The bars below the time slices represent the sliding window.
时间片下面的各栏表示滑动窗口。
And the optimal sliding window width is given.
并且给出了最佳滑动窗口的宽度。
Based on this, a variable length sliding window technique is proposed.
在此基础上，本文提出了变长滑窗技术。
A mathematical model for sliding window polynomial fitting is proposed.
提出了滑动窗多项式拟合数学模型。
Taking the sliding window processing, the maneuver detection algorithm is real-time without any time delay.
同时通过采用逐点更新法，可实时进行机动检测。
To satisfy the buffer constrain in practice, a sliding window based rate allocation scheme is also proposed.
针对实际应用中的缓冲区的限制，我们还提出了滑动窗口的码率分配方案。
The problem of continuous MAX query over sliding window data streams is addressed, and an optimal storage method is proposed.
考虑滑动窗口数据流上的连续MAX查询问题，提出了一种存储最优的方法。
The paper proposes an improved double sliding window algorithm to detect burst signal based on the feature of preamble sequence.
在双滑动窗口算法实现突发通信信号检测的基础上，利用前导码的特征对该算法进行改进。
Based on clustering, a sliding window correlator algorithm for resolving the radar object ambiguity in range and velocity is described.
以聚类算法为基础，本文介绍了一种用于雷达目标解距离、速度模糊的滑窗相关器算法。
A sliding window algorithm was developed for speech communications on Frequency-Hopping (FH) channels with wideband rejective interference.
为满足在跳频信道上的语音传输需求，研究了一种抗阻塞干扰的“滑动窗”语音传输算法。
The cab is equipped with adjustable seat, side sliding window, wiper, electric fan. It has the characteristic of low noise, wide viewing area.
噪音低、视野宽阔、可调式的司机座椅、侧滑窗玻璃、刮雨器，并配备电风扇。
The central section consists of glass block and timber garage door at ground floor level, a sliding window, stone cladding and movable louvres.
中央部分包括玻璃体块、首层的车库木门，滑动窗、石头表皮和活动百叶窗。
In order to solve this difficulty, this paper provided a new sliding window computing method, which is based on vision and statistic information.
针对这一问题，本文提出了基于视觉信息与统计信息的滑动窗口方向场计算方法。
A mathematical model that characterizes the affects of the updating cycle of sliding window and data stream rate on predictive accuracy is also presented.
还提出了滑动窗口的更新周期、数据流的流速对预测精度影响的数学模型。
This paper proposes a novel decision feedback equalizer (DFE) algorithm based on a sliding window generalized multichannel fast transversal filter (SWFTF).
本文提出了一种基于滑动窗广义多路快速横向滤波(SWFTF)的自适应判决反馈均衡器(DFE)算法。
According to the updating granularity, two kinds of sliding window are defined: continuously updating sliding window and periodically updating sliding window.
根据滑动窗口的更新粒度定义了两类滑动窗口：连续更新滑动窗口和周期更新滑动窗口。
In this paper, based on the analyzing and comparing some modular multiplication algorithms, we present a new modular multiplication algorithm on sliding window.
本文在分析比较现有快速模乘算法的基础上，提出了一个基于滑动窗口的快速模乘算法。
For the problem of passive location under low detection probability, a multi-sensor fusion tracking algorithm based on sliding window batch technique is presented.
针对低检测概率下的无源定位问题，提出一种基于滑窗批处理的多传感器融合跟踪算法。
To solve this problem, a technique which is based on sliding window technique is presented for the segmentation of touching characters in mathematical expressions.
在印刷体数学公式识别中，不能很好地切分粘连字符是造成识别错误的主要原因。
Simulations show that the performance of sliding window algorithm is very much better than that of the traditional RS coding algorithm under the same channel conditions.
测试表明，在有阻塞干扰的跳频信道上，“滑动窗”算法的性能远远优于传统的RS码纠错算法。
This algorithm greatly reduces times of addition operation which takes time for scalar multiplication algorithm by introducing signed and unsigned sliding window coding methods.
此算法通过引入有符号和无符号滑动窗口编码方法，大大减少了标量乘算法中费时的加法运算次数。
Aiming at complexity of multisensor track initiation and the influence caused by sensors precision, an approach for track initiation based on clustering and sliding window is proposed.
针对多传感器航迹起始的复杂性以及传感器的精度对航迹起始的影响，提出了一种基于聚类分析与滑窗法的集中式多传感器航迹起始方法。
Sliding window is an approximate method which is concerned about the recent data in the data stream.
滑动窗口是数据流中一种关注近期数据的近似方法。
Sliding window is often used as a sampling method for query processing and obtaining approximate answers over data stream.
滑动窗口是对数据流进行连续查询处理、得出近似查询结果的一种常用的数据采样技术。
Aiming at this problem, a flexible-size sliding-window is used to search the maximum-size homogenous area, and consequently the size of homogenous area can be adaptive to the local texture.
要解决该问题，可采用大小可变的滑动窗来搜索局部的最大同质区，最大同质区的大小能自适应局部纹理的变化。
Aiming at this problem, a flexible-size sliding-window is used to search the maximum-size homogenous area, and consequently the size of homogenous area can be adaptive to the local texture.
要解决该问题，可采用大小可变的滑动窗来搜索局部的最大同质区，最大同质区的大小能自适应局部纹理的变化。
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