2014.03.24 18:28
| 실적년도 | 2010 년 |
|---|---|
| 논문구분 | 국외 |
| 총저자 | Seung-Yeal Ha, Eunhe Seung-Yeal Ha |
| 학술지명 | Nonlinearity |
| 권(Vol.) | 23 |
| 호(No.) | |
| 게재년월 | 년 월 |
| Impact Factor | |
| SCI 등재 | SCI |
| 비고 |
We present a planar agent-based °ocking model with a distance-dependent
communication weight. We derive a su±cient condition for the asymptotic °ocking in terms of initial spatial and heading-angle diameters and a communication weight. For this, we employ di®erential inequalities for spatial and phase diameters together with the Lyapunov functional approach. When the diameter of agent's initial heading-angles is su±ciently small, we show that the diameter of heading-angles converges to the average value of initial heading-angles exponentially fast. As an application of °ocking estimates, we also show that the Kuramoto model with a connected communication topology on the regular lattice Zd for identical oscillators exhibits a complete phase-frequency synchronization, when coupled oscillators are initially distributed on the half circle.