This paper investigates Quality of Information (QoI) aware adaptive sampling in a system
where two sensor devices report information to an end user. The system carries out a …

We consider Quality-of-Information (QoI) aware transmission policies in the presence of time-
varying links in a mobile ad hoc network. QoI, tailored for military tactical networks, is defined …

The subversive nature of information war lies not only in the information itself, but also in the
circulation and application of information. It has always been a challenge to quantitatively …

Bulk of the research in MANETS is dedicated to maximizing the spectrum efficiency of a
network, which is to maximize bits per second per Hertz using Physical, Link and Network …

Current multinational operations show an increased demand for high quality actionable
intelligence for different operational levels and users. In order to achieve sufficient …

In this paper, we consider Quality-of-Information (QoI) aware transmission policies for a
dynamic environment. In particular, we focus on the time-varying nature of the observation …

We consider Quality-of-Information (QoI)-based resource allocation in a scenario where
multiple reporter nodes send information on an event of interest to a sink node. We express …

In-network processing (INP) is a promising method that allows aggregation of data while it is
being transferred along the communication paths as a means to optimize the utilization of …

We propose a framework for optimizing in-network processing (INP) in wireless sensor
networks. INP provides a platform for processing (eg, fusing, aggregating or compressing) …

Recent emergence of mobile crowdsourcing applications has made it imperative to ensure
security and efficient resource allocation to the users involved in such applications …