Teaching device with artificial intelligence technology

Abstract

The invention provides a teaching device with an artificial intelligence technology. The device comprises an artificial intelligence identification core based on an Android operation system, one or more first communication interfaces, a motion control module and a motion execution module; the first communication interfaces are electrically connected with the artificial intelligence identificationcore; the motion control module comprises a control core, the control core comprises an artificial intelligence core body and a single chip which are electrically connected with each other and is coupled to a signal socket through a photocoupling module and electrically connected with one or more second communication interfaces, and the inner core receives a signal sent by an artificial intelligence identification module; the motion execution module comprises a motion execution testing module and an industrial application testing module, and the motion execution testing module and the industrial application testing module receive control signals output by the motion control module. According to the teaching device, by arranging a large amount of hardware equipment such as stepping motors and mechanical arms, the teaching demand of the artificial intelligence technology can be met.

Description

technical field [0001] The invention relates to the field of teaching equipment, in particular, it is a teaching equipment with multi-platform and multifunctional artificial intelligence technology. Background technique [0002] However, the education system now generally believes that the teaching of artificial intelligence technology is mainly to do algorithmic programming, development and experimentation, as long as it is carried out on the computer software platform, but in actual application, it is found that the results of artificial intelligence programming still need to be compatible with hardware equipment. Adapt to use well. The international definition of artificial intelligence is also the "four dimensions" of "ability to exercise, understand, understand, and think". The teaching of artificial intelligence should combine teaching and training with software and hardware. [0003] In order to adapt to the teaching and training of artificial intelligence, teachin...

AI Technical Summary

Problems solved by technology

[0004] However, the system has the following four problems: First, the system is implemented using the architecture of tablet devices and single-chip microcomputers. Since the current tablet devices either use the WINDOW system or the ANDROID system, artificial intelligence programming on these two systems The same as on the computer software platform, it also belongs to the scope of the software environment, but in reality, there are still a large number of artificial intelligence applications that need to pursue execution efficiency and are directly implemented in embedded hardware systems, such as the artificial intelligence control of driverless cars. The algorithm is completed in embedded Linux or signal processing chip DSP, this system cannot solve the problem of using embedded devices

Second, the communication between the system as an artificial intelligence algorithm execution carrier and the motion control components such as microcontrollers only uses the USB protocol, and this single interface is difficult to meet the actual application requirements

Third, the system uses a single-chip microcomputer combined with some simple motion execution modules (such as stepping motors) to realize the motion control, which will have a big gap with the actual application. The development and testing of the system are mainly It mainly simulates the real environment, and the value of the application is limited; fourth, the system is mainly provided for engineering technology developers, and it may not be suitable for students in school

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