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In this paper, the linear and nonlinear models are put forward first to describe load balancing system for parallel cluster computing. Through analyzing the stability of linear model, this paper finds the asymptotic stable condition of load balancing system with some assumptions, and the simulation results are given to compare the results in theory later. Based on the analyzing and simulation results,...
In parallel cluster computing, an unscalable or unstable load balancing algorithm can intensely affect the performance of computing. To aim at this case, this paper puts forward a linear dynamic load balancing model and analyzes the stability of this linear model on the condition of existing time delay. Base on analyzing results, this paper uses a load balancing gain to control this model with the...
The key issue for parallel cluster computing is the stability of load balancing method, the unstable behavior such as oscillatory action which caused by delay can intensely influence the performance of load balancing algorithm. In such a case, a linear dynamic load balancing model is proposed in this paper. By analyzing the stability of this linear model, we can not only obtain the relation between...
An RF n-MOST model was developed based on PSP model, which is considered as one of standard surface potential based compact model for deep-submicron applications. The RF sub-circuit is presented after analyzing the structure and layout of a specific RF n-MOST, and the parasitic parameters extracted analytically. Validated in DC, AC small-signal, and large-signal analysis, it proves that an excellent...
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