Taming Chaos Generator by Higher Frequency Periodic Signals
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概要
- 論文の詳細を見る
In this paper we study effects of higher frequency periodic signals in a Chaotic Pulse-train Generator which is a simplified system of the integrate-fine models. We show that certain higher frequency periodic signals can tame chaotic behavior: roughly speaking. the higher frequency signals discretize the state space of the system and then the system generate only periodic signals. We give some analytical results on the behavior of the system for wider parameter values than our previous works.
- 社団法人電子情報通信学会の論文
- 1998-02-06
著者
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Saito Toshimichi
Eee Dept. Hosei University
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Torikai Hiroyuki
Eee Dept. Hosei University
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Saito Toshimichi
Eee Dept. Hosei Univ.
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Torikai Hiroyuki
Eee Dept. Hosei Univ.
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Torikai Hiroyuki
EEE Dept., HOSEI University
関連論文
- Intermittently Coupled Capacitor and Chaotic Synchronization
- Rotation Map with a Controlling Segment : Basic Analysis and Application to A/D Converters
- Analysis of chaotic oscillator with periodic perturbation
- Taming Chaos Generator by Higher Frequency Periodic Signals
- Intermittently Coupled Capacitor and Chaotic Synchronization
- Taming Chaos Generator by Higher Frequency Periodic Signals
- COMMUNICATION WITH A CHAOTIC PULSE-TRAIN GENERATOR