5.1 Digital Processing of Continuous-Time Signals Digital processing of a continuous-time signal involves the following basic steps: (1) Conversion of the continuous-time signal into discrete-time signal, ()Processing of the discrete-time signal, (3) Conversion of the processed discrete- time signal back into a continuous-time signal

第一节 信息物质 Signal Molecules 第二节 受体 Receptor 第三节 信息的传递途径 Signal Transduction Pathway 第四节 信息传递的交叉联系 Cross Talk of Signal Transduction Pathways 第五节 信息传递与疾病 Signal Transduction and Diseases

resource_no：1418408； screenshot_no：39485626； is_ocr：True http://s2.docs.xiaokudang.com/upload/docimgs/6/f/9/e/6f9ee68b5471403abaefbd53222aaf37.jpg 更新页数 删除源图 第三节 信息的转导途径 （Signal Transduction Pathway） 加书名号和大冒号 加大括号 高精度 0 Signal Transduction Pathway) 第四节 信息转导途径的交互联系 Cross Talk of Signal Transduction Pathways 第五节 信息传递与疾病 Signal Transduction and Diseases

• Introduction to signal processing in HEP • Detector signal processing model • Electronic signal processing • Preamplifier and Shaper • Analogue to Digital Conversion • Digital signal processing

第一节 信息物质 Signal Molecules 第二节 受体 Receptor 第三节 信息的传递途径 Signal Transduction Pathway 第四节 信息传递的交叉联系 Cross Talk of Signal Transduction Pathways 第五节 信息传递与疾病 Signal Transduction and Diseases

第一节 细胞信号转导概述 The General Information of Signal Transduction 第二节 细胞内信号转导分子 Intracellular Signal Molecules 第三节 细胞受体介导的细胞内信号转导 Signal Pathways Mediated by Different Receptors 第四节 信号转导的基本规律和复杂性 The basic rule and complexity of signal transduction and

Signal Model Matched Filter Review: NP theorem Development of the Detector Performance of Matched Filter Generalized Matched Filter Multiple Signal M-ary Detector

• Introduction to Digital Signal Processing • Digital Filter Design • Multi-rate Signal Processing • Wavelet • Applications

◆Signal processing is benefited from a close coupling between theory, application, and technologies for implementing signal processing systems. ◆Signal processing deals with the representation, transformation, and manipulation of signals and the information they contain

-- PN Junction -- Large-Signal and Small-Signal Models of Bipolar Transistors -- Large-Signal and Small-Signal Models of MOS Transistors -- Comparison of BJT and MOS transistors