In his 1948 paper [1], Shannon defined the limits of a communica-tion system. He proved that there exists error correcting codes which can provide arbitrarily high reliability of transmission for informa-tion rates below the channel capacity. In spite of all efforts to fin
Abstract: Turbo code has been shown to have ability to achieve performance that is close to Shannon ...
In this work, we focus on channel coding, which is used to correct the errors due to the channel in ...
Claude Shannon's pioneering work quantified the performance limits of communications systems operati...
The iterative nature of turbo-decoding algorithms increases their complexity compare to conventional...
PhD ThesisWireless channel is not very conducive towards error-free raw data transmission. On the ot...
A simple but effective technique to improve the performance of the Max-Log-MAP algorithm is to scal...
A historical perspective of turbo coding and turbo transceivers inspired by the generic turbo princi...
The use of turbo codes enhances the data transmission efficiency and optimizes the performance of a ...
In 1948, Claude Shannon posed and solved one of the fundamental problems of information theory. The ...
AbstractIn the area of wireless communication system, researchers are concentrating on powerful forw...
What is clear today is that Claude Shannon did not make the slightest mistake when he calculat-ed th...
The available wireless bandwidth cannot keep pace with the amazing growth rate of wireless subscribe...
This project deals will investigate the performance of simple communication model using state of the...
Since the invention of turbo codes in 1993 and the rediscovery of Gallager’s LDPC codes in 1999, Sha...
The Shannon capacity limit can be reached by less than 0.27 dB at a BER of 10 \Gamma5 by applying ...
Abstract: Turbo code has been shown to have ability to achieve performance that is close to Shannon ...
In this work, we focus on channel coding, which is used to correct the errors due to the channel in ...
Claude Shannon's pioneering work quantified the performance limits of communications systems operati...
The iterative nature of turbo-decoding algorithms increases their complexity compare to conventional...
PhD ThesisWireless channel is not very conducive towards error-free raw data transmission. On the ot...
A simple but effective technique to improve the performance of the Max-Log-MAP algorithm is to scal...
A historical perspective of turbo coding and turbo transceivers inspired by the generic turbo princi...
The use of turbo codes enhances the data transmission efficiency and optimizes the performance of a ...
In 1948, Claude Shannon posed and solved one of the fundamental problems of information theory. The ...
AbstractIn the area of wireless communication system, researchers are concentrating on powerful forw...
What is clear today is that Claude Shannon did not make the slightest mistake when he calculat-ed th...
The available wireless bandwidth cannot keep pace with the amazing growth rate of wireless subscribe...
This project deals will investigate the performance of simple communication model using state of the...
Since the invention of turbo codes in 1993 and the rediscovery of Gallager’s LDPC codes in 1999, Sha...
The Shannon capacity limit can be reached by less than 0.27 dB at a BER of 10 \Gamma5 by applying ...
Abstract: Turbo code has been shown to have ability to achieve performance that is close to Shannon ...
In this work, we focus on channel coding, which is used to correct the errors due to the channel in ...
Claude Shannon's pioneering work quantified the performance limits of communications systems operati...