SIP-based VoIP experiment for sisadvantaged tactical edge networks
Sherry C. Wang, Harold Zheng
Abstract
Sherry C. Wang, Harold Zheng
Abstract
Session initiation protocol (SIP) has potential to be selected as a control plane signaling protocol for delivering real-time multimedia applications in military networks. It is necessary to study behaviors of SIP and SIP-based real-time applications as well as to understand their limitations in a tactical network environment. The goals of this study are to assess SIP signaling protocol performance and SIP-based voice over Internet protocol (VoIP) performance in an emulated disadvantaged tactical edge network environment and to contribute some feasible solutions.
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Session initiation protocol (SIP) has potential to be selected as a control plane signaling protocol for delivering real-time multimedia applications in military networks. It is necessary to study behaviors of SIP and SIP-based real-time applications as well as to understand their limitations in a tactical network environment. The goals of this study are to assess SIP signaling protocol performance and SIP-based voice over Internet protocol (VoIP) performance in an emulated disadvantaged tactical edge network environment and to contribute some feasible solutions.
Key concepts: Session Initiation Protocol, Voice over IP, Signaling protocol, SIP trunking, Computer network, Computer science, Protocol (science), Enhanced Data Rates for GSM Evolution