| 1. | Partition algorithm for key - machine dispatch in job - shop
单件车间关键工序调度问题的定界算法 |
| 2. | A better partition algorithm is a key to parallel simulation
其中，一个优化的划分算法是实现并行模拟的关键。 |
| 3. | Area partitioning algorithm of boolean operations on highly complicated 2d polygons
海量数据多边形布尔运算的区域分割算法 |
| 4. | In this thesis , grid partitioning is converted to an unoriented and weighted graph , on which partitioning algorithm is studied
本文将网格分区问题转化为无向赋权图的分区，在图上研究分区算法。 |
| 5. | It introduces the definition of texture direction . then , it proposes a sorting and partition algorithm of images with directional texture
给出了纹理方向的定义和一个具有方向性纹理图像分类和分割算法。 |
| 6. | Then , a linear - time partitioning algorithm based on a linear ordering of nodes in a circuit for parallel logic simulation is presented
然后，提出一种在对电路中节点进行线性排序的基础上的线性时间划分算法。 |
| 7. | Simulation examples to demonstrate the performance of the partitioned algorithms show that the algorithm possesses robustness and high adaptability
仿真实例表明，分部算法的鲁棒性更强，对系统初值的改变具有更强的适应能力。 |
| 8. | Unlike most other partitioning algorithms , the proposed algorithm preserves circuit concurrency by balancing the workload on processors at real time
本文提出的算法很好的解决了这个问题，保证了模拟过程中各个处理器上的实时负载平衡，实现了高度的并行性。 |
| 9. | Experiments show that the new optimized partition algorithm can improve the parallel simulation performance compared with the ones partitioned by traditional graph partition algorithms
实验表明,该优化划分方法相对于传统的图划分算法能够有效地提高模拟性能。 |
| 10. | To solve the problem of rule learning time cost for traditional transformation based part of speech tagging method of latin mongolian , a dynamic partition algorithm was presented
针对传统基于转换的词性标注方法中规则学习速度过慢的问题提出了一种对训练语料库进行动态划分的算法。 |
