At the most basic level, the student will learn to program and use the tools in our sensor network programming environment, TinyOS, to perform empirical studies of the wireless connectivity of sensor network deployments in typical household settings and outdoor environments.
Most recent studies of the wireless sensor network (WSN) area focus on energy consumed by wireless sensors [10 15].
During our study of the effect wireless ECGs have on acute coronary syndrome management, we encountered difficulty with a low first-transmission success rate.
Although commercial emulators work great in most situations, they are expensive and suffer from a clear lack of flexibility when used by researchers to study performance in state-of-the-art wireless channels.
We have studied the impact of the wireless link delay, wired link delay, and the distance between MAG and LMA on the TC.
Under the scenario of multiple relay nodes and multiple eavesdropping nodes, the relay adopts decode and forward technology; reference [11] first adopts the finite rate feedback scheme to study the resource allocation of the wireless source node.
This single-centre evaluation study compared the ability of the wireless technology to acquire, transmit and log physiological variables in a clinical context.
Therefore in the study of wireless networks, one important performance measure is the capacity of the network when the effects of interlink interference are considered.
This chapter presents the case study of a wireless university campus network.
The proposed study has increased the quality of the wireless link and Inter-Symbol-Interference (ISI) is likewise cut by applying a combination of MMSE and MIMO (Multiple In and Multiple Out) with OSTBC (Orthogonal space Time Block Code) encoder and combiner.
