CAJ | 학술논문

神经信息编码的研究有助于了解神经系统的工作机制。实验与理论的综合发展不断丰富着编码模式的种类，因此对编码现状进行分析探究是十分重要的。将着重阐述感受器中的编码、发放率编码与时间编码、群编码、能量编码。试图比较不同层次编码的动力学特征与各自的优缺点，从而评估它们的适用系统，找出适用范围广泛的有效的编码和解码的方法。这将对了解大脑的内部工作机制和人工智能的应用前景具有不可估量的作用和巨大的影响。
신경신식편마적연구유조우료해신경계통적공작궤제。실험여이론적종합발전불단봉부착편마모식적충류，인차대편마현상진행분석탐구시십분중요적。장착중천술감수기중적편마、발방솔편마여시간편마、군편마、능량편마。시도비교불동층차편마적동역학특정여각자적우결점，종이평고타문적괄용계통，조출괄용범위엄범적유효적편마화해마적방법。저장대료해대뇌적내부공작궤제화인공지능적응용전경구유불가고량적작용화거대적영향。
The study on neural information coding helps to understand working mechanisms of nervous systems.The comprehensive development of experiments and theories enlarges the types of coding modes,therefore it is important to clarity the state of art of neural coding.Here,receptor coding,rate and temporal coding,population coding,and neural energy coding were presented emphatically.The dynamic properties,advantages,and disadvantages of codings with different levels were compared in order to evaluate systems for which these codings were applicable,respectively and find effective methods with more widely applicable ranges for coding and decoding.The adrances in neural information coding were also studied.The study results had enormous effects on understanding working mechanisms of mankind brain and application prospects of artificial intelligence.