We also study the modification of these parameters in successive speech and coarticulation circumstance. Base on our TTS system (Sonic) and image warping technology on our 2-D mesh model (PlaneFace), we realized a TTVS sytem.
A two-dimensional-grid model was established, based on the transfer of electron in α-helix protein ,and the energy band & wave vector chart was painted.
By researching on the transfer mechanism of electron in β-pleated sheet protein,a two-dimensional -grid model was established, and the energy band & wave vector chart was painted. The bandwidth of energy gap attained was approximately accord with the general standard of protein, put forward by A. Szent - Gy rgyi(2 -5eV).
We adopt the actual application programs to test the performance of FAR on RSIM. The simulation results show that FAR routingalgorithm owns preferable performance compared with dimensional order routing algorithm on 2D mesh network.
Secondly, uniform grid sampling is applied to the 2D mesh signals to generate regular sampling signals. Thirdly, singular value decomposition is applied to the regular sampling signals and the watermarking information is embedded into it. Finally, the watermarked 3D meshes model is produced via contrary operation mentioned above.
This paper proposes a robust watermarking technique for MPEG-4 2D mesh animation. A multiresolution analysis is applied to locate feature motions of the animated mesh. The watermark signal is inserted based on a spread-spectrum approach by perturbing the extracted feature motions.
Three new Monte Carlo methods, namely, a mixture of parallel tempering and genetic algorithm, population-oriented simulated annealing, as well as a mixture of population-oriented simulated annealing and genetic algorithm, are applied to a two dimensional lattice model for protein folding. The ability to find the lowest energy conformation and computational cost are compared.