Abstract: In hardware, packet loss may happen due to overflow from a finite-depth transmit buffer. To prevent such losses and further improve rate selection ...

Apr 23, 2014 · A typical model for rate adaptation contains a transmitter, a receiver, a forward channel, and a feedback channel, as shown in Figure1. Packets ...

Abstract—In hardware, packet loss may happen due to overflow from a finite-depth transmit buffer. To prevent such losses and further improve rate selection, ...

We consider a traditional method of rate adaptation based on channel quality information and evaluate the throughput gain in hardware when the buffer occupancy ...

Abstract—In hardware, packet loss may happen due to overflow from a finite-depth transmit buffer. To prevent such losses and further improve rate selection, ...

Abstract. In hardware, packet loss may happen due to overflow at a finite-depth transmit buffer in addition to the packet corruption in the channel.

We consider a traditional method of rate adaptation based on channel quality information and evaluate the throughput gain in hardware when the buffer occupancy ...

In hardware, packet loss may happen due to overflow at a finite-depth transmit buffer in addition to the packet corruption in the channel.

Du Y, Rajan D, Camp J: Analysis and experimental evaluation of rate adaptation with transmit buffer information. In Proceedings of the 9th International ...

Yongjiu Du, Dinesh Rajan, Joseph David Camp : Analysis and experimental evaluation of rate adaptation with transmit buffer information. IWCMC 2013: 194-200.