Publications

We consider the following queuing system which arises as a model of a wireless link shared by multiple users. There is a finite number N of input flows served by a server.

Effective scheduling in Heterogenous Networks is key to realising the benefits from enhanced Inter-Cell Interference Coordination.

Large-scale data processing needs of enterprises today are primarily met with distributed and parallel computing in data centers.

Synchronous networks-on-chip (NoC) require tailored schedulers achieving low latency, high throughput, and fairness while avoiding packet collisions.

We study the problem of efficiently scheduling users in a Gaussian broadcast channel with M transmit antennas and K independent receivers, each with a single antenna.

In 1920 only ten per cent of the 14 million poles in line owned wholly or in part by the Bell System were treated full-length with preservatives.

In prior works [1,2] we proposed optimal algorithms for uplink scheduling in a CDMA cell that does not employ any form of intereference cancellation.

Uplink scheduling in wireless systems is gaining importance due to arising uplink intensive data services (ftp, image uploads etc.

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.