The Software Platform Of Electronic Biology Support Training System

With the rapid development of control science,computer technology,microelectronics technology and neuroscience,neural interface has become one of the research hotspots in the scientific community today.As a product of an interdisciplinary,multi-domain,and highly-integrated comprehensive subject technology,the brain-computer interface represents not only the detection of the comprehensive application of microelectronic components,but also the exploration of organisms from perception to control.The neural interface serves as a channel for information perception and interaction between the organism's nervous system and the external environment.It has important research value for the physiological mechanism of postgraduate object nerve cells,monitoring and analyzing the movement behavior of the organism,and controlling the organism to complete specific tasks.And meaning.At present,most of the neural interface operations applied to biological robots do not have a multi-functional,cross-platform,and easy-to-operate scientific research auxiliary research platform.Mostly through a single operation,simple settings.For example,the lack of a multi-channel neural acquisition and display module makes it impossible to make informed evaluations of the effects of specific stimuli on organisms;the lack of analysis of experimental data,which lacks data support for evaluation and analysis of experimental results;The collection cable limits the range of movement of the organism and increases the difficulty of data transmission.These make technical barriers to studying neural interfaces.Not conducive to subsequent research.This paper designs and implements a scientific experiment and auxiliary software platform based on neural interface.Through the configuration and operation of the platform,we can realize wireless two-way communication of neural interface.Provide platform operation and data support for the exploration of neural interface related technologies and the presentation of research conclusions.At the same time,the support platform built in this paper can meet most experimental needs,including signal acquisition,behavior video monitoring,behavior control,remote positioning,gesture display,etc.It has the consistency of operation and the universality of experimental objects.Satisfying these needs provides technical support for exploring the coding mechanism between neural signals and cognition,and the organism's cerebral cortex.In actual tests,pigeons are used as experimental objects.In the course of the experiment,through the combination of hardware devices,the support platform worked well,and generally met the overall design requirements.