises developing engine and the execution machine that is connected;
Described execution machine comprises and stores the conventional algorithm executable code and from the intelligent algorithm executable code of described developing engine, storage is from the file destination storage unit of the file destination of described developing engine, and processor;
Described intelligent algorithm executable code is formed the intelligent algorithm module compiles after editing by the algorithm compiler directive of described developing engine according to user's input, and the intelligent algorithm module behind the described editor is formed intelligent algorithm module editor by the algorithm edit instruction of described developing engine according to user's input;
Compiling forms described file destination according to configuration info by described developing engine, described configuration info comprises the relation between the described intelligent algorithm module id, the described conventional algorithm executable code relation between corresponding sign and the described intelligent algorithm module id in described developing engine, and at least a in the relation between the described sign;
Described method comprises:
Call described intelligent algorithm executable code, perhaps call corresponding intelligent algorithm executable code and/or conventional algorithm executable code according to described file destination.
Intelligent algorithm disposal system of the present invention adopts double-deck hardware configuration, developing engine and execution machine are provided, editor and the translation and compiling environment of the intelligent algorithm code that developing engine is provided convenience for the user, the user can write intelligent algorithm by the application demand of industry spot, and each intelligent object can be reused and be revised after writing preservation, has avoided the drawback of a large amount of code rewritings simultaneously.
Further, the conventional algorithm module that the user can provide intelligent algorithm module and system at the configuration interface is carried out configuration, make conventional algorithm module that intelligent algorithm module and system provide in the industry spot application that cooperatively interacts, thereby more effectively improve advanced intelligent algorithm application power in practice.
Description of drawings
In order to be illustrated more clearly in the embodiment of the invention or technical scheme of the prior art, to do to introduce simply to the accompanying drawing of required use in embodiment or the description of the Prior Art below, apparently, accompanying drawing in describing below only is some embodiments of the present invention, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain other accompanying drawing according to these accompanying drawings.
The system architecture synoptic diagram that Fig. 1 provides for the embodiment of the invention;
A kind of structural representation of the developing engine that Fig. 2 provides for the embodiment of the invention;
The another kind of structural representation of the developing engine that Fig. 3 provides for the embodiment of the invention;
The third structural representation of the developing engine that Fig. 4 provides for the embodiment of the invention;
A kind of structural representation of the execution machine that Fig. 5 provides for the embodiment of the invention;
Second kind of structural representation of the execution machine that Fig. 6 provides for the embodiment of the invention;
The third structural representation of the execution machine that Fig. 7 provides for the embodiment of the invention;
The structural representation of the I/O passage that Fig. 8 provides for the embodiment of the invention;
The I/O passage that Fig. 9 provides for the embodiment of the invention and the connection diagram of field apparatus.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the invention, the technical scheme in the embodiment of the invention is clearly and completely described, obviously, described embodiment only is the present invention's part embodiment, rather than whole embodiment.Based on the embodiment among the present invention, those of ordinary skills belong to the scope of protection of the invention not making the every other embodiment that obtains under the creative work prerequisite.
The object of the invention is to provide a kind of intelligent algorithm disposal system, to solve conventional algorithm functions of modules curing in the prior art, the problem that can not revise.
Fig. 1 shows a kind of structure of said system, comprise the developing engine 100 and the execution machine 200 that are connected, developing engine 100 comprises the algoritic module storehouse 110 of storage intelligent algorithm module, the configuration module library 120 of storage sets morphotype piece, human-computer interaction interface 130, collector 140, and control module 150, human-computer interaction interface 130 comprises with the user and carries out the mutual editing interface of edit file 131, carry out the mutual configuration interface 132 of configuration info with the user, and the command input interface 133 of reception user operational order, intelligent algorithm module id and conventional algorithm executable code that configuration interface 132 comprises in the described algoritic module storehouse identify accordingly, above-mentioned configuration info comprises the relation between the above-mentioned intelligent algorithm module id, relation between above-mentioned sign and the above-mentioned intelligent algorithm module id, and at least a in the relation between the above-mentioned sign, the aforesaid operations instruction comprises the algorithm selection instruction, the algorithm edit instruction, algorithm is held instruction, the algorithm compiler directive, configuration selection instruction, and configuration compiler directive;
Receive the above-mentioned algorithm edit instruction of user's input in command input interface 133 after, corresponding intelligent algorithm module is edited;
After the above-mentioned algorithm that command input interface 133 receives user input is held instruction, with the intelligent algorithm module stores behind the editor to algoritic module storehouse 110;
Receive the above-mentioned algorithm compiler directive of user's input in command input interface 133 after, obtain corresponding intelligent algorithm module from algoritic module storehouse 110, control collector 140 becomes the intelligent algorithm executable code to be handed down to execution machine 200 so that execution machine 200 is stored and/or called the intelligent algorithm module compiles that gets access to;
Receive the above-mentioned configuration selection instruction of user's input in command input interface 133 after, call corresponding configuration module from configuration module library 120, and indication configuration interface 132 presents the algoritic module configuration mode that above-mentioned configuration module is stored;
Receive the above-mentioned configuration compiler directive of user's input in command input interface 133 after, obtain configuration info from configuration interface 132, control collector 140 is compiled into file destination with above-mentioned configuration info and is handed down to execution machine 200, so that execution machine 200 is stored above-mentioned file destination, and/or calls corresponding intelligent algorithm executable code and/or conventional algorithm executable code according to above-mentioned file destination.
