Titlebook: Communication Networks for Smart Grids; Making Smart Grid Re Kenneth C. Budka,Jayant G. Deshpande,Marina Thotta Textbook 2014 Springer-Verl

詳細(xì)目錄

粗魯?shù)娜?/a>

Constanze Deiters,Andreas Rauschetwork must support mission-critical applications such as SCADA, teleprotection, distribution automation, and synchrophasors. Most enterprise data network requirements on reliability, security, and performance for many NSP customers are less stringent than those for Smart Grid networks. Therefore, t

思想

嗎啡

Rania Mzid,Ilyes Rezgui,Tewfik ZiadiN, optical networks are discussed in detail since many utilities already own or plan to deploy significant fiber infrastructure. Both wireline and wireless networking technologies are considered with special emphasis on their use as FANs. A more detailed treatment is provided for power line communic

mitten

項(xiàng)目

Lecture Notes in Computer Scienceto an integrated network based on the Smart Grid architecture presented in .. The principal objective of the network transformation is to plan, design, and implement a highly reliable, highly secure, and high-performance integrated communication network that supports all Smart Grid applications. The

Evocative

parallelism

口味

Voice over IP and Quality of Service, (network service provider and most enterprise networks), VoIP traffic is given the highest priority. This chapter supplements Sect. . of this book, where it is noted that in the Smart Grid networks, many Smart Grid applications must be given priorities higher than the priority for the VoIP traffic.

BLANK

https://doi.org/10.1007/978-3-031-70797-1Icons used in the figures in this book are shown in this chapter.