Two desynchronous parametrically excited chaos pendulums demonstrate a type of hyperchaotic behavior. This paper presents a periodic feedback scheme to synchronize the two pendulum subsystems. The synchronization principle is investigated. Feedback control parameters are discussed. The synchronous p
Chaos of a parametrically excited undamped pendulum
β Scribed by Chunqing Lu
- Publisher
- Elsevier Science
- Year
- 2007
- Tongue
- English
- Weight
- 233 KB
- Volume
- 12
- Category
- Article
- ISSN
- 1007-5704
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β¦ Synopsis
The shooting method is applied to prove that a pendulum with oscillatory forcing makes chaotic motions for certain parameters. The method is more intuitive than using the Poincare' map and provides more information about when the chaos occurs. It proves that more chaotic solutions exit.
π SIMILAR VOLUMES
The shooting method is applied to prove that a pendulum with oscillatory forcing makes chaotic motions for certain parameters. The method is more intuitive than an using the PoincareΓ map and provides more information about when the chaos occurs. It proves that more chaotic solutions exit.
In this paper, an iterate parameter estimation scheme based on chaos feedback synchronization is applied for parametrically excited pendulums. The response pendulum can exactly reproduce the system parameters and bifurcation diagram of the drive pendulum, thus allowing two chaotic pendulums to be sy