CAJ | 학술논문

目的研制猕猴视觉分辨的 Go/No-Go任务行为训练自动控制系统,应用于认知神经科学、神经生理学、神经药理学、心理物理学、精神科学等实验研究.方法该系统由图形刺激器、传感器、 I/O接口卡、食物投放器、计算机及软件构成.以 Windows操作系统作为开发平台,利用功能强大的可视化开发软件 Visual C++ 6.0作为系统开发软件.在硬件设计中,引进电磁兼容技术,使系统性能更加稳定.结果本系统能精确地自动控制灵长类动物 (猕猴 )完成 Go/No-Go任务行为训练实验的全过程,从行为训练的自动控制到实验数据的自动采集,实验了猕猴 Go/No-Go任务行为训练的自动化,无需实验者直接操作,节省了科研经费和人力.结论该系统人机界面友好,利用传感器检测动物行为活动,判断准确,定时精确.
목적연제미후시각분변적 Go/No-Go임무행위훈련자동공제계통,응용우인지신경과학、신경생이학、신경약이학、심리물이학、정신과학등실험연구.방법해계통유도형자격기、전감기、 I/O접구잡、식물투방기、계산궤급연건구성.이 Windows조작계통작위개발평태,이용공능강대적가시화개발연건 Visual C++ 6.0작위계통개발연건.재경건설계중,인진전자겸용기술,사계통성능경가은정.결과본계통능정학지자동공제령장류동물 (미후 )완성 Go/No-Go임무행위훈련실험적전과정,종행위훈련적자동공제도실험수거적자동채집,실험료미후 Go/No-Go임무행위훈련적자동화,무수실험자직접조작,절성료과연경비화인력.결론해계통인궤계면우호,이용전감기검측동물행위활동,판단준학,정시정학.
Aim To prepare the adaptive control system for the training of visual discriminated Go/No-Go task and applying in the experimental studies such as cognitive neuroscience,neurophysiology,neuropharmagology,psychophysis and mental science et al.Methods This system was constituted with graph stimulator,sensor,I/O interface,food dispenser,computer and software.The Windows operating system was used as developmental platform and powerful Visual C++ 6.0 as the developing software for this system.As for the hardware designing,electromagnetism compatible technology was used for stabilizing the behavior of this system.Results This system could exactly automatically adjust the whole course of Go/No-Go task.From the autocontrol of behavioral training to automatic collection of experimental data,the automation of Go/No-Go behavioral training of rhesus macaque was realized and direct operation was not needed,which saved the expenses of scientific research and human resources.Conclusion The autocontrol system for the training of visual discriminated Go/No-Go task presents the advantages of friendly human-computer interface,accurate judgement and exact fixed-time.