Fairness and utilization in multipath network flow optimization

T Ishida, K Ueda, T Yakoh - 2006 4th IEEE International …, 2006 - ieeexplore.ieee.org
Multipath routing is expected to improve the degree of control in network flow managements.
Therefore, multi-criteria designs will become indispensable for the next generation of …

[PDF][PDF] Approach to the design of robust networked control systems

M Morawski, AM Zajączkowski - 2010 - intapi.sciendo.com
The paper describes the application of the traffic engineering framework together with
application layer procedures as mechanisms for the reduction of network latency lags …

[PDF][PDF] Information Technology of Traffic Modeling Using the Ateb-Functions Theory for Improving Service Delivery in eHealth Systems and Networks.

W Auzinger, I Dronyuk, O Fedevych, Y Klishch… - IDDM, 2018 - ceur-ws.org
This work is devoted to description of developed information technology for e-Health
network traffic modeling by using Ateb-functions theory. Prediction model is built based on …

Optimal adaptive routing with efficient flapping prevention

M Morawski - Systems Science, 2006 - infona.pl
In the paper we present the results of our work on the new method of an adaptive multipath
unidirectional routing based on the Minimum Delay Routing principle. The routing problem …

[HTML][HTML] Robustness enhancement of networked control systems

M Morawski, A Zajaczkowski - Factory Automation, 2010 - intechopen.com
In the last decade we can observe a growing interest in design and implementation methods
for Networked Control Systems (NCS). Typically in an NCS, a plant is both controlled and …

Network based controller applied to a highly dynamic system

M Morawski, AM Zajączkowski - 2008 IEEE International …, 2008 - ieeexplore.ieee.org
The paper deals with the design of the real-time net-worked control system (NCS) for the
experimental magnetic levitation system (MLS) which is an example of the highly dynamic …

[引用][C] AUTONET: Autonomiczne sieci 802.11

K Bernaś, M Ulaski, M Tabakiernik, J Wierusz, J Chojak