Simulation and evaluation of convolution encoder for different noisy channel over wireless communication network in CDMA environment 

Abstract

In this paper we simulate and evaluate the performance of physical layer of wireless communication system of CDMA-2000 specification using radio configuration-3 under forward fundamental channel 1x in terms of bit error rate (BER) by using convolution code. We modeled and evaluated convolution encoder at different rates ½,1/3,1/4 using constraint length k of 3,4,5,6,7,8,9,10 values, under different noise channels (AWGN, BSC, Rayleigh. Rician, combination of AWGN and Rayleigh, combination of AWGN and Rician channel). On the basis of better simulated results of convolution encoder at rate ¼ and higher constraint length in all noise channel, we simulated rate ¼ convolution encoder with constraint length (k) 9 and structure [775 631 413 471] in CDMA-2000 physical layer. With these parameter of convolution encoder we simulated CDMA-2000 system under AWGN (at different Eb/No and trace back depth) and Rayleigh channel (at different Doppler shift) and Rician channel (at comparable results of Rayleigh channel). We had shown the BER performance of CDMA-2000 physical layer performance at higher rate of convolution encoder in AWGN channel and advantage of Rayleigh channel over Rician channel. This also gives an idea of contribution of trace back depth of viterbi decoder in BER performance 

Authors and Affiliations

Jai Kumar, , Mrs. Anita Suman

Keywords

Related Articles

Balanced window size Allocation Mechanism for Congestion control of Transmission Control Protocol based on improved bandwidth Estimation.

TCP is the widely used protocol for its reliable data communication over the network. Though it is used for enabling communication over the large network, it has some incapability in handling continues data transmission...

Study of User Experience (UX) and UX Evaluation methods. 

The goal of user experience analysis and evaluation methods in the software industry is to improve customer satisfaction through the utility, ease of use, and quality of interaction with applications, services and...

A STUDY ON OVERVIEW OF STEGANOGRAPHY WITH SPECIFIC TOOLS  

t -Steganography is a science for invisible communication and play vital role on the network security. The security process is manipulated with the different tools and technology. The technology is provided secured...

Design of Multi-Channel UART Controller Based On FIFO and FPGA  

This paper presents a multi-channel UART controller based on FPGA (Field Programmable Gate Array). UART a kind of serial communication circuit is used widely. A universal asynchronous receive/transmit (UART) is an...

A Statistical Approach to Classify and Identify DDoS Attacks using UCLA Dataset

Nowadays, Internet is the most well-known and popular thing that is widely used by human beings. It is also an essential part of human life and provides the best and fast communication medium. As many people widely used...

Download PDF file
  • EP ID EP98904
  • DOI -
  • Views 54
  • Downloads 0

How To Cite

Jai Kumar, , Mrs. Anita Suman (2013). Simulation and evaluation of convolution encoder for different noisy channel over wireless communication network in CDMA environment . International Journal of Advanced Research in Computer Engineering & Technology(IJARCET), 2(2), 767-772. https://europub.co.uk/articles/-A-98904