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- Lightwave Solutions has developed a novel optical signal processing core technology resulting in a discontinuous innovation in the design of optical transmitter products. 本公司成功研发出一种新型的光信号处理核心技术，是光纤传输产品设计领域中的又一革新。
- incoherent optical signal processing 非相干光信号处理
- non-coherent optical signal processing 非相干光信号处理
- Fourier optics and optical signal processing 傅里叶光学与光信号处理
- ARM's MPCore and embedded signal processing core. ?rm公司推出多处理器内核及嵌入式信号处理内核。
- Analog signal processing for Microprocessor based ? 微机控制仪表的模拟信号处理
- Design of universal signal processing sy. 通用信号处理系统设计。
- optical signal processing 光信号处理
- Advances on Current-Mode Signal Processing Circuit Technology. 电流模式信号处理电路技术的进展。
- Multiplier is the key in the Digital Signal Processing System. 乘法器是数字信号处理系统中的关键。
- DSP is the abbreviation of digital signal processing. 数字信号处理(digital signal processing)又可称为DSP。
- Fast transforms are important tools in digital signal processing. 快速变换是数字信号处理的重要工具。
- Methods of signal processing in LIA based on wavelet transform[J]. 引用该论文 杨兴林;王华岑;徐铁铮;李劲.
- Control and signal processing: Can one processor do it all? 一个处理器能兼顾控制与信号处理吗?
- Application of Wavelet Analysis in MCG Signal Processing[J]. 引用该论文 顾晴雯;蒋式勤.
- The combustion cycle is the main reason of both cutting waviness and main frequency of optical signal. 结果表明，燃烧循环理论不仅是切割面波纹形成的主要因素，也是光信号主频产生的主要原因。
- The third-order nonlinear optical (NLO) response is important in all-optical switching, signal processing, ultrafast optical communications and etc. 三阶非线性光学(NLO)响应对全光开关、光信号处理和超快光通讯具有重要意义。
- Curriculum included: Electric power systems,90; Signal processing,88; Systems and control,92; Electric energy systems,92; Solid-state electronics,88; Communications,94. 课程包括：电力系统，90分; 讯号处理，88分; 系统控制，92分; 电力能源系统，92分; 固体电子学，88分; 通讯，94分。
- In active fiber two kinds of nonlinearity, nonlinear polarization and gain saturation, laed to the frequency spectrum broadening of optical signal. 有源光纤的两种非线性效应非线性极化(克尔效应) 和增益饱和效应都将引起光信号频谱展宽。
- N. Suetake, "Signal process circuit," U.S. Patent 7 084 802, 2006. 康中尉，罗飞路，矩形激励线圈的磁场分析，传感器世界，2003。