Wherein, the intelligent algorithm module after the algoritic module storehouse 110 that is used for storage intelligent algorithm module comprises sky intelligent algorithm module and editor and preserves.Therefore, the user can call an empty intelligent algorithm module by the application demand of industry spot, and oneself writes intelligent algorithm, and the intelligent algorithm module after editor's preservation can be reused; In addition, the user can also call the intelligent algorithm module after editor preserves, and the intelligent algorithm module is made amendment to be suitable for the variation of industry spot.
Comprise the sign of intelligent algorithm module in the algoritic module storehouse and the conventional algorithm module id that system provides on the configuration interface 132, the user can carry out configuration with intelligent algorithm module and conventional algorithm module according to the application demand algorithm configuration modes that 132 use configuration modules provide at the configuration interface of industry spot.
Need to prove that in actual applications, the intelligent algorithm that the user edits can directly be handed down to the execution machine after compiling, the execution machine is carried out the intelligent algorithm executable code immediately; The intelligent algorithm that the user edits can directly be handed down to the execution machine after compiling, the execution machine calls corresponding intelligent algorithm executable code and/or conventional algorithm executable code according to above-mentioned file destination, carries out intelligent algorithm immediately; The intelligent algorithm that the user edits is handed down to the execution machine after compiling, the execution machine is stored the intelligent algorithm executable code, do not carry out the intelligent algorithm executable code immediately, when the user needed execution algorithm, the execution machine was directly carried out the intelligent algorithm executable code of storage; The intelligent algorithm that the user edits is handed down to the execution machine after compiling, the execution machine is stored the intelligent algorithm executable code, do not carry out the intelligent algorithm executable code immediately, when the user needs execution algorithm, call corresponding intelligent algorithm executable code and/or conventional algorithm executable code according to above-mentioned file destination, those skilled in the art can select said method flexibly according to actual conditions.
By technique scheme as can be seen, intelligent algorithm disposal system of the present invention adopts double-deck hardware configuration, developing engine and execution machine are provided, editor and the translation and compiling environment of the intelligent algorithm code that developing engine is provided convenience for the user, the user can write intelligent algorithm by the application demand of industry spot, and each intelligent object can be reused and be revised after writing preservation, has avoided the drawback of a large amount of code rewritings.
Further, the conventional algorithm module that the user can provide intelligent algorithm module and system at the configuration interface is carried out configuration, make conventional algorithm module that intelligent algorithm module and system provide in the industry spot application that cooperatively interacts, thereby more effectively improve advanced intelligent algorithm application power in practice.
Fig. 3 shows the another kind of structure of developing engine 100 in the system, and is similar with developing engine 100 structures in the said system, comprises algoritic module storehouse 110, configuration module library 120, human-computer interaction interface 130, collector 140, and control module 150; Wherein human-computer interaction interface 130 comprises editing interface 131, configuration interface 132 and command input interface 133, and function and each component function of the developing engine in the said system of above-mentioned each parts are similar.
