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COMPSCI 143 - Computer Networks or return to Course Catalog Search

118418 – Section 001   

SchoolDepartmentFaculty
Faculty of Arts and SciencesComputer ScienceH. Kung
TermDay and TimeLocation
Fall 2019-2020  (show academic calendar)MW   4:30 p.m. - 5:45 p.m.Maxwell Dworkin G125 (SEAS)
Credits
4  (show credit conversion for other schools)
Credit Level
Graduate and Undergraduate

Description
Computer networking has enabled the emergence of mobile and cloud computing, creating two of the most important technological breakthroughs in computing of the past decade. We expect three major focuses in the next ten years. First, we will witness the emergence of 5G wireless mobile networks, which will begin to replace the current 4G networks as early as 2020, enabling new applications and paradigm shifts in edge computing, such as uploading sensor data for AI applications everywhere. Second, cyber security, and in particular its relation to networking and supply chain security for 5G network infrastructure, will receive unprecedented attention from industry. Third, blockchain technology, which has powered Bitcoin, is creating a new trusted network infrastructure that will allow information to be distributed but not copied. While these areas are each rich in intellectual content on their own, they will also interplay with one other, creating interesting opportunities for those versed in all three. In order to play a role in this era of network-based computing, students must have a thorough understanding of these networking technologies and applications. Beyond teaching the basic networking protocols, which have become very mature and can be treated as a black box, in CS 143, we will teach new networking issues and topics of significance. This focus on upcoming wireless, cyber security as it relates to networks, network infrastructure, and the broader supply chain, and blockchain advancements is the motivation for CS 143 this semester. Students in the course will read and discuss basic material as well as the latest literature, work on homework assignments, gain hands-on experience through network programming, and have the opportunity to present the concepts and insights learned through a final project.

Prerequisite(s)
Recommended: CS50 (or programming experience) and a strong interest in the subject matter. Lab sessions will be provided to give extra support.

Exam Group
FAS15_C

 
Cross Registration
Eligible for cross-registration
With permission of instructor/subject to availability

MIT students please cross register from MIT's Add/Drop application.

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