Theory and Practice of Mathematics and Computer Science Vol. 9

This book covers key areas of mathematics and computer science. The contributions by the authors include integrating factor, operator D method, variational iteration method, radiation reaction force, 1‐D electron motion, damping motion, Kalman filter, steady state relationship, velocity, generalized penrose transforms, coherent g-quasi-equivariant D-modules, hecke sheaf, moduli stacks, moduli spaces, reliability and validity studies, sequential probability ratio test, Bland Altman analysis, paradoxical parameter space, Bayesian statistics, bank stability, bank performance, architectural troubles, linear differential equations, circumcoronene series of benzenoid, molecular graph, lattice, triangle benzenoid, interpenetrating model, difference scheme, energy estimation, Brinkman model, transmuted power Gompertz distribution, tatistical properties, estimation of parameters, application and performance, incompressible MHD equations, Riccati auxiliary equation, travelling wave solutions, deductive system, residuated lattices, database security, database watermarking, multi-place watermarking. This book contains various materials suitable for students, researchers and academicians in the field of mathematics and computer science.