Software-Defined Networking (SDN) has received, in the last years, significant interest from
the academic and the industrial communities alike. The decoupled control and data planes …

Enterprise WLANs have made a dramatic shift towards centralized architectures in the
recent past. The reasons for such a change have been ease of management and better …

The demand for wireless bandwidth in indoor environments such as homes and offices
continues to increase rapidly. Although wireless technologies such as MIMO can reach link …

Trends in enterprise WLAN usage and deployment point to the need for tools that can
capture interference in real time. A tool for interference estimation can not only enable …

Online spectrum auctions offer ample flexibility for bidders to request and obtain spectrum
on-the-fly. Such flexibility, however, opens up new vulnerabilities to bidder manipulation …

Dyson is a new software architecture for building customizable WLANs. While research in
wireless networks has made great strides, these advancements have not seen the light of …

Most spectrum distribution proposals today develop their allocation algorithms that use
conflict graphs to capture interference relationships. The use of conflict graphs, however, is …

In this article, we first formulate the joint resource allocation, interference minimization, user-
level, and cell-level fairness for maximum resource reuse in 5G heterogeneous small cell …

As home networks see increasingly faster downstream throughput speeds, a natural
question is whether users are benefiting from these faster speeds or simply facing …

Contemporary wireless multi-hop networks operate much below their capacity due to the
poor coordination among transmitting nodes. In this paper we present XPRESS, a cross …