WCDMA teletraffic performance improvement via power resource optimization using distributed parallel genetic algorithm

• Main Authors: Prajindra S.K., Tiong S.K., Johnny Koh S.P., Yap D.F.W.
• Other Authors: 36053261400
• Format: Conference paper
• Published: Oficyna Wydawnicza Politechniki Wroclawskiej 2023
• Subjects: Adaptive Beam Forming; Genetic Algorithm; Microcontroller; WCDMA; Algorithms; Antennas; Beamforming; Controllers; Medical applications; Microcontrollers; Mobile telecommunication systems; Multimedia services; Outages; Quality of service; Radio broadcasting; Resource allocation; Adaptive beam-forming; Beamforming technique; Differentiated quality of services; Microcontroller boards; Microcontroller systems; Parallel genetic algorithms; Power resource managements; Genetic algorithms

WCDMA mobile communication systems provide enhanced high-speed data, multimedia, and voice services to mobile users. The integration of such heterogeneous traffic types implies that the network must provide differentiated Quality of Service (QoS). Beam forming techniques have been proposed to increa...