For further optimisation technique scheme, editing interface 131 is linked to each other with algoritic module storehouse 110, collector 140 respectively, configuration interface 132 links to each other with configuration module library 120, collector 140 respectively;
After control module 150 received the above-mentioned algorithm selection instruction of user's input in command input interface 133, control editing interface 131 obtained corresponding intelligent algorithm module from algoritic module storehouse 110, presented by editing interface 131;
After control module 150 receives the above-mentioned algorithm compiler directive of user's input in command input interface 133, obtain intelligent algorithm module behind the editor from editing interface 131, control collector 140 becomes the intelligent algorithm executable code to be handed down to execution machine 200 so that execution machine 200 is stored and/or called the intelligent algorithm module compiles that gets access to;
After control module 150 received the configuration selection instruction of user's input in command input interface 133, corresponding configuration module was called at control configuration interface 132 from configuration module library 120, presented by configuration interface 132;
After control module 150 receives the above-mentioned configuration compiler directive of user's input in command input interface 133, obtain configuration info from configuration interface 132, control collector 140 is compiled into file destination with above-mentioned configuration info and is handed down to execution machine 200, so that execution machine 200 is stored above-mentioned file destination, and/or calls corresponding intelligent algorithm executable code and/or conventional algorithm executable code according to above-mentioned file destination.
Fig. 4 shows the third structure of developing engine 100 in the system, and is similar with developing engine 100 structures in the said system, comprises algoritic module storehouse 110, configuration module library 120, human-computer interaction interface 130, collector 140, and control module 150; Wherein human-computer interaction interface 130 comprises editing interface 131, configuration interface 132 and command input interface 133, and function and each component function of the developing engine in the said system of above-mentioned each parts are similar.
For further optimisation technique scheme, collector 140 is linked to each other with algoritic module storehouse 110;
After control module 150 receives the above-mentioned algorithm compiler directive of user's input in command input interface 133, control collector 140 is obtained the intelligent algorithm module from algoritic module storehouse 110, and control collector 140 becomes the intelligent algorithm executable code to be handed down to execution machine 200 so that execution machine 200 is stored and/or called the intelligent algorithm module compiles that gets access to.
Fig. 5 shows a kind of structure of execution machine 200 in the said system, and execution machine 200 has controller 210, and controller 210 comprises:
Executable code storage unit 211 is used for the above-mentioned intelligent algorithm executable code of storage and conventional algorithm executable code;
File destination storage unit 212 is used for the described file destination of storage;
Processor 213, link to each other with file destination storage unit 212 with executable code storage unit 211 respectively, be used for calling above-mentioned intelligent algorithm executable code, perhaps call corresponding intelligent algorithm executable code and/or conventional algorithm executable code according to above-mentioned file destination.
With reference to figure 6, execution machine 200 also has serial port board 220, from controller 230, and from serial port board 240; Controller 210 links to each other with described serial port board 220; From controller 230 with link to each other from serial port board 240.The execution machine adopts from controller and reaches from serial port board in order to guarantee the reliability of system.
With reference to figure 7-9, execution machine 200 also comprises I/O passage 400, and the I/O passage is used for the collection of field data, be connected with field apparatus 500 by hardwire, its with serial port board 200, reach and link to each other from serial port board 240.
I/O passage 400 comprises analog quantity IO channel 410 and digital input and output channel 420.
In order further to optimize technique scheme, developing engine 100 is joined the Ethernet network interface and is connected execution machine 200, controller 210, serial port board 220, from controller 230, and all adopt blade type fastener structure from serial port board 240, to make things convenient for renewal and the upgrading of execution machine and I/O passage.
Another object of the present invention is to provide a kind of intelligent algorithm disposal route, this method is based on the intelligent algorithm disposal system, above-mentioned intelligent algorithm disposal system comprises developing engine and the execution machine that is connected, developing engine comprises the algoritic module storehouse of control module, collector storage intelligent algorithm module, and the configuration module library of storage sets morphotype piece, said method comprises:
After receiving the algorithm selection instruction of user input, above-mentioned control module is from the corresponding intelligent algorithm module of algoritic module library call, and offers described human-computer interaction interface and present;
Behind the algorithm edit instruction that receives user's input, corresponding intelligent algorithm module is edited;
After the algorithm that receives user's input was held instruction, the intelligent algorithm module stores after above-mentioned control module will be edited was to above-mentioned algoritic module storehouse;
Behind the above-mentioned algorithm compiler directive that receives user's input, obtain corresponding intelligent algorithm module from above-mentioned algoritic module storehouse, control above-mentioned collector and become the intelligent algorithm executable code to be handed down to above-mentioned execution machine so that above-mentioned execution machine is stored and/or called the intelligent algorithm module compiles that gets access to;
Receive the configuration selection instruction of user input at the mentioned order input interface after, call corresponding configuration module from the configuration module library, and offer described human-computer interaction interface and present;
Receive the configuration compiler directive of user's input at the mentioned order input interface after, obtain configuration info from above-mentioned configuration interface, controlling above-mentioned collector compiles above-mentioned configuration info, and will compile the file destination that generates and be handed down to above-mentioned execution machine by above-mentioned, above-mentioned configuration info comprises the relation between the above-mentioned intelligent algorithm module id, relation between above-mentioned sign and the above-mentioned intelligent algorithm module id, and at least a in the relation between the above-mentioned sign, so that above-mentioned execution machine calls corresponding intelligent algorithm executable code and/or conventional algorithm executable code according to above-mentioned file destination.
