1) fail fix probability
虚定位概率
2) probabilistic localization
概率定位
1.
This paper overviews some popular mobile robot probabilistic localization methods in recent years, analyzes and compares the performances of these methods.
综述了近几年来流行的移动机器人基于概率定位的各种方法,对它们的性能进行了分析比较,所有这些方法都应用贝叶斯规则作为理论基础。
2.
A passive acoustic sensor network time-delay probabilistic localization algorithm is present in this paper.
提出了一种被动声传感器网时延概率定位的综合处理算法。
3) maximum probability fixing method
最大概率定位法
4) false-alarm probability
虚警概率
1.
The STAP detector based on maximum SINR is proposed in this paper,Via setting the hypothesis test reasonable,deduces the statistic characteristic,and the relationship between detection threshold and false-alarm probability and detection probability.
文中基于最大输出SINR准则构建了STAP检测器,通过对假设检验关系的合理设置,推导出了检验量的统计特性,并得出了虚警概率和检测概率与检测门限的关系,以及在给定虚警概率条件下的判决门限。
2.
This paper proposes the STAP detector based on likelihood ratio rule,through the signal model and the likelihood ratio test,deduces the statistic characteristic,and the relationship between detection threshold and false-alarm probability and detection probability.
基于STAP雷达的信号模型,通过对似然比检验量的推导,得到了似然比检验关系,在此基础上构建了STAP检测器,并在高斯噪声输入的假设下,得出了虚警概率和检测概率与检测门限的关系,以及在给定虚警概率条件下的判决门限。
3.
Figures of false-alarm probability versus E_c/N_o and figures of detection-probability versus E_c/N_o on AWGN condition are presented.
在包交换同步码分多址 (P- SCDMA:Packet- Switch- Synchronious Code Division Multpiple Access)系统的扩频序列的捕捉方案基础上 ,建立了信号模型并运用 m序列部分相关的统计结论从理论上对捕捉系统的参数进行了分析 ,给出了在 AWGN环境下虚警概率对 EC/N0 、检测概率对 EC/N0 的图像。
5) false alarm probability
虚警概率
1.
In order to get lower false alarm probability and higher detection probability, the genetic algorithm (GA) is applied to solve this multipurpose optimal problem which has three parameters: the numbers of C/A code periods and navigation data bits which are used for integral, and the acquisition threshold.
研究了微弱GPS信号的捕获问题,以捕获时较低的虚警概率和较高的检测概率为目标,以累加时的粗捕获(C/A)码周期数和导航数据数,以及捕获门限等参数为决策变量,应用遗传算法(GA)来解决这一多目标优化问题。
2.
Thus,the closed-form expression of the detection probability and false alarm probability of the system can be derived under some interf.
对于多用户干扰,当干扰用户多时,根据中心极限定理,检测器输出端的多用户干扰可近似为一个高斯随机变量,推导了一定干扰用户下系统检测概率和虚警概率的闭合表达式,在给定的信噪比和一定的捕获门限下,求出捕获时间的均值和方差。
3.
Under condition of meteorological clutter,how to exploit the outline clutter map and the dynamic clutter map to reduce the false alarm probability and improve detection performance of radar is discussed,and processing the border problem of meteorological clutter is analyzed,finally the complete clutter map is realized by using FPGA.
探讨在气象杂波环境下,利用轮廓杂波图和动态杂波图降低虚警概率及提高雷达的检测性能,分析气象杂波边缘问题的处理,最后通过FPGA实现了整个杂波图。
6) false-alarm rate
虚警概率
1.
It introduces the apply of importance sampling on radar false-alarm rate on singularity event-radar false alarm.
以稀有事件—雷达虚警为例,介绍重要采样法在雷达虚警概率模拟中的应用,比较二进制滑窗积累器和四进制积累器的虚警概率性能,证明重要采样法在时间费用上的优势。
补充资料：九日逢虚中虚受
【诗文】：
楚后萍台下，相逢九日时。干戈人事地，荒废菊花篱。
我已多衰病，君犹尽黑髭。皇天安罪得，解语便吟诗。
【注释】：
【出处】：
全唐诗：卷842-29
楚后萍台下，相逢九日时。干戈人事地，荒废菊花篱。
我已多衰病，君犹尽黑髭。皇天安罪得，解语便吟诗。
【注释】：
【出处】：
全唐诗：卷842-29
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