摘要:
The amount of TCP/IP packets which can be sent from an Internet network to a wireless network is maximized by modifying a receive window value of an acknowledgment (ACK) before the ACK is sent on to a source of data packets within the Internet network. The receive window value is modified to take into consideration delay and rate variations which occur in the wireless network.
摘要:
The amount of TCP/IP packets which can be sent from an Internet network to a wireless network is maximized by modifying a receive window value of an acknowledgment (ACK) before the ACK is sent on to a source of data packets within the Internet network. The receive window value is modified to take into consideration delay and rate variations which occur in the wireless network.
摘要:
The amount of TCP/IP packets which can be sent from an Internet network to a wireless network is maximized by modifying a receive window value of an acknowledgment (ACK) before the ACK is sent on to a source of data packets within the Internet network. The receive window value is modified to take into consideration delay and rate variations which occur in the wireless network.
摘要:
For enhanced efficiency in setting up routes, and for enhanced throughput in an ATM network, invocation of objects can be parallelized. Also, throughput of a connection manager can be increased, and the latency of call set-up decreased by caching of network states such as recently used routes, output or input VCI/VPIs, bandwidth and buffer resources and existing connection states. And systems throughput can be increased by aggregating multiple request messages into a single invocation instead of making multiple invocations.