Of the present inventionly also provide a kind of intelligent algorithm disposal route, this method is based on the intelligent algorithm disposal system, and above-mentioned intelligent algorithm disposal system comprises developing engine and the execution machine that is connected;
Above-mentioned execution machine comprises and stores the conventional algorithm executable code and from the intelligent algorithm executable code of above-mentioned developing engine, storage is from the file destination storage unit of the file destination of above-mentioned developing engine, and processor;
Above-mentioned intelligent algorithm executable code is formed the intelligent algorithm module compiles after editing by the algorithm compiler directive of above-mentioned developing engine according to user's input, and the intelligent algorithm module behind the above-mentioned editor is formed intelligent algorithm module editor by the algorithm edit instruction of above-mentioned developing engine according to user's input;
Compiling forms above-mentioned file destination according to configuration info by above-mentioned developing engine, above-mentioned configuration info comprises the relation between the above-mentioned intelligent algorithm module id, the above-mentioned conventional algorithm executable code relation between corresponding sign and the above-mentioned intelligent algorithm module id in above-mentioned developing engine, and at least a in the relation between the above-mentioned sign;
Said method comprises:
Call above-mentioned intelligent algorithm executable code, perhaps call corresponding intelligent algorithm executable code and/or conventional algorithm executable code according to above-mentioned file destination.
To the above-mentioned explanation of the disclosed embodiments, make this area professional and technical personnel can realize or use the present invention.Multiple modification to these embodiment will be apparent concerning those skilled in the art, and defined General Principle can realize under the situation that does not break away from the spirit or scope of the present invention in other embodiments herein.Therefore, the present invention will can not be restricted to these embodiment shown in this article, but will meet the wideest scope consistent with principle disclosed herein and features of novelty.
Claims (8)
1. an intelligent algorithm disposal system that is used for commercial production control is characterized in that, comprises the developing engine and the execution machine that are connected;
Described developing engine comprises control module, collector, human-computer interaction interface, the algoritic module storehouse of storage intelligent algorithm module, and the configuration module library of storage sets morphotype piece, described human-computer interaction interface comprises with the user and carries out the mutual editing interface of edit file, carry out the mutual configuration interface of configuration info with the user, and the command input interface of reception user operational order, intelligent algorithm module id and conventional algorithm executable code that described configuration interface comprises in the described algoritic module storehouse identify accordingly, described configuration info comprises the relation between the described intelligent algorithm module id, described conventional algorithm executable code is the relation between corresponding sign and the described intelligent algorithm module id in described developing engine, described operational order comprises the algorithm selection instruction, the algorithm edit instruction, algorithm is held instruction, the algorithm compiler directive, configuration selection instruction, and configuration compiler directive;
After described control module receives the described algorithm selection instruction of user input in described command input interface, from the corresponding intelligent algorithm module of described algoritic module library call, and offer editing interface and present;
Receive the algorithm edit instruction of user's input in described command input interface after, corresponding intelligent algorithm module is edited;
After the described algorithm that described command input interface receives user input is held instruction, with the intelligent algorithm module stores behind the editor to described algoritic module storehouse;
Receive the described algorithm compiler directive of user's input in described command input interface after, obtain corresponding intelligent algorithm module from described algoritic module storehouse, control described collector and become the intelligent algorithm executable code to be handed down to described execution machine so that described execution machine is stored and/or called the intelligent algorithm module compiles that gets access to;
Receive the described configuration selection instruction of user's input in described command input interface after, call corresponding configuration module from described configuration module library, and indication configuration interface presents the algoritic module configuration mode that described configuration module is stored;
Receive the described configuration compiler directive of user's input in described command input interface after, obtain configuration info from described configuration interface, controlling described collector is compiled into file destination with described configuration info and is handed down to described execution machine, so that described execution machine is stored described file destination, and/or call corresponding intelligent algorithm executable code and/or conventional algorithm executable code according to described file destination;
Described execution facility have controller, and described controller comprises:
The executable code storage unit is used for the described intelligent algorithm executable code of storage and conventional algorithm executable code;
The file destination storage unit is used for the described file destination of storage;
Processor, link to each other with described file destination storage unit with described executable code storage unit respectively, be used for calling described intelligent algorithm executable code, perhaps call corresponding intelligent algorithm executable code and/or conventional algorithm executable code according to described file destination.
