Finally, two-step marker results are fused and the image is segmented with a marker-based watershed algorithm. 最后融合两步图像中心区域标记结果,采用基于标记的分水岭分割算法进行图像分割。
Objective: To evaluate the reliability of the digital marker tracing method combined with center-of-mass algorithm in measuring human pelvic displacement. 目的:评价数字标记点质心跟踪法在骨盆位移测量中的可靠性。
The morphology transform is used in flexible combined filter form in order to solve the discrete problem in low resolution image. A new fast image marker algorithm is also introduced which scan the whole image in one frame and get the marker chain. 采用了顺序形态变换的方法,以组合可调滤波器组的形式有效的解决了亚成像图像的低分辨率离散问题,并提出了新的快速标记运算过程。
TrTCM ( Two Rate Three Color Marker) is an algorithm for marking packets in DiffServ Network. 提出了一种改进的双速率三色标记算法。
Three color marker algorithm based on rate prediction 基于速率预测的三色标记算法
With the input of road marker parameters, including distance error and orientation error, the algorithm outputs the steering angle needed. 该模型采用路标的方向偏差和距离偏差作为输入参数,输出前轮转向角;
In order to achieve a fair bandwidth allocation, we regulate the rate to change the probability of a different color marker through model-based dynamic feedback in the loan of packet loss rate of the local labeling algorithm. 通过基于模型的动态反馈数据包的局部丢失来调整标记算法中的速率值,以改变不同类流量的标记概率从而达到公平带宽分配目的。
Experiments show that in comparison to common marker detection algorithms, this algorithm is both faster and more accurate, making it suitable for handheld devices with limited computing resources. 2. 实验表明与目前常用的标记检测算法相比,本法具有快速、准确的特点,适合计算性能较低的手持设备。
The CA marker recognition algorithm replaces traditional marker recognition algorithms with CA model. It improves the CA rules and uses it to register and recognize and track marker in AR application. This paper analyzes the marker recognition and SIFT-KCT algorithm and compares it with traditional algorithms. 基于CA的标记识别算法采用CA模型取代传统的标记识别方法,设计并改进了相关CA规则,对AR标记进行识别与跟踪注册,并与传统方法进行对比分析。
During the realization of the prototype, for the Outdoor environment, marker of points in 3D registration is adopted, and the correctness of this algorithm is confirmed by realizing it in system. 在系统实现过程中,针对户外环境,采用基于标志点的注册算法实现系统的三维注册,最后通过实验效果验证了算法的正确性。
Multi-level marker location algorithm is subsequently used to locate significative regions that are homogeneous in terms of texture and intensity, by moving threshold and extended minima transform. 通过移动阈值与扩展最小变换多层次地标记纹理和灰度的均质区域。