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A knowledge map-driven intelligent hardware control method
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A technology of intelligent hardware and knowledge graph, applied in the direction of program control, computer control, general control system, etc., can solve the problems of data transmission and command control prone to errors, complex and changeable functions of intelligent hardware system, and complicated procedures.
Active Publication Date: 2019-07-19
海乂知信息科技(南京)有限公司
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However, in terms of control methods, in order to make the smart hardware have more functions, it is necessary to write control codes, which will lead to very complicated programs and cumbersome work; in addition, basic smart hardware systems and third-party cloud platforms The structure of the gateway connected between them is relatively complicated, and the system functions of its intelligent hardware are even more complex and changeable during programming, resulting in more errors in data transmission and command control.
In general, the current hardware control method is more complicated and less intelligent
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Embodiment 1
[0063] Example 1: Light up led1
[0064] For the generation and push of the map signaling, for this embodiment, the implementation function is an example of turning on the led1 light.
[0065] Function: LED1 light is turned on, implementation rule: led1 light is turned on.
[0066] The result of the signaling is: [″F03″, [″led1″], []], the push method uses the network server to push the main program design of the smart terminal, according to the design steps, the details are as follows (take the arduino code as an example):
[0067]
[0068]
Embodiment 2
[0069] Example 2: led1 light blinks:
[0070] On this basis, a new function can be added through the rules, that is, the led1 light blinks (period is 1 second). Because the knowledge graph construction is the same as the previous function, it only starts from the generation and push of the second part of the graph signaling. For For this function, we can define the following rules:
[0071] Function: LED1 flashing cycle 1 second Implementation rules: LED1 light is on, wait for 1 second, led1 light is off, wait for 1 second
[0072] The map information generation and push module generates the following signaling according to the rules:
[0075] After the signaling is generated, it is sent to the main loop module in the main control program, and the information is executed sequentially, then the blinking function of led1 with a period of 1 second can be realized.
Embodiment 3
[0076] Example 3: Example of temperature collection and temperature display:
[0077] Give another example of collecting temperature and displaying the temperature on the LCD:
[0078] Because the construction of the knowledge map is the same as the previous function, it only starts from the generation and push of the second part of the map signaling. For this function, the following rules can be defined:
[0080] The map information generation and push module generates the following signaling according to the rules:
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Abstract
The invention discloses a knowledge graph driven intelligent hardware control method, belongs to the technical field of hardware intelligent control, and aims at solving the problems of low intellectualization and complex control mode of the hardware control mode in the prior art. The method concretely comprises the following steps: generation of an intelligent hardware knowledge graph: generation of the intelligent hardware knowledge graph is mainly according to the functional module of the intelligent hardware and the corresponding module function, i.e. the structure in the intelligent hardware circuit is expressed by semantics; graph signaling generation and push design: graph signaling generation is the process of producing the signaling structure from the function rules in the graph; and push of graph signaling is that the signaling is pushed to the intelligent hardware terminal when the data in the graph signaling change so as to update the operation state of the terminal; and intelligent hardware terminal design: the step of intelligent hardware terminal design includes hardware circuit construction of the terminal and control main program compiling of the terminal.
Description
technical field [0001] The invention specifically relates to an intelligent hardware control method driven by a knowledge map, and belongs to the technical field of intelligent control of hardware. Background technique [0002] Smart hardware is a technological concept after the smart phone. Through the combination of software and hardware, traditional devices are transformed to make them smart. At present, intelligent hardware control modes are mainly divided into two categories, one is direct control by intelligent controlsoftware, and the other is networked control based on services provided by third-party cloud platforms. [0003] For the first category, the intelligent control software controls the hardware circuit through Wifi, Bluetooth, ZigBee and other wireless or wired methods. Its control method is mainly to realize the automatic control of the hardware circuit according to the written program, such as the temperature control in the smart greenhouse, that is, wh...
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