正映射

  • 网络positive map
正映射正映射
  1. 研究了σ-C-代数上的完全正映射,获得了共变形式的Stinespring型扩张定理等一系列结果。

    Completely positive maps on σ - C-algebras are studied in this paper . The covariant version of Stinespring 's dilation theorem and some results are obtained .

  2. 关于锥内正映射不动点指标的一个猜想

    Conjecture on Fixed Points Indices of Positive Mappings in Cones

  3. 提出的一个关于正映射锥上不动点指标计算的猜想,并举例说明其应用。

    And give an example to illustrate the application of the theory .

  4. σ-C~-代数中的正映射

    Positive maps over σ - c ~ - algebras

  5. 矩阵算子代数上的完全正映射

    Completely positive maps on matrix operator algebras

  6. 全正映射及其张量积

    Completely Positive Maps and Their Tensor Product

  7. 第四章定义了C~-代数全正映射的全融合自由积,并且给出了全正映射的全融合自由积的一些重要的性质。

    In Chapter 4 we define the full amalgamated free products of the completely positive maps , and give some reduced properties of the full amalgamated free products of the completely positive maps .

  8. 即一个C~-代数A是可交换的充要条件是任何一个从C~-代数A到C~-代数B的正线性映射是完全正的;

    That is , a C - algebra A is commutative if and only if every positive linear map from C - algebra A to C-algebra B becomes completely positive .

  9. H参数建模方法的不足,基于旋量理论,提出了利用机器人运动学正解映射的指数积公式构造运动学逆解问题的几何算法。

    H matrix , a geometrical closed-form inverse kinematic method , utilizing the product of exponentials ( POE ) formula of direct kinematics mapping , is proposed based on screw theory .

  10. 应用基于运动螺旋的机器人正解映射求解FANUC机器人的逆运动学问题

    A Method for Solving Inverse Kinematic Problem of FANUC Robot by Means of Forward Kinematic Map Based on Theory of Screw

  11. 正线性映射及其导出的广义权与容量

    Positive Linear Map and its Introducing Generalized Weights and Capacities

  12. 而且利用指数积方法计算挖掘机雅可比矩阵无需对运动学正解映射求微分,并能有效的避免因参数引起的奇异性。

    And there is no calculus of differential on forward kinematics mapping and no singularity to calculate jacobian matrix by exponential .

  13. 点火时间正是通过映射RPM范围的确切时间,以便获得最佳的性能要求是在每个转速和负载范围内适用。

    Ignition timing is precisely mapped through the RPM range so that the exact timing required to obtain optimum performance is applied in every RPM and load range .

  14. 正被重新映射的标记的原始类型的名称。

    The name of the original type for the tag that is being remapped .

  15. 引入了若干新的概念&正双共轭映射、正次梯度和正次微分,并讨论了相应的性质。

    Some concepts are introduced , such as the positive biconjugate mapping , positive subgradient and positive subdifferential .

  16. 其次,元素属性maxOccurs值为正的复杂类型映射为一个相应类型的Java数组。

    Also , complex types with a positive value for the element attribute maxOccurs map to a Java array of the corresponding type .

  17. 同时,针对输出力可控功能,提出一种利用磁致伸缩正逆耦合效应映射关系求解控制电流与PID结合的控制方法,开发了输出力控制系统。

    Meanwhile , aiming to its output force controllable function , a control method which is a combination of control current solution method based on the mapping relationship of positive and inverse magnetostrictive effects and PID method is presented .

  18. 这里,我们正尝试将图片映射到三维模型空间中.

    So here what we 're trying to do is we bring the picture and project it into the 3-D model space .

  19. 然后分析了三维面貌特征与二维正侧面照片的映射关系,并利用二维照片作为样本进行检索识别;

    Afterwards , the relationship between 3-D human feature and 2-D images ( frontal and profile ) is analyzed , and retrieval and recognition using 2-D sample image are carried out .

  20. 文中还讨论了关于负载的动态转移方面的一些研究,给出一些设计考虑。正是上面负载映射的灵活性保证了负载平衡处理的第二步&负载动态转移的可行性。

    The thesis also discusses some research about load dynamic migration and describes some design considerations , and thus the above flexibility of load mapping allows the feasibility of the second step for load balancing & load migration .