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Browsing by Author "Surasee Prahmkaew"

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  • Item
    Multimedia traffic management on ATM network
    (Bangkok : Assumption University, 1998) Surasee Prahmkaew ; Chanintorn Jittawiriyanukoon
  • Item
    Multimedia traffic management on ATM network
    (Assumption University, 1998) Surasee Prahmkaew ; Chanintorn Jittawiriyanukoo, jt. auth. ; Assumption University. Vincent Mary School of Science and Technology
  • Item
    Performance evaluation of adaptive rate control (ARC) for multimedia traffic over high-networks
    (Bangkok : Assumption University, 2005) Surasee Prahmkaew ; Chanintorn Jittawiriyanukoon
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    Performance Evaluation of Adaptive Rate Control over Uncompressed High-Definition Content Transmission with Paralleled Digital Subscriber Lines
    ( 2015) Surasee Prahmkaew ; Siriwhaddhanah Pongpadpinit ; Piboonlit Viriyaphol ; Chanintorn Jittawiriyanukoon
    High-Definition (HD) information is the consumed bandwidth application in Telecommunication network. The quality of service (QoS) on uncompressed High-Definition content transmission with Paralleled Digital Subscriber Lines is needed in smooth information transmission and most tasks on QoS are served by each telecommunication network operator. The Adaptive Rate Control (ARC) is introduced and deployed on High-Definition (HD) contents transmitting on Paralleled Digital Subscriber Lines and compare with classical mechanism to provide more reliability, utilization, and throughput before served in telecommunication network. In this paper we simulated the application of the paralleled Digital Subscriber Lines (DSLs) to deliver the HD information, As results, the performances of communication are evaluated base on throughputs, utilization, and queue performance matrices. Finally results were impressive to support by ARC.
  • Item
    Performance evaluation on multimedia traffic for DVB-RCS over satellite links
    ( 2009-12) Surasee Prahmkaew
    Adaptive Rate Control (ARC) is a successful algorithm to increase the throughput to The Digital View Broadcasting Return Channel via Satellite (DVB-RCS) but the throughput and dropped traffic did not meet the Quality of Service (QoS) for multimedia traffic standard [ETSI EN 300 421 v.1.1.2]. This paper will present the modified ARC algorithm to overcome the QoS problem for multimedia traffic by prioritize dropped traffic to retransmit as voice, video, and data through the system. This modified mechanism will guarantee a certain level of QoS to the end users. So Precedence Adaptive Rate Control (PARC) will be compared based on number of packet drop, mean queue time, and throughput with regular ARC mechanism. Finally we obtained the impressive results over PARC mechanism.
  • Item
    A study of adaptive rate algorithm in ATM network flow control
    (Assumption University, 2004) Surasee Prahmkaew ; Chanintorn Jittawiriyanukoo, jt. auth. ; Assumption University. Vincent Mary School of Science and Technology

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