1) starting-window
启动窗口
1.
The text briefly narrates the method of using C+ + builder to creat application program of starting-window.
本文对利用C++Builder创建应用程序启动窗口的方法作了简要论述,就建立县有个性的应用程序封面提出了自己的一点看法。
2) Mian windows already running.
主窗口已经启动。
4) moving window
移动窗口
1.
Landscape pattern in Northeast China based on moving window method
基于移动窗口法的中国东北地区景观格局
2.
Firstly, along the whole spectral region, a series of PLS models were built in moving window, and then the informative regions with small error could be located.
为此本研究提出先用移动窗口偏最小二乘法(MWPLS)从宽谱区中初选出信息区间,再采用改进的迭代遗传算法(IGA)从中选出最优的信息子区间。
3.
In the paper,a simple and applied fast filter-median filter with moving window is introduced.
本文将介绍一种简单、实用的快速滤波算法———移动窗口中值滤波算法,并采用MIT-BIH Arrhythmia Database以及Euro-pean ST-T Database中的数据进行大量的实验验证。
5) dynamic window
动态窗口
1.
In order to improve image processing speed for lane detection in structured road,an algorithm with monocular vision self-adapting dynamic window is proposed.
为提高结构化道路车道线检测的图像处理速度,提出一种单目视觉自适应动态窗口的高速检测算法。
2.
Dynamic window is used to narrow scope of search and accelerate speed of division with average operation time of approximate 26ms for recognition of actual detected target.
针对全自主足球机器人目标识别受光强变化的影响,实时性、准确性和鲁棒性存在的不足,提出了一种基于动态窗口HSI色彩空间模型的阈值向量位与及区域合并算法,并通过动态窗口减小搜索范围加快分割速度,实测目标识别的平均运行时间约26ms;另外,根据目标的矩不变及卡尔曼滤波的方法,提高了跟踪目标的准确性和鲁棒性,实验结果表明,目标跟踪准确率约99。
3.
Regarding Lorenz model as the forecast equation,this paper investigates the evolution of the number of particles falling into the predefined dynamic window and the average forecast weight X of the Lorenz system.
定义一个动态窗口,以Lorenz模型为预报方程,通过对落入动态窗口中的粒子数和平均预报X分量随积分时间演化规律的分析,从另一个角度初步研究了Lorenz系统的可预报性问题,并讨论了高斯白噪声对系统可预报性的影响。
6) sliding window
滑动窗口
1.
Optimal size of the sliding window in flow control;
滑动窗口流量控制中的窗口大小计算
2.
Based on the sliding window of the counting vehicle and location forecast;
基于滑动窗口的车辆计数和位置预测
3.
Optimal algorithm of data streams clustering on sliding window model;
滑动窗口模型下的优化数据流聚类算法
补充资料:MS窗口系统
MS窗口系统
MS-Windows
MS ehuangkoU xltongMS窗口系统(MS.、Vindows)参见windo桃操作系统。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条