2002•Unpublished venueRequires access

Performance of reverse-link packet transmission in mobile cellular CDMA networks

J.S. Skinner, D.L. Noneaker

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Abstract

Mobile CDMA cellular networks for tactical applications require base-station mobility in order to provide communications on the move. Because of the mobility of the base stations and the lack of a high-speed wire-line network between base stations, handoff of mobiles among base stations is more difficult than in a commercial CDMA cellular network. In this paper, we examine the performance of the reverse links in a tactical CDMA cellular network using continuous transmission for packet data communications. In particular, we consider the effect of limited handoff capability on the reverse-link capacity of the network.

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What this paper is about

Mobile CDMA cellular networks for tactical applications require base-station mobility in order to provide communications on the move. Because of the mobility of the base stations and the lack of a high-speed wire-line network between base stations, handoff of mobiles among base stations is more difficult than in a commercial CDMA cellular network. In this paper, we examine the performance of the reverse links in a tactical CDMA cellular network using continuous transmission for packet data communications. In particular, we consider the effect of limited handoff capability on the reverse-link capacity of the network.

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Available abstract

Mobile CDMA cellular networks for tactical applications require base-station mobility in order to provide communications on the move. Because of the mobility of the base stations and the lack of a high-speed wire-line network between base stations, handoff of mobiles among base stations is more difficult than in a commercial CDMA cellular network. In this paper, we examine the performance of the reverse links in a tactical CDMA cellular network using continuous transmission for packet data communications. In particular, we consider the effect of limited handoff capability on the reverse-link capacity of the network.

Key concepts: Computer network, Base station, Cellular network, Computer science, Code division multiple access, Handover, Network packet, Soft handover

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