AI intelligent visual control language integration system

Abstract

The invention provides an AI intelligent visual control language integration system. The system comprises a controller core and matched language organization software; in order to be compatiable withvarious controllers, a corresponding controller core definition is designed for processors on different controllers; in the core definition of the controller, a corresponding compiler is selected corresponding to the characteristics of a hard processor and the controller, and the compiler translates the characteristics of the processor, a processor instruction set, a memory control unit, an inputor output control unit, a communication control unit and a busbar array unit in a development program language to generate a machine code compatible with the processor; the language body is a plurality of concrete graphical unit symbols called as a cell control language, and each cell has a program function represented by the cell, so that a developer does not need to know how to write the programfunction and only needs to combine the cells of the required program function, and the problem of difficult development is solved.

Description

technical field [0001] The present invention relates to the field of AI artificial intelligence control, AIoT smart Internet of Things, cloud data management platform, building intelligent control field, industrial integrated control field and automation control field, and specifically relates to a kind of controller based on artificial intelligence intelligence compatible with various controllers. Visual rapid development language system. Background technique [0002] With the rapid development of AI (artificial intelligence) and cloud data control and management platforms, the control system continues to grow, especially the popularity of AIoT (artificial intelligence Internet of Things), the bottom layer has unit control, decentralized control, edge control, etc., system integration Applications include: smart homes, smart buildings, smart parking lots, smart communities, urban smart pipe corridors, etc. The bottom layer is nothing more than a sensor for information data ...

AI Technical Summary

Problems solved by technology

[0003] The development of these edge, unit controllers or collectors inevitably requires the use of processors. The current development method is nothing more than writing control programs in high-level computer languages ​​such as C, C#, and BASIC, and downloading after compiling with a compiler corresponding to the processor hardware. It proves that, of course, it is more efficient to use a low-end language such as assembly language (Assembly); but the process is complex and requires a considerable understanding of processor hardware, and the lower the level of language development, the higher the technical threshold for developers. Not only programming, debugging will cause lengthy development time

[0004] Management system or management platform, in order to solve the problem of horizontal cross-system and cross-platform information islands, it is necessary to convert and obtain data information through the edge, unit controller or collector to achieve management purposes; in the past, it was always necessary for different hardware or platforms, However, because the underlying data comes from different hardware and the data in various hardware is opaque, such software planning and architecture design is often time-consuming and labor-intensive, and has become one of the culprits for the complexity and cost of software development.

[0005] In the process of integrating the control system into the local or cloud management platform, the path must be converted from physical conditions to electrical signals by the underlying sensors, and converted into digital information by the collector. This process is called digitization, and then the management platform determines the control After the purpose, give instructions to the controller and control actuators, such as: valves, robotic arms, etc., to achieve the control purpose. The process conversion and process communication transmission are often time-consuming and have the risk of distortion. The current development language of the controller It is impossible to automatically make judgments in a manner similar to artificial intelligence (AI: artificial intelligence), and often requires customized conditions to trigger control actions, resulting in the development process having to simulate all possible conditions and write them as complex controls procedures, otherwise the corresponding control requirements cannot be made

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