Theory and Practice of Mathematics and Computer Science Vol. 3

This book covers key areas of Mathematics and Computer Science. The contributions by the authors include Energy harvest, network, transmitter, multiple nodes, RF Energy Harvesting Networks, KU-algebra, fuzzy KU-ideal, (bipolar fuzzy) KU-ideal, (bipolar fuzzy) n-fold KU-ideal, Causality, Lipschitz continuity, linearization, monotone maximal operator, nonlinear feedback system, normality, reflexive Banach space, Oscillation, delay terms, bounded solutions, linear and nonlinear, difference inequalities, MANETs, access scheduling, network capacity, MIMO links, heterogeneous networks, Riccati equation, differential transform method, classical runge kutta 4 method, Property (G), Rainwater set, Property (N), Nikodym set, Property (V HS), Fourier transform in quantum mechanics, Permutation relations between operators, Laws of wave optics, Diffractions of waves by identical objects, Energy, order statistic, probability, spectrum sensing, Singular integral equation, linear and nonlinear V-FIE, Homotopy Perturbation Method (HPM), Cauchy kernel, Vulnerability, graphic integer sequence, integrity, tenacity, rupture degree, scattering number, independence number, covering number, clique number, Numerical solution, heat and mass transfer, general purpose graphics processing unit, CUDA etc. This book contains various materials suitable for students, researchers and academicians in the field of Mathematics and Computer Science.