Nonlinear Systems / G. Bastin2 Intelligent Systems / Networks Research Group / /
Country
Belgium / / /
Facility
Prentice Hall / Imperial College / /
IndustryTerm
compartmental network systems / Cooperative irreducible systems / quasimonotone systems / order congestion indication s1 network / cooperative systems / Internet users / Internet congestion control / communication network / congestion control law / communication networks / decentralised control algorithm / congestion control algorithm / additive increase multiplicative decrease control algorithm / packet-switched communication networks / congestion control algorithms / /
Organization
Operational Research Society / Belgian Federal Science Policy Office / Imperial College / Centre for Systems Engineering and Applied Mechanics / US Federal Reserve / Stanford / /
Person
Cr / Ai / Hong-Yong Yang / Yu-Ping Tian / Hassan K. Khalil / /
Position
author / E2E controller / controller / /
Technology
fluid dynamics / congestion control algorithms / congestion control algorithm / additive increase multiplicative decrease control algorithm / decentralised control algorithm / packet-switched / /
Singular perturbation analysis of an additive increase multiplicative decrease control algorithm under time-varying buffering delays.? V. Guffens1 and G. Bastin2 Intelligent Systems and Networks Research Group (ISN), Imp