▪ 树的概念和基本术语 ▪ 二叉树 ▪ 二叉树遍历 ▪ 二叉树的计数 ▪ 树与森林 ▪ 霍夫曼树

字符串( String 字符串是n(≥0)个字符的有限序列, 记作S:“cc2g3…Cn” 其中,S是串名字 “c2c3…cn”是串值

Chapter Three Telecommunication Technology Chapter Study Tasks (3) In this chapter, you will be able to Identify the key concepts of telecommunication -Learn the basics of data and serial communications -Get the general ideas of the text and the extensive reading -Complete all the practice required

目录 1.国内生产总值(GDP) 2.支出法计算GDP 3.收入法计算GDP 4.GNP和其他数据 5.消费物价指数(CPI) 6.失业率 7.存量与流量 8.本章小结

Used for analyzing network performance In packet networks, events are random Random packet arrivals Random packet lengths While at the physical layer we were concerned with bit-error-rate, at the network layer we care about delays How long does a packet spend waiting in buffers?

Ch. 3 Estimation 1 The Nature of statistical Inference It is argued that it is important to develop a mathematical model purporting to provide a generalized description of the data generating process. A prob bility model in the form of the parametric family of the density functions p=f(:0),0E e and its various ramifications formulated in last chapter

Balanced search trees Balanced search tree a search-tree data structure for which a height of o(g n)is guaranteed when implementing a dynamic set of n items

航摄像片的基本知识 Basic Knowledge of aerial photos 航摄像片的判读 The Mapping of Relief Map  像片的立体观察 Solid observation of photos 航测资料在水利工程中的应用  Applying data of aerial survey in Irrigation Projects 航测成图的简要过程  The brief process of aerial survey 卫星像片简介  Brief introduction of aerial photos

Lecture 6 B-splines(Uniform and Non-uniform) 6.1 Introduction The formulation of uniform B-splines can be generalized to accomplish certain objectives These include Non-uniform parameterization Greater general flexibility Change of one polygon vertex in a Bezier curve or of one data point in a cardinal(or interpolatory) spline curve changes entire curve(global schemes) Remove necessity to increase degree of Bezier curves or construct composite Bezier curves

Autonomy Technologies Fault Detection, Isolation and Recovery Planning & Scheduling Intelligent Data Understanding Path Planning Gradient method