Optional control method for multi-channel controller

Abstract

The invention provides an optional control method for a multi-channel controller. The method comprises the steps that 1 data acquiring: a discriminant model is checked, and then data are acquired froman input end; 2 pattern identifying: the discriminant model is used to perform pattern recognition on the acquired data to acquire the applicable probability values of multiple channels, and the channel with the highest applicable probability value is selected as a selected channel; 3 signal transmission: the selected channel signal is turned on, and then the acquired data are sent to a controller in the selected channel; and 4 control complete: the controller in the selected channel carries out controlling based on the acquired data. According to the invention, effective switching of different package controllers for different actual situations is effectively realized based on the optional control system of the multi-channel controller; the degree of automation is guaranteed; possible unnecessary calculation waste is greatly avoided; and a solid foundation is laid for high speed intelligentialization.

Description

Technical field [0001] The invention relates to an optional control method of a multi-channel controller. Background technique [0002] In the prior art, for any type of equipment, there are often multiple control algorithms in specific control, and different control algorithms often have different performances for different actual situations. Therefore, in fact, the optimal control scheme should be for different In actual situations, different control algorithms are used, but generally speaking, highly optimized control algorithms are packaged in controllers by specialized vendors. There is no ready-made solution in the prior art to apply multiple packaged controllers to different controllers. The actual situation. [0003] In response to this situation, the company has developed an optional control system for multiple controllers (an additional patent has been applied for), but there is no corresponding control method in the prior art. Summary of the invention [0004] In order ...

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Problems solved by technology

[0002] In the prior art, for any kind of equipment, there are often multiple control algorithms in specific control, and different control algorithms often have different performances for different actual situations, so in fact the optimal control scheme should be for different Different control algorithms are used in actual situations, but in general, highly optimized control algorithms are packaged in controllers by specialized vendors, and there is no ready-made solution in the prior art to apply multiple packaged controllers to different The actual situation

[0003] In response to this situation, our company has developed a control system with optional multi-channel controllers (a patent has been applied for separately), but there is no corresponding control method in the prior art

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