In a wireless network, a basestation transmits data to mobiles at {em time-varying, mobile-dependent} rates due to the ever changing nature of the communication channels.
In a wireless network, a basestation transmits data to mobiles at time-varying, mobile-dependent rates due to the ever changing nature of the communication channels.
We consider a wireless basestation transmitting high-speed data to multiple mobile users in a cell.
We consider a wireless basestation transmitting highspeed data to multiple mobile users in a cell. The channel conditions between the basestation and the users are time-varying and user-dependent.
Traditionally, switches make scheduling decisions on the granularity of a packet.
Traditionally, switches make scheduling decisions on the granularity of a packet.
We consider the problem of providing delay bounds to reserved traffic in high-speed input-queued switches.
We consider the problem of providing delay bounds to reserved traffic in high-speed input-queued switches.
Computer users with very long computations run the risk of losing work because of machine failures.
We revisit the problem of scheduling optical rings with tunable transmitters and fixed receivers.
