Measured performance of data transmission over cellular telephone networks
ACM SIGCOMM Computer Communication Review
The Challenges of Mobile Computing
Computer
A Lost Cell Recovery Technique Using Convolutional Coding at the ATM Adaptation Layer in B-ISDN/ATM
Proceedings of the IFIP TC6 Task Force/WG6.4 Fifth International Conference on Data Communication Systems and their Performance: High Speed Networks and Their Performance
Performance of error control coding techniques and the development of a dynamic error control coding mechanisms for wireless atm
The flexibility of ATM: supporting future multimedia and mobile communications
IEEE Communications Magazine
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In order to provide a ubiquitous telecommunications network which merges the concepts of wireless mobile communications and the use of ATM as a transport mechanism, the problem of the high and variable bit error rate of the wireless network must be addressed. This paper provides an adaptive error control coding feedback mechanism to alleviate this problem in wireless ATM networks. The scheme combines convolutional coding, optimal interleaving, puncturing, and channel state estimation to achieve an appropriate error correction scheme. Periodic feedback is provided to the source machine indicating changes in the channel state and triggering changes in the coding scheme.