Design methodologies and tools for 5G network development and application

by Saravanakumar, U. Suresh, P. Vairavel, G.

Type Book

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"The book presents the enhancement methods of 4G communication, explores the method for faster communication and a promising alternative solution that equips designers with the capability to produce high performance, scalable and adoptable communication protocols"--

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Title Statements

Full title :Design methodologies and tools for 5G network development and application / P. Suresh, G. Vairavel, U. Saravanakumar, [editors].

Summary

Edition Statements

Publication Date:2021

Publication Statements

Publisher(s):Information Science Reference, IGI Global
Place of Publication:Hershey, PA
Language:eng
Publication Date:2021

Notes

"Premier Reference Source" -- from cover.

The Physical Object

Description:1 online resource (xxi, 291 pages) : : illustrations (some color).

Edition Identifiers

ISBN:9781799846116, 1799846113
DOI:10.4018/978-1-7998-4610-9
oclc:on1193558518
LC Classification:TK5103.25
Dewey Decimal:621.39/8

Chapter 1. Enhanced algorithm to optimize qos and security parameters in ad hoc networks -- Chapter 2. Software-defined network (SDN) architecture and security considerations for 5G communications -- Chapter 3. Macro and micro architectures for network on chip: a review -- Chapter 4. Study on pipelined parallel processing architectures for imaging and computer vision -- Chapter 5. Network-on-chip for low power MAP decoder using folded technique and CORDIC algorithm for 5G network -- Chapter 6. IoT, IR 4.0, and AI technology usability and future trend demands: multi-criteria decision-making for technology evaluation -- Chapter 7. Improve performance (QoS) in wireless sensor networks using TCP/IP protocol -- Chapter 8. Image transmission analysis using MIMO-OFDM systems -- Chapter 9. Efficient iterative massive MIMO detectors based on iterative matrix inversion methods -- Chapter 10. Analysis and design of planner wide band antenna for wireless communication applications: fractal antennas -- Chapter 11. A review of MIMO: the promising technology for wireless data transmission -- Chapter 12. A Node authentication model in wireless sensor networks with locked cluster generation.