第一章：介绍
研究大纲
本研究包括四章，每章都有其个人意义。第一章是介绍，提供了这个研究的概述，主要问题正在解决与将用于解决这个问题的方法。第二章是通过考察各种文献资料进行文献研究来启迪现有的方法。此外，第3章包括通过文献回顾和分析进行的数据处理。最后一章是对本研究的总体要求提供充分解释的结论章节。
第二章：理论
本章是本研究的一个重要章节，因为它将重点定义整个论文中使用的关键术语。在电子行业中，相位噪声和抖动这两个术语有着非常广泛的应用。处理这些问题已经产生了许多文献。关于什么可以被称为抖动有一些误解，因为定义的巨大变化高度依赖于特定的应用[14]。事实上，不可否认的事实是，没有一个单独的，特定的，通用的，全面的规范来定义相位噪声，漂移和抖动。
加拿大卡尔加里大学论文代写：电子
关键词定义
抖动
术语抖动被称为在电信和电子设备中假定的周期性信号的实际周期的偏离点。抖动的观察可以通过信号的幅度，连续脉冲所保持的频率或信号周期中的相位等多种特征来完成[4]。一般而言，抖动是每个通信链路的设计中不希望且最重要的因素。在时钟恢复应用中，它被称为定时抖动[14]。抖动的量化可以通过类似的术语来完成，所有的信号随时间变化。
Chapter 1: Introduction
Research Outline
This research is inclusive of 4 chapters with each chapter holding its individual significance. The first chapter that is introduction has provided an overview of this research, the main problem being addressed along with the methods that will be used for addressing the issue. The second chapter is a literature study performed through consideration of various literature articles to enlighten the methods available. Furthermore, Chapter 3 is inclusive of Data processing through literature review and then analysis. The final chapter is the conclusion chapter providing adequate explanation to the overall requirement of this research.
Chapter 2: Theory
This chapter is an essential chapter of this research as it will focus on defining the key terms being used in the entire thesis. There is an extremely broad application of the terms phase noise and jitter within the industries of electronics. There has been generation of a lot of literature for dealing with these. There are a number of misconceptions regarding what can exactly be referred to as jitter as there are huge variations in the definition being highly dependent on the particular application [14]. As a matter of fact, there is no denial in the fact that there is not a single, particular, universally approved and comprehensive specification that defines phase noise, wander and jitter.
加拿大卡尔加里大学论文代写：电子
Key Words Definition
Jitter
The term jitter is referred to as the deviating point from the actual periodicity of a periodic signal being presumed in telecommunications and electronics. The observation of Jitter can be done in a number of features like the amplitude of signal, frequency held by successive pulses, or phase in the periodicity of signal [4]. Jitter, in general terms, is an undesired and mostly significant factor within the design of each and every link of communication. In the applications for the recovery of clock, it is referred to as the timing jitter [14]. The quantification of jitter can be done with respect to similar terms as all signal varying with time.
