(5) Under the background of lots of AIS shore station data, this text compares and researches the conjunction arithmetic of data syncretize, compares and simulates the arithmetic by Matlab6.1 in Windows 2000. According to the simulation, we can see clearly the curve shape of the arithmetic.
The innovations of the paper:1.Set up the mechanism on the basis of rod-group, and can add or amend freely, during the course of dynamic simulation, we can observe the "real" movement of the mechanism, and also the corresponding data and figure be displayed.
From theoretical analysis and simulation, we can find that performance of two-stage signal processing structure and traditional signal processing structure are similar, but two-stage signal processing structure can save much hardware.
To construct weight modifications of numerical statistical simulation we include auxiliary variables whose values define transitions in the basic Markov chain in the number of the phase space coordinates.
For the numerical simulation we employ the projector quantum Monte Carlo method to study the ground state properties of the coupled electron-phonon system.
With numerical simulation we have studied the behaviour of the quasicrystal under a load of Frenkel defects for various defect concentrations.
Using field theory and Monte Carlo (MC) simulation we investigate the finite-size effects of the magnetization M for the three-dimensional Ising model in a finite cubic geometry with periodic boundary conditions.
Using simulation we show that our method is very accurate for a simple case where an exact analytic solution is possible and that it outperforms other due date quoting methods from the literature in more complex situations.
This paper investigates the applications of continued fraction in non-linear system simulation and presents a series of algorithms based on continued fraction extrapolation method for solving nonstiff/stiff/dis-continuity systems of ordinary differential equations. The corresponding rccursive formula and stepsize/order control, rules are given. Some exam-ples are illustrated to demonstrate the efficiency of these presented methods.
This paper mainly introduces the principles of texturing in the object imitating and discusses the methods of rendering texture on the surfaces of cubic poly hedron, rotating object and free-form curved surface. Furthermore, it puts forward the method of rendering texture on the surfaces of any objects.
This paper introduces a new Very large scale integration (ULSI) monolithic Processor and a Practical example is given to illustrate how the multiprocessor system, made by the transputer, is used in the parallel simulation of the Continuous system