To meet the demands of the incorporate communication network simulation and realize the share of the resources on the military communication simulation, consulting American military simulation, this paper puts forward the holistic construct of the simulation platform for military communication network based on HLA standard and OPNET simulation tools, develops commanding task platform, network simulation models and realizes the automatic loading of network topology and traffic, builds a brief military communication simulation platform which can simulate based on different network topology and traffic.
By studying the time domain correlation and the rule based on the least burst error, a motion compensation algorithm which satisfies the project requirement is presented, and the cyber-emulation confirms the conclusion.
The major features of this system are: two-layer-encoding of circuit structure, off-line evolving with software emulation and the evolving of genetic program designing.
The result is suitable for the emulation and prediction of behavior of discrete dynamics systems; especially it can be taken as an important analysis means of dynamic performance of complex networks.
We described the architecture of the emulation environment and the software design of federates.
At last, different binary text images are chosen for emulation experiment.
The analyses indicate that the solutions of both GF and GFP represent the physically meaningful natural processes, and simulate the realistic shapes of tracer breakthrough curves.
Furthermore, the dissipative particle dynamics (DPD) was adopted to simulate the aggregation of CTAB in water and ethanol/water mixtures, and the energy difference was calculated for the surfactant tail groups after mixing with the solvent.
By using Visual C++ programming to simulate the performance, the result indicates that when code length N = 3,072 and code rate R = 1/3, the difference with the Shannon limit is about 2 dB.
In addition, this method can simulate dispersive media whose electric susceptibility cannot be expressed with Debye or Lorentz types of models.
Using the density variation of standard plots of Cryptromeria fortunei plantation to verify the new model, it turns out that this model can well simulate the population density effect law of C.