研究基于算法图的并行计算优化设计方法。
An optimal design method for parallel computing is presented based on algorithm graph.
将两种基于图论的算法图切割与随机游走应用于运动对象的分割。
Two algorithms, graph cut and random walk based on graph theory, were applied to motion segmentation.
将两种基于图论的算法图切割与随机游走应用于运动对象的分割。
Segmentation of motion objects based on graph cuts and C-V model;
理论和实验表明，在超低比特率图象通信应用领域，该算法图象压缩效率高，图象恢复效果好。
The theoretical and experimental results show that the proposed algorithm can achieve higher compression efficiency than DCT and the W transform based method in very low bit rate communication.
下面的图展示了一个通过使用DB 2BACKUP压缩算法来节省空间的示例。
The following diagram shows an sample of the space savings using the DB2 BACKUP compression algorithm.
而且，大多数代码基经常包含循环，我们使用了复杂的算法来处理这种循环，但依然能保证提供高效的层次图。
Further, most codebases often have cycles, and we have added sophisticated algorithms to work with such cycles but still provide effective layered diagrams.
图1和图2中的流程图显示了从stab格式收集信息的算法。
A flow chart representing the algorithm for getting the information from the STAB format follows in Figures 1 and 2.
显示从STAB提取调试信息的算法的流程图。
Flowchart showing the algorithm for extracting debug information from stab.
该机器人用这些数据作为其机器学习算法的输入数据，产生一个脸部表情和相应肌肉马达运动之间的信息存储分布图。
The robot used this data as an input for its machine learning algorithms and created a map between its facial expressions and the movements of its muscle motors.
显示从STAB提取调试信息的算法的流程图(续)。
Continuation of flowchart showing the algorithm for extracting debug information from stab.
为此，提出一种直接按指纹梯度矢量的方向图进行指纹特征检出的算法。
For this reason, the authors propose a method to detect fingerprint features directly fr om the fingerprint gradient orientations.
该算法首先通过对边缘密度图进行投影分析进行自顶向下的粗定位，然后在此基础上利用垂直边缘的连接强度进行自底向上的精确定位。
The algorithm first makes a top-down coarse location using the projection analysis of the edge density graph and then makes a bottom-up precise location based on the vertical edge linkage intensity.
另外，基于如路径-查询(Path - Search)算法的普通图，也易于通过遍历图来实现。
Additionally common graph based algorithms like path-searches are easy to implement by traversing through the graph.
进一步利用得到的距离图，并引入体样条插值算法，选择合适的控制顶点，完成对标准冠牙合面与对颌牙牙合面的冲突区域的调整。
By making use of the distance map and introducing a volume spline interpolation algorithm, a set of control points were selected and therefore the conflict areas were adjusted with good effect.
图3展示了从DWARF获取信息的算法的流程图。
Figure 3 shows a flow chart representing the algorithm for getting the information from dwarf.
最后根据流程图给出一种混合的故障预测算法。
Finally, a kind of mixed fault prediction algorithm is presented.
给出了对应的电路原理图和功率算法。
And its corresponding circuit schematic diagram and power algorithm are given.
测试结果表明采用这种定点数制的算法所形成的天线阵方向图具有较好的性能。
Simulation results showed that the antenna array's directional pattern formed by this kind of fixed-point format LMS algorithm had high performance.
针对MAP法提出了具体算法和参数估计方法。并提出应用图象分割法来提高计算机复原速度，节省存储空间。
We derive the algorithm and parameters estimate method for the MAP restoration, and propose the image sectioning to speed up the restoration and save memory space.
详细说明：一个图象分割的算法原码。包括畸变矫正。
An image segmentation algorithm of the original code. including aberration correction.
针对以上问题，该文提出了一种新的基于形状的图象检索算法。
To cure the above problems, this paper presents a novel shape based image retrieval algorithm.
提出了一种新的动态启发式二叉判定图(BDD)最小化算法。
A new dynamic heuristic binary decision diagram (BDD) minimization algorithm is proposed.
同时，在借鉴国内外研究成果的基础上，探讨了攻击路径的自动生成算法以及对攻击图相关的算法之间的优缺点进行了比较。
It has profited from the domestic and foreign research results, in this foundation, it discussed automatic production of attack path, as well as attack graph algorithm comparison.
提出一种基于高斯拟合的平面赤足迹图象分割算法。
A planar barefoot impression image segmentation method base on Gaussian fitting is proposed.
关于算法：图1中的数据来自于单一发动机固定条件的试验室测试结果。
Toward analgorithm: The data in Figure 1 were from a single engine underfixed test conditions in a lab.
在许多采用马尔可夫随机场模型的基于样图的纹理合成算法中，邻域的大小决定着这些合成算法的纹理合成质量和合成速度。
For many sample-based texture synthesis algorithms using markov random field model, the size of neighborhood determines the quality and speed of texture synthesis.
本文介绍用计算机自动生成pert图时的结点逻编定位算法。
This paper presents the algorithm of logical position of the nodes with computer-generated PERT schematics.
本文介绍用计算机自动生成pert图时的结点逻编定位算法。
This paper presents the algorithm of logical position of the nodes with computer-generated PERT schematics.
应用推荐