正交

受内压P作用的纤维正交缠绕玻璃钢弯管结构设计和强度计算

Constructional Design and Strength Calculation of Orthogonal Filament & winding GRP Elbow under Internal Pressure

TCM正交序列扩频多址通信系统性能分析

Performance Analysis of TCM Orthogonal Sequences Spread Spectrum Multiple-Access Communication System

作一组直角坐标轴，把各力都分解成正交分量。

Construct a set of rectangular axes and resolve any inclined forces into rectangular components .

一类非对称的K型正交变换

A Class of Unsymmetrical K-Type Orthogonal Transforms

用正交试验方法优化IC工艺条件

Use Cross Test Methods to Optimize IC Process Conditions

利用正交设计进行模具零件CNC光学曲线研磨加工的优化

The Optimization of CNC Optics Curve Grinding Manufacture of Die & Mold Parts Using Orthorhombic Design

NURBS曲线的半正交小波分解算法

Algorithm for Semi - orthogonal Wavelet Decomposition of NURBS Curves

应用正交实验设计，对新播长白落叶松苗期进行了N、P、K施肥试验，结果表明：N、P影响苗高、地径、植株干物质重量；

Using orthogonal test design , fertilizer tests with N , P , K were conducted during seedling stages of Larix olgensis which were newly sowed .

基于新息正交性的Kalman滤波抗野值法在POS中的应用

Application of Modified Kalman Filtering Restraining Outliers Based on Orthogonality of Innovation to POS

Hopfield网络中二元正交记忆模式的吸引域分析

Analysis of Binary Orthogonal Memory Patterns in Hopfield Neural Networks

重新分析了数字坐标仪X轴与Y轴不正交对方位角的影响，还通过一实例说明平面α角坐标系及其公式在实践中的应用。

At last , a simple example is attached to show the application of plane α angle coordinate system and its formulae in practice .

超宽带无线收发机中的正交LCVCO设计

Design of Quadrature LC VCO for UWB Wireless Transceiver

GS正交算法中正交化次数的自动确定一种悬停直升机的探测方法

An automatic detection approach for GS orthogonalization

具有Laguerre正交多项式零点的Hermite插值逼近

On Approximation by Hermite Interpolation with Zeros of Laguerre Orthogonal Polynomials

STM管式扫描器交叉耦合及非正交误差的研究

A study on cross coupling error and nonorthogonal error of the STM tube scaner

Hilbert空间中框架与Riesz基的扰动及其正交分解

Perturbation of Frames and Riesz Bases for Hilbert Spaces and Their Orthogonal Decomposition

采用正交设计法，研究了合成以CR为基础的三元接枝共聚胶粘剂的较佳配方和工艺条件。

Abstract : The synthesis and adhesive strength of neoprene-based three-component graft copolymer ad - hesive have been investigated by using the Latin square design .

第五章数字信号解调原理及仿真。介绍了AM、FM的正交解调原理和仿真。

Chapter 5 Introduces digital signal demodulation technology and emulator , such as AM and FM demodulation and emulator .

Taguchi正交实验技术在微孔注塑中的应用

Application of Taguchi orthogonal experimental technology in the microporous injection molding

采用正交试验设计方法进行了品种（A）、穴粒数（B）及种植密度（C）三因素正交试验，同时进行品种加工属性研究。

The 3 factors ( variety , seeds per bunch , planting density ) of orthorhombic test varieties for processing were conduced by using orthogonal test design experiment and processing attribute was also studied .

提出了一种适用干正交频分复用（OFDM）系统循环前缀（CP）不足情况下的新型信号检测方法。

A new signal detection method was presented for orthogonal frequency division multiplexing ( OFDM ) systems with insufficient cyclic prefix ( CP ) .

研究了SiC纤维正交电路屏/环氧树脂复合材料和化学镀镍SiC纤维正交电路屏/环氧树脂复合材料的吸波性能。

Radar absorption performances of orthogonal-arranged SiC_ ( f ) circuit / epoxy composite and orthogonal-arranged electroless-nikel-plated SiC_ ( f ) circuit / epoxy composite were studied .

通过正交实验对超临界CO2的萃取工艺进行优化，确定最佳工艺条件为：压力38.5MPa，温度40℃，夹带剂用量1.5ml·g~（-1）。

Orthogonal experiment was applied to optimize the process parameters of the supercritical CO_2 fluid extraction .

采用三元一次回归正交试验设计对番茄椒（tomatosweetpepper，tsp）进行N、P、K配方施肥，研究其对产量及品质的影响。

Trinomial one time regression orthogonal design was used to fertilize the tomato sweet pepper with N , P and K according to prescription and study its effect on yield and quality .

提升格式和双正交小波Riesz基

The Lifting Scheme and Biorthogonal Wavelet Riesz Bases

第五章对差分OFDM系统进行了研究，对加性高斯白噪声（AWGN）信道下具有多径传播的正交频分复用多载波通信系统进行了计算机仿真。

Chapter V studied differential OFDM systems , it simulated the OFDM multi-carrier communication system with the AWGN channel and multi-path characteristics by computer .

MIMO-OFDM系统内组合使用两种关键技术：即多输入和多输出（MIMO）天线和正交频分复用（OFDM）调制。

A multiple-input and multiple-output MIMO-OFDM system is a system that employs multiple transmit and receive antennas in an Orthogonal frequency division multiplexing ( OFDM ) communication system .

对于实现下一代移动通信系统的目标而言，正交频分复用（OFDM）技术与码分多址（CDMA）技术相比就显出其优越性。

Facing the object of the next generation mobile communication system , Orthogonal Frequency Division Multiple ( OFDM ) against Code Division Multiplex Access ( CDMA ) has its distinct superiority .

正交多项式及Pade逼近

The Orthogonal Polynomials and the Pade'Approximation

我们讨论和比较了这些接入方式在实际应用方面的因素，指出综合正交和非正交方式优点的hybrid系统可能是未来无线蜂窝通信的一种可行方案。

The practical aspects of these multiple access techniques are also discussed and compared . The hybrid schemes , which combine the advantages of both orthogonal and non-orthogonal techniques , can provide promising solutions for future wireless cellular communications .