...[5] 在其研究中总结了用于封包分类 的算法,其中包括基本搜索算法(basic search algorithm),几何算法(geometric algorithm), 启发式算法(heuristic algorithm)和硬件搜索算法(hardware-specific algorithm)。
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Symplectic Geometric Algorithm 辛几何算法
explicit symplectic geometric algorithm 显式辛算法
Geometric Hashing algorithm 几何哈希算法
geometric inequality algorithm 三角形几何不等式
geometric correction algorithm 几何校正
geometric description algorithm 几何描述算法
geometric optimization algorithm 几何最优化算法
Therefore, it is significant and necessary to research and develop a more efficiency, more universal geometric algorithm for inverse kinematics of robors.
建立一种高效且通用的机器人逆解几何算法就显得很有意义和必要。
参考来源 - 机器人机构逆运动学问题的模块化算法研究·2,447,543篇论文数据,部分数据来源于NoteExpress
The reliability of geometric algorithm is reduced by two reasons which are presenting inaccuration and computer′s floating operation.
几何对象的不精确以及计算机浮点运算生成的误差积累,势必会影响几何算法的可靠性。
The symplectic geometric algorithm and the Ronge-Kutta algorithm are examined from the viewpoint of the algebraic dynamical algorithm.
从代数动力学算法的观点考察了辛几何算法和龙格-库塔算法的保真问题。
The algorithm behind the 3d double-curvature design registers the intensity and orientation of light rays and assigns them to geometric principles.
三维双曲设计背后的运算法则显示了光线的强度和方向,并把这些与几何原理相结合。
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