CNT4713 Section 01A
Net-centric Computing
Summer A 2017

Twelve Quizzes - Two per week
Each Wednesday will be a quiz on definitions. (10 points each) Each Friday will be a quiz on theory and examples. (20 points each)
Quiz Weight		10 or 20 points each
GitHub Account
Create a GitHub account and send me an email from your FIU email account with your GitHub user name. I will invite you to a team of students form this class. You should create a branch for yourself and demonstrate Python code that you have written. Create your own branch in the team repository. Experiment with Python and post your work in your branch. At the end of the term, your efforts in Python are worth up to 30 points (5 points per week). Post often for maximum points. You will also have to post working examples to a personal web site on ocelot.
GitHub Weight		30 points - 5 points per week
Grading Scale
The grade for the course will be the total of the top five grades from each type of quiz, plus the points from the GitHub account. No makeup quizzes. If you miss one quiz, then it will be your low grade. The grade for the course will be based on the following scale. The scale is based on the sum of your scores on the quizzes and GitHub branch. Top 5 scores from the definition quizzes - 50 points Top 5 scores from the theory and examples quizzes - 100 points Participation in the GitHub repository - 30 points
Scale		The total number of points is 180. A 157 A- 150 B+ 143 B 136 B- 129 C+ 122 C 108 D 72
Text
		Computer Networking: A Top-Down Approach, 6/E Kurose, James; Ross, Keith ISBN-10: 0132856204 ; ISBN-13: 9780132856201
Room and Time
(none) (none) (none) (none)

Attendance I recommend that you attend every class. Those who attend class have a better chance of passing the course.

Homework I will assign homework. The homework will not be collected and will not be graded. Some questions from the quizzes will be similar to the homework assignment examples. You may work together on the assignments, it will probably help you to understand them. The homework will be reviewed in class.

Prerequisites

If you do not meet the prerequisites, you will be dropped from the course during the first week. Swap out of the course now to avoid late fees.

COP-4338 Programming III

Course Content

• Python
  • Variables
  • Blocks
  • Contol Structures
  • Methods
• Introduction
  • Internet
  • Network
  • Delay, Loss, Throughput
  • Protocol Layers
  • Security
  • History
  • Wireshark
• Application Layer
  • Network Applications
  • Web and HTTP
  • FTP
  • SMTP
  • DNS
  • P2P
  • Socket Programming
    • UDP
    • TCP
• Socket Programming using Phython
  • socket
  • sendto
  • recvfrom
  • bind
  • listen
  • send
  • recv
  • accept
  • close
• Web Programming with CGI
  • Request Headers
  • Response Headers
  • GET
  • Query String
  • Parse Query String
  • POST
  • HTML Form
  • Parse Query String
  • Status Codes
  • Redirect
• Transport Layer
  • Services
  • Multiplexing and Demultiplexing
  • UDP
  • Reliable Data Transfer
  • TCP
  • Congestion Control
  • TCP Congestion Control
• Network Layer
  • Service Models
  • Virtual Circuit and Datagram Networks
  • Router
  • IP
  • Routing Algorithms
  • Internet Routing
  • Broadcast and Multicast Routing
• Link Layer
  • Services
  • Error Detection and Correction
  • Multiple Access Links and Protocols
  • Switched LAN
  • Data Center Networking
  • Review protocols and messages in a web request
• Security
  • Symmetric and Asymmetric Cryptography
  • Integrity
  • Authenticaion
  • Confidentiality
    • Email
    • TCP
    • IPSEC
  • Securing Wireless LANs
  • Firewalls and IDS
• Mobile Networks
  • Wireless
  • WiFi
  • Cellular
  • Management
  • Mobile IP
• Multimedia
  • Multimedia Applications
  • Streaming Video
  • VOIP
  • Real-Time Conversation Protocols
  • Support
• Management
  • Infrastructure
  • Framework

Course Objectives

• Master socket programming and transport layer services
• Master web programming concepts
• Be familiar with network architecture and OSI network model
• Be familiar with internetworking, routing, and congestion control
• Be familiar with link layer access control concepts
• Be familiar with applied cryptography and other network security concepts
• Be exposed to wireless and mobile networking, multimedia networking, and network management