With the rapid growth of ad-hoc wireless technology amidst the huge demands of high data-
rates, the simultaneous optimization of overall networking throughput and utility-proportional …

This proposal will formulate a model representing key, multi-attribute Quality of Service
(QoS) parameters for wireless Mobile Ad-hoc Networks (MANETs), consistent with Institute …

Ad-hoc wireless networks use multi-hop transmissions to communicate, without exploiting
any infrastructure. Logical links create unreliable connections between nodes: the capacity …

The cross-layer utility maximization problem, which is subject to stability constraints for a
multicommodity wireless network where all links share the same number of orthogonal …

The design and optimization of wireless networks have mostly been based on strong
mathematical and theoretical modeling. Nonetheless, as novel applications emerge in the …

Multi objective optimization is one of the critical factors to be achieved while provisioning
Quality of Service (QoS) in Mobile AdHoc Networks. Various kinds of applications exist in …

In high-density wireless sensor networks, the quality of service in terms of sensing coverage,
connectivity, lifetime, energy consumption and cost is closely linked to the position of the …

In this paper, a science-inspired meta-heuristic optimization algorithm is proposed and
called communication-based optimization algorithm (COA). The COA originates from the …

In this paper, for the defects which the basic genetic algorithm can get local optimum easily
and converge slowly, the genetic algorithm is improved by constructing a suitable fitness …

In ad‐hoc wireless networks, to achieve good performance, multiple parameters need to be
optimized jointly. However, existing literature lacks a design framework that investigates the …