Andere Kunden interessierten sich auch für
![Research of P2P Topology-Aware Overlay Network Model]( "Research of P2P Topology-Aware Overlay Network Model")
Research of P2P Topology-Aware Overlay Network Model22,99 €![Delay Tolerant Network]( "Delay Tolerant Network")
Delay Tolerant Network32,99 €![The study is titled]( "The study is titled")
The study is titled "SELF-TEL ARCHITECTURE BASED FAULT IDENTIFICATION AND DELAY AWARE DATA MANAGEMENT FOR IOT MOBILE EDGE ENVIRONMENT27,99 €![Energy Aware Technique For Wireless Sensor Network]( "Energy Aware Technique For Wireless Sensor Network")
Energy Aware Technique For Wireless Sensor Network26,99 €![Effect of delay/ delay variable on QOE in video streaming]( "Effect of delay/ delay variable on QOE in video streaming")
Effect of delay/ delay variable on QOE in video streaming23,99 €![Packet Delay and Throughput Optimization for Vehicular Networks]( "Packet Delay and Throughput Optimization for Vehicular Networks")
Packet Delay and Throughput Optimization for Vehicular Networks34,99 €![A Framework to Improve Sustainability of Delay in DTN Environment]( "A Framework to Improve Sustainability of Delay in DTN Environment")
A Framework to Improve Sustainability of Delay in DTN Environment23,99 €
Network-on-Chip (NoC) is a scalable bandwidth requirement that using on-chip packet-switched micro-network of interconnects. NoC are based on System-on-Chips(SoCs) that traditionally large-scale multi-processors and distributed computing networks. The NoC performances analysis were evaluated in terms of throughput, queue size, loss and wait time. Meanwhile, Video Object Plane Decoder (VOPD) with 16 cores were used to measured the delay aware topology of NoC. Analysis performances of VOPD is based on the value of hops involved, since VOPD is divided into bisection and quadsection form. Overall, the report proved that the decreased number of hops of VOPD will give a low rate of delay in NoC performances.