For example, continuously retransmitting erroneous packets when the wireless channel is in deep fade would cause significant wastage of transmission energy. In this paper we present a wireless channel state aware ARQ protocol and discuss the savings in transmission energy versus delay trade-off. A ...
Using coroutine by ST, it's really simple and stupid enough. Support cluster which consists of origin (CN,EN) and edge(CN, EN) server and uses RTMP as default transport protocol. Origin server supports remuxing RTMP to HTTP-FLV(CN, EN) and HLS(CN, EN). Edge server supports remuxing RT...
Using coroutine by ST, it's really simple and stupid enough. Support cluster which consists of origin (CN,EN) and edge(CN, EN) server and uses RTMP as default transport protocol. Origin server supports remuxing RTMP to HTTP-FLV(CN, EN) and HLS(CN, EN). Edge server supports remuxing RT...
Using coroutine by ST, it's really simple and stupid enough. Support cluster which consists of origin (CN,EN) and edge(CN, EN) server and uses RTMP as default transport protocol. Origin server supports remuxing RTMP to HTTP-FLV(CN, EN) and HLS(CN, EN). Edge server supports remuxing RT...
Using coroutine by ST, it's really simple and stupid enough. Support cluster which consists of origin (CN,EN) and edge(CN, EN) server and uses RTMP as default transport protocol. Origin server supports remuxing RTMP to HTTP-FLV(CN, EN) and HLS(CN, EN). Edge server supports remuxing RT...
Using coroutine by ST, it's really simple and stupid enough. Support cluster which consists of origin (CN,EN) and edge(CN, EN) server and uses RTMP as default transport protocol. Origin server supports remuxing RTMP to HTTP-FLV(CN, EN) and HLS(CN, EN). Edge server supports remuxing RT...
Using coroutine by ST, it's really simple and stupid enough. Support cluster which consists of origin (CN,EN) and edge(CN, EN) server and uses RTMP as default transport protocol. Origin server supports remuxing RTMP to HTTP-FLV(CN, EN) and HLS(CN, EN). Edge server supports remuxing RT...