用于束流诊断的数字信号处理
Digital Signal Processing for Beam Instrumentation
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中文总结 AI 辅助
本文总结了CERN加速器学校束流诊断课程中关于数字信号处理的讲授内容，聚焦其基础概念与束流诊断常用技术。
中文摘要 AI 辅助
本会议论文总结了在欧洲核子研究组织（CERN）加速器学校（CAS）束流诊断（BI）课程中所讲授的数字信号处理（DSP）相关内容。在此语境下，信号是指任何可测量的、携带束流信息的物理量。数字信号通过对连续时间信号在时间域（采样）和幅度域（量化）进行离散化处理得到，数字信号处理指用于分析和操控此类信号的一系列技术。鉴于该领域涵盖范围较广，本次讲解聚焦于DSP基础概念以及束流诊断应用中最常用的技术。
英文摘要
These proceedings summarise a lecture on Digital Signal Processing (DSP) delivered at the CERN Accelerator School (CAS) on Beam Instrumentation (BI). In this context, a signal is any measurable quantity conveying information about the beam. A digital signal is obtained by discretising a continuous-time signal in both time (sampling) and amplitude (quantisation). Digital signal processing refers to the set of techniques used to analyse and manipulate such signals. Given the breadth of the field, this contribution focuses on fundamental DSP concepts and on techniques most commonly encountered in beam instrumentation applications.
