In 3D real-time simulation system of ocean scene, ship wakes' effect is important. Based on the dispersive nature of deepwater surface wave, particle system's movement models of bow wake were built. Stern wake...
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In 3D real-time simulation system of ocean scene, ship wakes' effect is important. Based on the dispersive nature of deepwater surface wave, particle system's movement models of bow wake were built. Stern wake's shape-like particle system model was built according to its field angle's distance-width formula. Then the two models were realized through OSG particle system on VS2010 platform. The application results show that this two methods have better 3D display effect and rendering efficiency.
In a recent paper [C.H. Hong et al., Opt. Commun. 283 (2010) 2644], a n-user quantum key distribution protocol with n quantum channels was presented. By analyzing its security, it is shown that this protocol is insecu...
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This article is on the application and research of remote surveillance system in the statement of the functions of video surveillance system. It overall introduces a whole set of the system structure of video surveill...
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A motor parameter measurement and testing system based on virtual instruments and C8051F340 microcontroller is developed. This system can sample dynamic signals including each phase voltage, current, speed, torque, an...
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With the increasing number of vehicles in China, the traffic condition is getting worse and worse. To drive safely in exceptional scenes is very significant to life and property. Using a technique with computer simula...
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According to the application design of smart home model system using solar energy based on embedded system, the paper elaborated total structure, design project and main characteristics of smart home system. Simultane...
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This paper focuses on the basic principles and main components of web server-based construction safety supervision and management. Comparative and analysis of the characteristics and advantages of the system, its appl...
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This paper considers the problem of synchronization of differential dynamical systems with time-varying coupling. The temporal variation of the couplings we consider here is rather general and includes variations in b...
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ISBN:
(纸本)9781467355339
This paper considers the problem of synchronization of differential dynamical systems with time-varying coupling. The temporal variation of the couplings we consider here is rather general and includes variations in both the network structure and the reaction dynamics. For example, driven by a metric dynamical system. Inspired by the author's previous work [1], the generalized Hajnal diameter is introduced to study the stability of synchronization manifold via the underlying variational equation, which can be proved to equal to eλ , whereλ is the largest one of all Lyapunov exponents of the underlying variational equation, corresponding to the space transverses to the synchronization manifold. As an application, these results are used to investigate the synchronization of linearly coupled ordinary differential systems (LCODEs) with identity inner coupling matrix. In this case, the Hajnal diameter of the linear system induced by the time-varying coupling matrices can be used to measure the synchronizability of the time-varying coupling process. The corresponding network can synchronize some chaotic attractors if and only if there exists some T > 0 such that the joint union of the topologies across any T -length time interval has spanning trees.
This paper presents an approach to integrate simulation model with Visual C++ easily by translating simulation model to embedded C++ code. Then the advantages of Simulink and Visual C++ are fully used by this approach...
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Distributed Interactive Simulation Technology Development of Tank Unit against the system interconnection in the network communications, there has been problems on the network data redundancy. we use the latest IP Mul...
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