Code Division Multiple Access Channel Resources Allocation with Applied Token Sub-Queuing for Wireless Multi-Service Packet Switch Traffics

Senin, 26 Oktober 2020 - 03:06
Dokumen Lampiran
NoDeskripsiFilenameFilesize 
1Code Division Multiple Access Channel Resources Allocation with Applied Token Sub-Queuing for Wireless Multi-Service Packet Switch Traffics42.-susmini-indriani-l-s.t-m.t.pdf397 KB
Code Division Multiple Access Channel Resources Allocation with Applied Token Sub-Queuing for Wireless Multi-Service Packet Switch Traffics
 
 
Ketua : SUSMINI INDRIANI L S.T, M.T
Anggota : A Agusdian
Computer Engineering, Universitas Komputer Indonesia, Indonesia
School of Electrical Engineering and Informatics, Institute Teknologi Bandung, Indonesia
Email: susmini.indriani@email.unikom.ac.id
 
Abstract. The purpose of this paper is to determine the method of Channel Resources Allocation of wireless Multi-Service Packet Switch CDMA based. As it has been known, CDMA cell has a fluctuated capacity mainly due to its varying co-channel interference. The simulation is performed to shows the characteristic for Multi-Service Packet Switch traffic such combine CBR, VBR, and ABR users is applied on CDMA system. The idea is to deliver the traffics when capacity increase from assigned minimum value, by implementing Proposed Token Sub-Queue and Multi-Service Traffic Channel Resources Algorithm. In the first time, this method is aim for non-real time traffic such ABR traffic, but the simulation shows that it can be applied further to the real-time connection by prioritizing delaying the drop calls of certain agreed QoS values to re-seize into services. The simulation of proposed method shows better CDMA channel or bandwidth utilization, and suppresses drop call probability for real-time traffic.