Research on Algorithms of LPP for Image Retrieval

Liquid Crystal Molecules Alignment on the Weak Anchoring Surface by LPP Method

光控取向弱锚定表面的液晶分子排列

In this paper, we propose three novel improvements to LPP.

本文分析了局部保留投影算法特征，提出了三个改进方法。

Application of LOQ mining centrifugation coupling in tape conveyer

LOQ矿用离心偶合器在胶带输送机上的应用

The LOQ, accuracy and Recoveries of methods all meets the Chinese and International Standards requirements.

各方法的检出限、精密度和回收率均符合国际和国内相关标准和法规的要求。

Applied Experiment of LOQ Type Mining Centrifugal Coupling in Donghai Coal Mine

LOQ矿用离心偶合器在东海煤矿的应用试验

The LC-MS/ MS methods for determining the concentration of SBT in rat plasma and in Beagle dog plasma were established using terbutaline as internal standard with LOQ of 0.10 ng/ ml and 0.05ng/ ml, respectively.

建立LC-MS／MS法测定大鼠血浆及Beagle犬血浆中SBT浓度，以特布他林为内标，方法专属性强、灵敏度高，定量限分别为0.10ng／ml和0.05ng／ml；

Conclusion Stimulation with LPU could induce cell proliferation at a shorter time and could inhibit cell growth or even cause cell apoptosis in vitro at a longer time.

结论短时间低剂量脉冲超声波刺激能促进细胞增殖，超过一定时间则会抑制细胞生长，甚至引起细胞凋亡。

Comparing with the different generation HPUs with LPU mixed films, the gloss and hardness improve significantly.

对比各代HPU掺杂涂膜发现，随代数的增加，光泽度和硬度明显提高。

Objective To study the biological effect of low-intensity pulsed ultrasound ( LPU) on the cultured cell in vitro.

目的研究不同时间的低剂量脉冲超声波刺激对细胞增殖和细胞凋亡的影响。

LPU Based on Single Side Bagging

基于单边抽样的LPU

Methods NCV and EMG were examined on 49 patients of chronic phosphine poisoning.

方法对49例慢性磷化氢中毒的患者进行NCV和EMG检测。结果纤颤电位出现率为9.7%，正锐波8.2%；

Collect there general information, history, clinical signs and EMG+ NCV results.

采集受试者的一般情况、病史、体征和EMG+NCV结果。

Introducing an equivalent net calorific value ( ncv) into the fuel control system

引入等效相对热值的锅炉燃料控制系统

Results The NCV showed mainly conduction velocity decreased, amplitude reduced.

结果GBS的NCV异常主要表现为传导速度减慢，波幅降低。

Robot Manipulator LPV Robust H_ ∞ Controller Design Based on LMI Approach

基于LMI方法的机器人LPV鲁棒H∞控制器设计

Variable pitch control for wind energy conversion system with LPV dynamic compensation

LPV动态补偿的风能转换系统变桨距控制

Variable Gain Control Based on LPV and the Application in Aerospace

基于LPV的变增益控制技术及其在航空航天领域的应用

Adaptive frequency hopping ( AFH) is a new technology that developed in recent ten years, that integrates adaptive frequency control with adaptive power control based on automatic link quality analysis ( LQA).

自适应跳频是近十几年来发展起来的一种跳频通信新技术，是建立在自动信道质量评估基础上，将频率自适应和功率自适应控制相结合的跳频技术。

Link quality analysis ( LQA) is a key measurement process in adaptive frequency hopping ( AFH) communication systems and results in adaptive frequency and power control.

信道质量评估是自适应跳频通信的关键技术，其实时评估结果为自适应频率控制和自适应功率控制提供依据。

The generator of adaptive FH pattern is designed. By using it and the result of the LQA, adaptive frequency selection is accomplished.

设计了自适应跳频图案发生器，利用信道质量评估结果，完成了自适应频率选择。