项目背景 Program Background

计算机网络是允许我们的计算机进行通信来传递信息并合作解决问题的关键基础设施。人工智能是计算机学科的一个分支，被认为是二十一世纪三大*端技术（基因工程、纳米科学、人工智能）之一。这是因为近三十年来它获得了迅速的发展，在很多学科领域都获得了广泛应用，并取得了丰硕的成果，人工智能已逐步成为一个独立的分支，无论在理论和实践上都已自成一个系统。人工智能目前在计算机领域内，得到了愈加广泛的发挥，并在机器人，经济政治决策，控制系统，仿真系统中得到应用。而神经网络是人工智能领域的一部分，我们通过一种模仿人脑结构及其功能的信息处理系统，数据的学习、结构和算法来实现对大脑的研究，提高人们对信息处理的智能化水平。

A computer network is the critical infrastructure that allows our computers to communicate to pass information and cooperate to solve problems. Artificial intelligence is a branch of computer science and is considered to be one of the three cutting-edge technologies of the 21st century (genetic engineering, nanoscience, artificial intelligence). This is because it has achieved rapid development in the past 30 years, has been widely applied in many subject areas, and has achieved fruitful results, artificial intelligence has gradually become an independent branch, both in theory and practice has become a system of its own. At present, artificial intelligence has been more and more widely used in the computer field, and has been applied in robots, economic and political decision-making, control systems, simulation systems. The neural network is a part of the field of artificial intelligence. We realize the research of the brain through an information processing system that mimics the structure and function of the human brain, data learning, structure and algorithm, and improve people's intelligence level of information processing.

项目介绍 Program Description

本课程将教授人工智能的基本方法，课上会在大量的编程示例和AI技术来解释来自各种各样的信息来源并使用它来实现智能的，*导向的行为。计算机网络是一个复杂的系统，但同时它本身却是容易理解的。教授将通过教授计算机网络的基本原则来提高学生的理解能力。在自上而下分析法中，教授会带领学生检查协议栈的应用程序，传输，网络和数据链路层。

This course will teach the fundamental approach to artificial intelligence, with extensive programming examples and AI techniques to interpret information from a wide variety of sources and use it to achieve intelligent, goal-directed behavior. A computer network is a complex system, but at the same time it is easy to understand. The professor will improve students' understanding by teaching the basic principles of computer networking. In top-down analysis, the professor leads students through the application, transport, network, and data link layers of the protocol stack.

适合人群 Targeting Students

高中生、大学生

有计算机、人工智能专业基础的学生，对计算机、人工智能有*大的兴趣的学生。
个人的基础比较好，一是编程基础、数据结构算法都很好，二是高数基础，比如概*论、线性代数、微积分、几何、优化理论等等。

High school and college students

Students with computer and artificial intelligence professional foundation, and students with great interest in computer and artificial intelligence.
Personal foundation is relatively good, one is the programming foundation, data structure algorithms are very good, the second is the high number foundation, such as probability theory, linear algebra, calculus, geometry, optimization theory and so on.

参考教授 Professor Introduction

Professor Vicary

King's College, Computer Science Department, University of Cambridge

Vicary教授在牛津大学的曼斯菲尔德学院获得了物理学学士学位，之后在剑桥大学的DAMTP和Trinity Hall学习了第三部分数学课程。随后他在伦敦帝国理工学院(Imperial College London)与克里斯·伊沙姆(Chris Isham)一起获得范畴理论和量子信息基础博士学位，并于2009年获得该学位。此后，他一直在牛津大学工作，并于2013年成为高*研究员。2011-2014年，他还在新加坡量子技术中心担任高*研究员。Vicary教授的工作是研究高*范畴理论及其在计算机科学和数学中的应用，特别是与量子结构相关的领域。

Professor Vicary obtained a Bachelor's degree in Physics at Mansfield College, Oxford, before studying Part III mathematics at DAMTP and Trinity Hall, Cambridge. He then completed a PhD in Category Theory and the foundations of quantum Information with Chris Isham at Imperial College London, where he was awarded the degree in 2009. Since then, he has worked at Oxford University, becoming a senior research fellow in 2013. He was also a senior Research Fellow at the Singapore Centre for Quantum Technologies from 2011 to 2014. Professor Vicary's work is in the study of advanced category theory and its applications in computer science and mathematics, particularly in areas related to quantum structures.

任职学校 University

剑桥大学（University of Cambridge；勋衔：Cantab），是一所世界**的公立研究型大学，采用书院联邦制，坐落于英国剑桥。其与牛津大学并称为牛剑，与牛津大学、伦敦大学学院、帝国理工学院、伦敦政治经济学院同属“G5超*精英大学”。剑桥大学是英语世界中第二古老的大学，前身是一个于1209年成立的学者协会。

八百多年的校史汇聚了牛顿、开尔文、麦克斯韦、玻尔、玻恩、狄拉克、奥本海默、霍金、达尔文、沃森、克里克、马尔萨斯、马歇尔、凯恩斯、图灵、怀尔斯、华罗庚等科学巨匠，弥尔顿、拜伦、丁尼生、培根、罗素、维特根斯坦等文哲大师，克伦威尔、尼赫鲁、李光耀等政治人物以及罗伯特·沃波尔（*任）在内的15位英国*相。截止2019年10月，共有120位诺贝尔奖得主（世界第二）、11位菲尔兹奖得主（世界第六）、7位图灵奖得主（世界第八）曾在此学习或工作。

