By using these parameters , multiple classifier combination can be realized and represent validity . in the actual lpr system , we applied two classifier combination based on serial method and its performance has meet the needs of customs 在实际系统中，我们使用了基于串行方式的两级识别器融合，车牌识别正确率达到了用户的要求，系统运行状况良好。
In chapter 4 , a parallel complltation method of ceramic grain growth simulation is proposed and analyzed . after realizing it with multithread , we find that the parallel complltation method is much better than the former sequential computation method from the simulation results 第四章晶粒生长仿真的并行计算方式：提出关于晶粒生长的一个并行计算方式，并在原有二维仿真模型的基础上用多线程来实现，结果表明并行计算方式较原有串行方式有了较大改善。
The inversionless bm algorithm in rs decoder is implemented with serial mode , which avoids the inversion computation and only needs 3 finite - field multipliers . thus , the complexity of hardware implementation has been mostly reduced . a 3 - level pipe - line processing architecture is also used in the hardware and the coding circuit in rs coder is optimized by using the characteristics of the finite - field constant multiplier Rs解码器的设计采用无逆bm算法,并利用串行方式来实现，不仅避免了求逆运算，而且只需用3个有限域乘法器就可以实现，大大的降低了硬件实现的复杂度，并且因为在硬件实现上，采用了3级流水线（ pipe - line ）的处理结构。
And performances of the parallel computing component are evaluated by test , in which two jacobi matrix equations of power flow calculation with different dimension are selected as the test case . the results are compared with that of serial computing and mpi ( message passing interface ) . it is shown that the components proposed in this thesis not only has better performance of acceleration , but also can support parallel computing for power system whose data is distributed in a wide - area network 同时本文还对并行计算组件的性能进行了测试,将采用并行计算组件求解2组不同规模的电力系统潮流计算中的雅可比矩阵方程的性能与传统串行方式和mpi进行了比较,该结果表明,本文设计的并行计算组件不但具有良好的加速性能,还具有为数据广域分布的电力系统提供实时并行计算的能力。
