Visible to the public Performance Analysis of Channel Coding Techniques for Cooperative Adhoc Network

TitlePerformance Analysis of Channel Coding Techniques for Cooperative Adhoc Network
Publication TypeConference Paper
Year of Publication2019
AuthorsArpitha, R, Chaithra, B R, Padma, Usha
Conference Name2019 3rd International conference on Electronics, Communication and Aerospace Technology (ICECA)
KeywordsAd hoc networks, additive white Gaussian noise, AWGN channels, Bit error rate, channel capacity, channel coding, channel coding techniques, composability, Conferences, convolutional coding, cooperative ad hoc network, cooperative communication, Decode and Forward, error statistics, low-density parity-check coding, Metrics, network coding, noise power spectral density, parity check codes, pubcrawl, quadrature amplitude modulation, Rayleigh channels, Rayleigh fading channels, relay networks (telecommunication), Relays, Resiliency, turbo coding, wireless networks
Abstract-In wireless networks, Cooperative communication can be used to increase the strength of the communication by means of spatial diversity. Basic idea that exists behind Cooperative communication is, if the transmission from source to destination is not successful, a helping node called relay can be used to send the same information to the destination through independent paths. In order to improve the performance of such communication, channel coding techniques can be used which reduces the Bit Error Rate. Previous works on cooperative communication only concentrated on improving channel capacity through cooperation. Hence this paper presents different Channel coding methods such as Turbo coding, Convolutional coding, and low-density parity-check coding over Rayleigh fading channels in the presence of Additive white Gaussian noise. Performance of these Channel coding techniques are measured in terms of noise power spectral density (NO ) vs. Bit error rate.
Citation Keyarpitha_performance_2019