剑桥大学在众多领域拥有崇高的学术地位及广泛的影响力，被公认为当今世界***的高等教育机构之一。剑桥大学是英国罗素大学集团、金三角*及剑桥大学医疗伙伴联盟的一员，衍育了科技聚集地“硅沼(Silicon Fen)”。学校共设八座文理博物馆，并有馆藏逾1500万册的图书馆系统及全球*古老的出版社——剑桥大学出版社。

2019-20年度，剑桥大学位居泰晤士高等教育世界大学排名世界第3、QS世界大学排名世界第7、US News世界大学排名世界第9、世界大学学术排名世界第3，泰晤士高等教育世界大学声誉排名世界第4。

University of Cambridge (University of Cambridge; Honours: Cantab) is one of the world's leading public research universities, based in Cambridge, England, with a collegiate system. It is also known as Oxbridge with the University of Oxford, and is one of the "G5 super elite universities" along with the University of Oxford, University College London, Imperial College London and the London School of Economics and Political Science. The University of Cambridge is the second oldest university in the English-speaking world, having grown out of a society of scholars founded in 1209.

The 800-year history of the university has brought together such scientific masters as Newton, Kelvin, Maxwell, Bohr, Born, Dirac, Oppenheimer, Hawking, Darwin, Watson, Crick, Malthus, Marshall, Keynes, Turing, Wiles, Hua Luogen, Milton, Byron, Tennyson, Bacon, Russell, Wittgenstein, and other literary and philosophical masters. Political figures such as Cromwell, Nehru, Lee Kuan Yew and 15 British Prime ministers, including Robert Walpole (the first). As of October 2019, 120 Nobel Prize winners (second in the world), 11 Fields Medal winners (sixth in the world), and 7 Turing Award winners (eighth in the world) have studied or worked here.

The University of Cambridge has a high academic status and extensive influence in many fields, and is recognized as one of the top higher education institutions in the world today. The University of Cambridge is a member of the UK Russell Group of Universities, the Golden Triangle and the Cambridge University Medical Partnership Alliance, and has developed a science and technology gathering place "Silicon Fen". The university is home to eight liberal arts museums, a library system with a collection of more than 15 million volumes and the world's oldest publishing house, Cambridge University Press.

In 2019-20, the University of Cambridge was ranked 3rd in the world by The Times Higher Education World University Rankings, 7th in the world by QS World University Rankings, 9th in the world by US News World University Rankings, 3rd in the world Academic Rankings and 4th in the world by The Times Higher Education World University Reputation Rankings.

项目大纲 Syllabus

• 互联网和基本网络协议 The internet and basic network protocols

• 人工智能概论 Introduction to artificial intelligence

• 论文课程，围绕网络路由消息 Essay lecture, Routing messages around networks

• 人工智能和问题解决 Artificial intelligence and problem solving

• 网络的名称和地址 Names and addresses for networks

• 机器学习的神经网络 Neural networks for machine learning

• 逻辑程序设计，计划和问题解决 Logic programming, planning and problem solving

• 课堂复习，提问和回答 Lecture review, question and answer

• 项目回顾与成果展示 Program Review and Presentation

• 论文辅导和发表 Program Paper and Publication

时间安排与收获 Schedule and Outcome

• 在线科研学习+论文辅导学习Online research study + essay tutoring study

• 教授推荐信 Professor's'recommendation letter

• EI/CPCI/Scopus索引国际会议论文发表与收录（可用于申请）International conference papers indexed by EI/CPCI/Scopus (available for application)

• 结业证书 Certificate of completion

• 学习报告 Study report

项目优势 Program Advantages

1. 师资团队配置高

A.授课教授均为剑桥大学、牛津大学在职教授

B. 导师是牛津大学、剑桥大学博士生

C. 班主任负责项目全流程管理

D. 由位于剑桥的英国团队直接提供服务，中方团队配合

2. 小班教学体验

A.10-15人/班，师生比 1：5

B. 国际混合班

C. 可免费试听（*，依情况而定）

D. 学生体验好

3. 项目收获多、性价比高

A.教授亲笔签名的推荐信

B. 教授亲笔签名的结业证书

C. 导师签名的学习报告

D. CPCI、EI、国际会议等国际刊物论文全文发表（独立作者、*作者）

4. 推荐信含金量高

A.推荐信非模板化，有个体差异

B. 电子版推荐信1封

C. 3次网推（如需增加数量，可与教授协商）

D. EDU邮箱/非官方邮箱（可与教授协商）

E. 项目学生确保都有推荐信

5. 提供不*长的录播课程，学生可以任意观看

1. SENIOR TEAM STRUCTURE
A. All of the teaching staff are serving Cambridge or Oxford University professors. 
B. The course supervisor is a Cambridge and Oxford Phd Graduate. 
C. There is a separate Course Supervisor responsible for the wider programme management. 
D . Services in the UK are provided directly by the UK team, based in Cambridge, and supported by the Chinese team
2. Small class sizes
A. 10-15 students in a class, teacher ratio 1:5
B. International mixed classes
C.  Free taster session (limited, subject to availability)
D. Good study experience
3. Course and study outputs and outcome
A. A Letter of Recommendation signed by the Professor
B. A Certificate of Completion signed by the Professor
C. Study Report signed by Tutor
D. Full papers published in CPCI, EI, international conferences and other international journals
4. Multiple references
A. The Letter of Recommendation is personalised to the student. 
B. One electronic Recommendation Letter
C. Three on-line recommendation communications from the Professor (negotiable)
D. EDU email/unofficial email (negotiable with the Professor)
E. All students are guaranteed a Letter of Recommendation
5. Unlimited access to course recordings