We present a distributed stable protocol for local broadcast in multi-hop wireless networks,
where packets are injected to the nodes continuously, and each node needs to quickly …

In this paper, we present the first algorithm to precisely implement the abstract MAC
(absMAC) layer under the physical SINR model in dynamic networks. The absMac layer, first …

In this paper we present a timing-driven router for symmetrical array-based FPGAs. The
routing resources in the FPGAs consist of segments of various lengths. Researchers have …

This paper introduces the concept of metaphorical structure as a way of conciliating user
interface development by demonstration and by generation so that advantages of both …

In this paper, we present the first algorithm for exactly implementing the abstract MAC
(absMAC) layer in the physical SINR model. The absMac layer, first presented by Kuhn et al …

Dynamic behavior is an essential part of wireless networking, due mobility, environmental
changes or failures. We analyze a natural exponential backoff procedure to manage …

We develop randomized distributed algorithms for many of the most fundamental
communication problems in the wireless SINR model, including (multi-message) broadcast …

We consider deterministic distributed communication in wireless ad hoc networks of
identical devices in the SINR model without predefined infrastructure. Most algorithmic …

Communication problems in ad hoc wireless networks have been already widely studied
under the SINR model, but a vast majority of results concern networks with constraints on …

We study distributed algorithms for achieving efficient communications in the Rayleigh-
fading Model. This model extends the popular deterministic SINR model using stochastic …