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Phd student

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Articles | Chapters | Reports | Dissertation

1.

Wide-sense nonblocking and blocking converting-space-converting switching node architecture under XsVarSLOT algorithm / Mustafa Abdulsahib (WIiT), Wojciech Kabaciński (WIiT) // Optical Switching and Networking - 2020, vol. 37

Scientific article 40 2,786
2.

Wide-Sense Nonblocking Converting-Space- Converting Switching Node Architecture Under XsVarSWITCH Control Algorithm / Wojciech Kabaciński (WIiT), Mustafa Abdulsahib // IEEE/ACM Transactions on Networking - 2020, vol. 28, no. 4, p. 1550-1561

Scientific article 140 3,56
3.

Analiza wydajności pól komutacyjnych w architekturze WSW2 dla optycznych sieci elastycznych z ograniczoną liczbą konwerterów długości fali / Mustafa Abdulsahib (WEiT), Marek Michalski (WEiT), Wojciech Kabaciński (WEiT) // Przegląd Telekomunikacyjny - Wiadomości Telekomunikacyjne - 2019, nr 7, p. 705-708

Scientific article 5
4.

Optimization of wide-sense nonblocking elastic optical switches / Mustafa Abdulsahib (WEiT), Marek Michalski (WEiT), Wojciech Kabaciński (WEiT) // Optical Switching and Networking - 2019, vol. 33, p. 85-94

Scientific article 40 2,577
5.

Wide-sense nonblocking W-S-W node architectures for elastic optical networks / Wojciech Kabaciński (WEiT), Mustafa Abdulsahib (WEiT), Marek Michalski (WEiT) // IEICE Transactions on Communications - 2019, vol. E102-B, no. 5, p. 978-991

Scientific article 40 0,614

1.

Performance Evaluation of the WSW1 Switching Fabric Architecture with Limited Resources / Mustafa Abdulsahib, Wojciech Kabaciński (WIiT), Marek Michalski (WIiT) // W: Image Processing and Communications : Techniques, Algorithms and Applications / red. Michał Choraś, Ryszard S. Choraś - Cham, Switzerland : Springer, 2020 - p. 189-196

Chapter in monograph / paper 20
2.

Wide-Sense Nonblocking Converting-Space-Converting Switching Node Architecture under XsVarSLOT Algorithm / Mustafa Abdulsahib (WEiT), Wojciech Kabaciński (WEiT) // W: IEEE 20th International Conference on High Performance Switching and Routing (HPSR 2019): IEEE, 2019

Chapter in monograph / paper 20 20
3.

Performance evaluation of WSW2 switching fabric architecture with limited number of spectrum converters / Wojciech Kabaciński (WEiT), Mustafa Abdulsahib (WEiT), Marek Michalski (WEiT) // W: 2018 Advances in Wireless and Optical Communications (RTUWO): IEEE, 2018 - p. 124-129

Chapter in monograph / paper 20
4.

The Strict-Sense Nonblocking Elastic Optical Switch / Wojciech Kabaciński (WEiT), Marek Michalski (WEiT), Mustafa Abdulsahib (WEiT) // W: IEEE 16th International Conference on High Performance Switching and Routing (HPSR 2015), Budapest, Hungary, July 1-4, 2015: IEEE, 2015 - p. 1-6

Paper

1.

Wide-Sense Nonblocking W-S-W Node Architectures for Elastic Optical Networks - 2-Split and 3-Split Algorithms / Wojciech Kabaciński (WEiT), Mustafa Abdulsahib (WEiT), Marek Michalski (WEiT) // r519144_2017

Research report
2.

Optimization of Wide-Sense Nonblocking Elastic Optical Switches / Mustafa Abdulsahib (WEiT), Wojciech Kabaciński (WEiT), Marek Michalski (WEiT) // r513056_2017

Research report

1.

Strict-sense and Wide-sense Non-blocking W-S-W Switching Fabrics for Elastic Optical Networks / Mustafa Abdulsahib (WEiT) / prom. Wojciech Kabaciński (WEiT), Marek Michalski (WEiT), rev. Jacek Rak, Krzysztof Walkowiak - Poznań, Polska, 2019 - 125 s.

Dissertation