CAJ | 학술논문

在研究Chen系统的基础上，通过增加两个状态环节，新构建了一个五维混沌系统．提出了基于Mathmatic环境下的模型仿真以及EWB电路仿真软件下的电路设计过程．并对该五维系统采取了自适应反馈控制，有效地控制了系统的混沌．从理论分析、数学计算以及模拟电路实现等方面，分析该系统的基本动力学行为，并证实它具有一定的实用价值．
재연구Chen계통적기출상，통과증가량개상태배절，신구건료일개오유혼돈계통．제출료기우Mathmatic배경하적모형방진이급EWB전로방진연건하적전로설계과정．병대해오유계통채취료자괄응반궤공제，유효지공제료계통적혼돈．종이론분석、수학계산이급모의전로실현등방면，분석해계통적기본동역학행위，병증실타구유일정적실용개치．
Based on the study of Chen systems, a new fifth dimensional chaotic system was built by adding two control links. It introduced model simulation under Mathmatic condition and the circuit designing process under EWB condition. It used the feedback system to control the frith dimension system and effectively controlled the system of chaos. The basic dynamic behaviors of the system were studied with theoretical analysis, mathematical calculation and simulation circuit implementation. Some certain practical value has been confirmed.