Abstract: A stream of packets is started at a slow rate to enable competing streams to achieve transmission rate equilibrium. The transmission window is initialized to a size smaller than an acceptable window advertised by the receiving client. Upon receipt of an acknowledgement from the client that a packet has been successfully transmitted, the size of the transmission window is increased by the size of the acknowledged packet. This increase continues until a threshold is reached, at which time further increases are constrained by the maximum permitted segment size.

Abstract: A stream of packets is started at a slow rate to enable competing streams to achieve transmission rate equilibrium. The transmission window is initialized to a size smaller than an acceptable window advertised by the receiving client. Upon receipt of an acknowledgement from the client that a packet has been successfully transmitted, the size of the transmission window is increased by the size of the acknowledged packet. This increase continues until a threshold is reached, at which time further increases are constrained by the maximum permitted segment size.

Abstract: Packets transmitted from a server into a computer network are assigned a sequence number, a retransmit time and a time to live. Each packet is retransmitted upon the expiration of the retransmit time if no acknowledgment has been received from a client to which the packet was sent. The packet is removed from a retransmit buffer if the time to live timer expires prior to any acknowledgment being received. Multiple acknowledgments may be combined into a coalesced acknowledgment.