Titlebook: Advances in Swarm Intelligence, Part II; Second International Ying Tan,Yuhui Shi,Guoyin Wang Conference proceedings 2011 Springer-Verlag Gm

絕種

樹(shù)膠

A Modified Multi-objective Binary Particle Swarm Optimization Algorithm of them can be used to tackle binary-coded problems. In this paper, a novel modified multi-objective binary PSO (MMBPSO) algorithm is proposed for the better multi-objective optimization performance. A modified updating strategy is developed which is simpler and easier to implement compared with st

流利圓滑

Improved Multiobjective Particle Swarm Optimization for Environmental/Economic Dispatch Problem in P. Population space evolves with the improved particle swarm optimization strategy. Three kinds of knowledge in belief space, named situational, normative and history knowledge are redefined respectively to accordance with the solution of multi-objective problem. The results of standard test systems

親屬

吝嗇性

胖人手藝好

A Multi-Objective Binary Harmony Search Algorithm the research of multi-objectives HS just begins and no work on binary multi-objectives HS has been reported. This paper presents a multi-objective binary harmony search algorithm (MBHS) for tackling binary-coded multi-objective optimization problems. A modified pitch adjustment operator is used to

宮殿般

A Self-organized Approach to Collaborative Handling of Multi-robot Systemson planning graph (AMP-graph) is described for individual movement representations. An individual autonomous motion rule (IAM-rule) based on “free-loose” and “well-distributed load-bearing” preferences is presented. By establishing the simple and effective individual rule model, an ideal handling fo

尾隨

An Enhanced Formation of Multi-robot Based on A* Algorithm for Data Relay Transmissionsor and compass sensor to execute the tasks of distance measurement, communication and obtaining moving direction. Since there exists data disturbance from Nanotron sensor when there is an obstacle between two robots. Therefore, we embed path planning algorithm information control. The leader robot

過(guò)濾

WPAN Communication Distance Expansion Method Based on Multi-robot Cooperation Navigationntion and interest in industry and academia. Furthermore, the development of intelligent robots is strongly promoted as a strategic industry. To date, most of the practical and commercial service robots are controlled remotely. The most important technical issue of remote control is wireless communi

釘牢

Relative State Modeling Based Distributed Receding Horizon Formation Control of Multiple Robot Systemost all receding horizon formation control (RHFC) algorithms. One of them is the huge computational burden due to the complicated nonlinear dynamical optimization, and the other is that most RHFC algorithms use the absolute states directly while relative states between two robots are more accurate