Network Bandwidth Allocation Based on Generalized Particle Model and Price and Demands Dynamic Modulating

This paper presents a new generalized particle model approach of price and demands dynamic modulating for network bandwidth allocation. The approach transforms the complicated network bandwidth allocation problem into the kinematics and dynamics of numerous link particles in force-field. The generalized particle model approach of dynamically modulating price and demands is featured by the powerful processing ability under complex environment, the market mechanism between the demands and service, and better adapting ability to the real time variation of network environment. Finally, we demonstrate the corresponding parallel algorithm and its simulations on bandwidth allocation