In order to address these issues, in this work we propose the first robust optimization model for jointly optimizing the topology and the routing in body area networks under traffic uncertainty.
In this paper, we have maximized spectrum efficiency and energy efficiency of periodic cooperative spectrum sensing for multichannel CSCN, respectively, through formulating optimization problems and jointly optimizing sensing time, subchannel allocation, and transmission power.
This paper aims to design energy and spectrum-aware MAC protocols for WNSNs with the objective to achieve fair, throughput and lifetime optimal channel access by jointly optimizing the energy harvesting and consumption processes in nanosensors.
Finally, we presented a distributed implementation strategy to construct the cross-layer optimization framework for congestion and power control by jointly optimizing PLPC-HHCC simultaneously and validated its performance with simulations.
In what follows, we would like to describe the distributed implementation strategy to realize the cross-layer optimization framework for congestion and power control by jointly optimizing PLPC-HHCC simultaneously.
We formulated an optimization problem to minimize the total required power by jointly optimizing the transmit beamforming vectors and the AN covariance matrixes at all transmitters, while guaranteeing IRs and ERs' QoS and avoiding the information intercepted by any Eve.
A joint optimization unit has been deployed to maximize the system throughput by jointly optimizing subband sets and subband powers subject to the constraints of energy requirement and interference.
In this regard, this optimization method takes into account the inhomogeneity of the user experience via jointly optimizing several performance metrics[10].
A novel algorithm for jointly optimizing source and channel codes is presented in this paper.
We address the problem of jointly optimizing data aggregation and routing so that the network lifetime can be maximized.
In this article, a new synchronization algorithm is proposed for jointly optimizing the time and frequency synchronization.
