2) rule of minimal error probability
最小差错概率准则
1.
According to the principle that bit energy of chaotic signals is not constant, the demodulation method for chaos shift keying signals based on the rule of minimal error probability is proposed.
根据混沌信号比特能量不为常数这一特点,提出一种基于最小差错概率准则的CSK信号解调方案,在此基础上设计硬件实验电路,进行了电路仿真和硬件实验研究,给出了实验结果。
3) demodulation of minimal error probability
最小差错概率解调
4) minimal classifying error
最小错分概率
1.
In order to suit for the circumstance and gray differences of the remote sensing images of the same scene taken at different times,a change detection algorithm is presented to remote sensing images based on the threshold of minimal classifying error.
为适应不同时期遥感影像成像环境和灰度的差异,提出一种基于最小错分概率的遥感影像变化检测方法,对待检测的遥感影像利用差影法提取出差值影像,利用最小错分概率的计算方式计算变化阈值,提取出重要的变化区域,最后采用去噪扫描和形态学的方式剔除噪声带来的虚假变化。
5) least error probability
最小错误概率
1.
Combiningwith the samples in sample room,its classification can be confirmed via Bayes decision based on the least error probability.
提出了一种用Bayes决策理论进行手写体数字识别的方法,对已知类别的样品提取特征建立数字样品库,对于任意的手写数字提取特征,根据数字样品库中已知样品的特征,运用基于最小错误概率的Bayes决策进行识别。
6) error probability
差错概率
1.
This paper analyzed the impact of fading correlation on the noncoherent unitary space-time code,deduced the pair-wise error probability(PWEP) and Chernoff bound under fading correlation.
主要分析了空间衰落相关对非相干酉空时码带来的影响,推导了衰落相关条件下酉空时码的成对差错概率及其Chernoff边界。
2.
A general error probability analysis for the noncoherent Mary orthogonal keyed(MOK)signals with square envelope detector is presented in this paper.
分析非相干Ｍ进制正交键控信号在随机高斯干扰信道中的平均差错概率；给出了计算非相干Ｍ进制正交键控信号在包络平方检波时，平均差错概率的通用表达式，为分析Ｍ进制正交键控信号提供了数学工具。
3.
This paper researches the noise entropy in a channel in according to the Shanno s information theory,gets the conclusion that the noise entropy is the maximum when the error probability of channel equipment is 0.
得出当在信息通信模型中接收设备和发送设备的差错概率为 0 5时 ,信道噪音的熵达到最大值。
补充资料：最小辐亮度与最小辐照度(见核爆炸火球)
最小辐亮度与最小辐照度(见核爆炸火球)
minimum-brightness and minimum-irradiance
zuixiao fuliangdu yu zuixiaofu乙haodu最小辐亮度与最小辐照度(minimum-brightness and而nimum一irradianee)见核爆炸火球。
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