Publications

The objective of this paper is to show that it is possible for a computer, designed entirely from unreliable components, to perform operations reliably on information stored in stable memories.

The problem of designing systems which operate reliably even though their components are unreliable has been formulated in many different ways.

We propose reliability and latency quantities as metrics to be used in the routing tree optimization procedure for Wi-Fi mesh networks.

We propose reliability and latency quantities as metrics to be used in the routing tree optimization procedure for Wi-Fi mesh networks.

Multicast is an efficient paradigm for transmitting data from a sender to a group of receivers.

This paper proposes a time slotted distributed protocol to enhance transmissions in ad-hoc networks.

Virtual endoscopy provides a computerized, non-invasive procedure for detecting anomalies inside human organs. Several preliminary studies have demonstrated the effectiveness of such a modality.

Diverse applications in emerging data services demand flexibility of tradeoffs between resiliency and cost rather than a "one size fits all" approach.

Virtual endoscopy is a computerized, noninvasive procedure for detecting anomalies inside human organs.

Network latency and reliability become critical performance indicators for future mission critical services based on wireless connectivity.