computational speed造句

例句与造句

1. the algorithm adopts frequency partition to estimate the range of pitch period, improving the computational speed
   该算法采用频域分块估计候选基音周期的范围，提高了算法的计算速度。
2. of the system through the use of reasonable algorithm to reduce the amount of computation, improve the computational speed, efficient and reliable operation . basic requirements can be achieved
   本系统通过采用合理的算法，减少了运算量，提高了运算速度，运行高效可靠，可基本实现要求。
3. comparing with conventional methods, this combination accelerates the computational speed and decreases the memory requirement . the effectiveness and reliability of the method are verified by numerical results
   阻抗边界条件ibc的引入减少了计算区域，节省了内存，将只适于导体散射分析的fma扩展到有涂层情况。
4. this algorithm's computational speeds on the difficult instances are between 10 and 100 times faster than those of the best algorithm, on the condition of keeping the quality of the solutions same
   此算法比之于前人所得的最好算法，其效能有了显著的提高。对于困难的问题实例，在保持优度相等的前提下，其速度大致提高了10100倍。
5. results show that the aspects are obviously improved in the requires of functional qualities, computational accuracy, convengence and computational speed of algorithms . by this, the new technique of variational data assimilation maybe has wilder application in practice
   所得结论表明，与传统的四维变分同化方法相比，本文提出的方法在函数性态要求、计算精度、算法收敛性和计算速度方面有了明显改善，使得变分同化技术有可能更广泛地应用于实际业务。
6. It's difficult to find computational speed in a sentence. 用computational speed造句挺难的
7. in the paper, the new electromagnetic scattering algorithms have been introduced-recursive aggregate t-matrix algorithm ( ratma ) and fast multipole algorithm ( fma ) . two kinds of methods are precise and efficient and have advantages over conventional method of moment in computational speed and requirement for storage space
   本文研究了基于积分方程的电磁散射计算方法，主要研究了两种算法：递推t矩阵法和快速多极子法，这两种算法都有计算量小、所需内存少和精度高的优点。
8. to the question of the low computational efficiency, low computational speed, low stability and unsatisfactory calculation result of the traditional method to get the optimal thresholds, a new multi-dimension thresholding method based on dga ( dissipative genetic algorithm ) that has higher capability and speed of optimization is developed
   仿真结果表明采用耗散结构遗传算法进行优化可使图像处理时间和计算量大大减少，而处理精度并没有受到影响，且有效避免了遗传算法过早陷于局部最优的不足，增强了算法的稳健性。
9. (4 ) the transient field-circuit model of large generator and the network model of power station are all studied . moreover, the coupling finite-element model with fast computational speed and high accuracy is found, which is very suitable for the on-line insulation safety forecast diagnosis of large generators . ( 5 ) the
   (5)结合场路综合模型的分析计算，建立了大型发电机绝缘安全的评估模型，并对在厂站操作过电压冲击下的大型发电机绝缘安全的在线评估方法进行了研究。
10. furthermore, performance of fft arithmetic and dsp + dsp, double cpus, hardware structure have improved computational speed and measure precision of the monitoring system . in the protection system, the iniegrated dft arithmetic enhances the accuracy and reliability of protection execution . by communication several devices can run online to be cofltfolled dispersedly and managed centrally
    测控部分率先实现了底层装置128点快速傅立叶算法（fft），提高了计算速度和计量精度；保护部分采用24点离散傅立叶算法（dft），增加了保护动作的准确性和可靠性；通过通讯可实现多台装置联网运行，做到“分散控制、集中管理”。
11. there are some achievements of this subject : strengthen the open of the software; double cpus have accelerated the computational speed; the module structure of hardware has improved systematic dependability, and it benefits further expansion and upgrading the nc system; strengthen programming function, figure function, man-machine dialogue function, diagnosing and communication function; the developments of this system establish foundation for our school's develops machine control system, machining center and flexible manufacturing system, etc further in the future
    本课题取得了如下成果：增强了原机床软件的开放性；采用双cpu加快了计算速度；硬件模块化的结构提高了系统的可靠性，便于数控系统进一步的扩展及升级；编程系统的功能、图形功能、人机对话功能及自诊断功能、通信功能加强；此系统的开发为将来我校开发研制多机控制系统、加工中心和柔性制造系统等奠定了基础。