Research on reliability analysis of computer network based on intelligent cloud computing method

Probabilistic Assessment of Computer-Based Test (CBT) Network System Consists of Four Subsystems in Series Configuration Using Copula Linguistic Approach

“…Treating all repair rates, φ, µ 0 , in Equation (37) to zero for certain values of failure rates as λ 1 = 0.01, λ 2 = 0.02, λ 3 = 0.03 and λ 2 = 0.04 and then taking inverse Laplace transformation, one can get the expression of reliability as + 0.001764e −0.01000t + 0.051555e −0.08000t + 0.007272e −0.02000t − 0.943461e −.35000t 0.003592e −0.04000t + 0.016875e −0.03000t (40)…”

“…The significance of the network services in prominent fields like communication and aviation industry, network transmission, hardware equipment, software services, and human factors were presented. Zhang [37] dealt with a performance assessment on a computer network based on intelligent cloud computing methods through the reliability concept. Nivedita Gupta et al [38] evaluated the generator's steam turbine power plant's reliability and operational availability by employing the Kolmogorov equation and Markova process.…”

Reliability Enhancement of Computer Network System with Server Replication

“…[27] presented the reliability of aero-engine compressor rotor system considering cruise characteristics. [28] presented research on reliability analysis of a computer networks based on intelligent cloud computing method Researchers in the past have presented excellent works on reliability analysis of a computer systems and proclaimed better performance of the repairable system by their operations. Still, a further study of the new type of models of computer system with server replication with a justified and satisfactory assessment is required.…”

A novel boundary swarm optimization method for reliability redundancy allocation problems

“…Thus, network reliability is arguably more relevant than before. Network reliability has been applied to evaluate the performance of various types of systems and networks such as the internet of things [1], data mining techniques [2], traffic networks [3], and cloud computing [4] in designing an optimizing and reliable system architecture.…”

“…To solve this well-known NP-hard problem, various artificial-intelligence techniques have been widely studied in the past decades for numerous systems with diverse considerations [5][6][7][8][9][10][11][12][13][14][15][16][17][18][19]. Examples of such techniques include stochastic fractal search (SFS) [17], genetic algorithm (GA) [10], a hybrid algorithm of GA and PSO [13], particle swarm optimization (PSO) [9], stochastic perturbation PSO [12], the artificial bee colony algorithm [6], cuckoo search [18], particle-based simplified swarm optimization Maximize Rs(n, r) (1) Subject to gv(n, r)≤ Vub (2) gc(n, r)≤ Cub (3) gw(n, r)≤ Wub (4) nlb ≤ n=(n1, n2, . .…”