2. the system as claimed in claim 1 is characterized in that, described execution machine also has serial port board, from controller, and from serial port board;
Described controller links to each other with described serial port board;
Describedly link to each other from serial port board with described from controller.
3. system as claimed in claim 2 is characterized in that, described execution machine also comprises the I/O passage, and it reaches with described serial port board and links to each other from serial port board.
4. system as claimed in claim 3 is characterized in that, described I/O passage comprises analog quantity IO channel and digital input and output channel.
5. system as claimed in claim 4 is characterized in that, described I/O passage is connected with field apparatus by hardwire.
6. system as claimed in claim 5 is characterized in that, described developing engine is joined the Ethernet network interface and connected described execution machine.
7. as each described system of claim 2-6, it is characterized in that, described controller, serial port board, from controller, and all adopt blade type fastener structure from serial port board.
8. one kind is used for the intelligent algorithm disposal route that industrial processes are controlled, it is characterized in that, based on the intelligent algorithm disposal system, described intelligent algorithm disposal system comprises developing engine and the execution machine that is connected, described developing engine comprises control module, collector, human-computer interaction interface, the algoritic module storehouse of storage intelligent algorithm module, and the configuration module library of storage sets morphotype piece, wherein, described human-computer interaction interface comprises with the user and carries out the mutual editing interface of edit file, carry out the mutual configuration interface of configuration info with the user, and the command input interface of reception user operational order, intelligent algorithm module id and conventional algorithm executable code that described configuration interface comprises in the described algoritic module storehouse identify accordingly, and described method comprises:
After receiving the algorithm selection instruction of user input, described control module is from the corresponding intelligent algorithm module of algoritic module library call, and offers described human-computer interaction interface and present;
Behind the algorithm edit instruction that receives user's input, corresponding intelligent algorithm module is edited;
After the algorithm that receives user's input was held instruction, the intelligent algorithm module stores after described control module will be edited was to described algoritic module storehouse;
Behind the algorithm compiler directive that receives user's input, obtain corresponding intelligent algorithm module from described algoritic module storehouse, control described collector and become the intelligent algorithm executable code to be handed down to described execution machine so that described execution machine is stored and/or called the intelligent algorithm module compiles that gets access to;
Receive the configuration selection instruction of user input in command input interface after, call corresponding configuration module from the configuration module library, and offer described human-computer interaction interface and present;
Receive the configuration compiler directive of user's input in described command input interface after, obtain configuration info from described configuration interface, controlling described collector compiles described configuration info, and the file destination that will compile generation is handed down to described execution machine, described configuration info comprises the relation between the described intelligent algorithm module id, described conventional algorithm executable code is the relation between corresponding sign and the described intelligent algorithm module id in described developing engine, so that described execution machine calls corresponding intelligent algorithm executable code and/or conventional algorithm executable code according to described file destination;
Described execution machine comprises and stores the conventional algorithm executable code and from the executable code storage unit of the intelligent algorithm executable code of described developing engine, storage is from the file destination storage unit of the file destination of described developing engine, and processor;
Described intelligent algorithm executable code is formed the intelligent algorithm module compiles after editing by the algorithm compiler directive of described developing engine according to user's input, and the intelligent algorithm module behind the described editor is formed intelligent algorithm module editor by the algorithm edit instruction of described developing engine according to user's input;
Described file destination is formed according to configuration info compiling by described developing engine, and described configuration info comprises the relation between the described intelligent algorithm module id, the described conventional algorithm executable code relation between corresponding sign and the described intelligent algorithm module id in described developing engine;
Described method comprises:
Call described intelligent algorithm executable code, perhaps call corresponding intelligent algorithm executable code and/or conventional algorithm executable code according to described file destination.
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| CN106846943A (en) * | 2017-03-21 | 2017-06-13 | 深圳市奈瑞特科学技术有限公司 | Experiment teaching system and method that instrument operation logic is embodied |
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