COMMUNICATION DESIGN OF GRID FIELD AREA NETWORK (FAN) WITH NAMED DATA NETWORKING (NDN) APPROACH - Dalam bentuk buku karya ilmiah
GREGORIUS PRADANA SATRIAWAN

Informasi Umum

Kode

23.05.311

Klasifikasi

621.319 2 - Networks (Circuitry and lines)

Jenis

Karya Ilmiah - Thesis (S2) - Reference

Subjek

Jaringan Telekomunikasi

Dilihat

213 kali

Informasi Lainnya

Abstraksi

<p>Industrial developments led to the evolution of electricity and telecommunication systems.<br /> The industrial sector that is not environmentally sound contributes to increasing carbon<br /> emissions and causing climate change. One of the methods to deal with climate change<br /> is to use electricity from new and renewable energy sources. In using renewable energy, an<br /> intelligent control and control system must deal with intermittent & non-dispatchable renewable<br /> generator problems. Generating systems with intelligent control (smart grid) need<br /> to be supported by a reliable communication system to fulfill the capability in monitoring,<br /> operational, and control needs on the grid.<br /> The increasing number of devices on the internet network raises the problem of running<br /> out of IP address allocations. A transition from IPv4 to IPv6 was carried out to<br /> overcome these problems, and a new paradigm was introduced as a Named Data Network<br /> (NDN). NDN networks that change the paradigm from ’host-centric’ to ’data-centric’ offer<br /> better performance than IP networks through more efficient routing, forwarding & caching<br /> mechanisms.<br /> In general, grid systems require a reliable communication system with low packet loss<br /> & latency characteristics. The use of named data networks is expected to meet QoS<br /> requirements according to the type of traffic on the grid system. In this thesis, a mechanism<br /> for classifying traffic by type is used to support the different characteristics of each packet,<br /> especially in a grid distribution network (Field Area Network).<br /> Based on the simulation results, FAN traffic meets the QoS requirements to be passed<br /> through the NDN network. Using queues with traffic grouping can improve the value of<br /> packet drop on the network. However, using a queuing mechanism can cause increased<br /> delays in traffic with a lower priority class.</p>

• TT5203 - DESAIN & KINERJA JARINGAN TELEKOMUNIKASI
• TTI7B3 - PEMODELAN DAN SIMULASI JARINGAN LANJUT
• TTH6Z4 - TESIS

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