CDA6938/COT4932 Special Topic: Research in Computer and Network Security (spring’06) Class Overview.

Slides:



Advertisements
Similar presentations
6/19/2015 Prof. Ehud Gudes Security Ch 1 1 Chapter 0 - Overview.
Advertisements

Welcome to CS 450 Internet Security: A Measurement-based Approach.
Welcome to EECS 440 Advanced Networking. What is this class about? Goal: to help you learn how to do the networking research –Read research papers –Argue.
CSCD 434 Spring 2011 Lecture 1 Course Overview. Contact Information Instructor Carol Taylor 315 CEB Phone: Office.
CSCD 330 Network Programming Winter 2012 Lecture 1 - Course Details.
Welcome to CS 395/495 Measurement and Analysis of Online Social Networks.
Welcome to CS 395/495 Internet Architectures. What is this class about? (1) Goal: to help you understand what the future Internet will look like –What.
ECS15: Introduction to Computers Fall 2013 Patrice Koehl
Computer Network Fundamentals CNT4007C
CAP6135: Malware and Software Vulnerability Analysis Cliff Zou Spring 2015.
Advanced Computer Networks by Behzad Akbari Spring 2011 In the Name of the Most High.
1 CDA6938 Special Topic: Research in Computer and Network Security (spring’07) Class Overview.
Introduction to Network Security J. H. Wang Feb. 24, 2011.
Lecture 1 Page 1 CS 239, Fall 2010 Introduction CS 239 Advanced Topics in Computer Security Peter Reiher September 23, 2010.
Term Project Description CAP6135 Spring Term Project Two students form a group to do term project together – A research oriented term project.
CSCD 434 Network Security Spring 2014 Lecture 1 Course Overview.
CSCD 330 Network Programming Fall/Winter/Spring 2014 Lecture 1 - Course Details.
CAP6135: Malware and Software Vulnerability Analysis Cliff Zou Spring 2010.
To Protect What Matters!! Protection Against Computer Virus Unit portfolio presentation by Saira Imtiaz.
1/19/2010Cyber Security Spring 2010 Introduction to Cyber Security Lab CS460 Susan Hinrichs Spring 2010.
CAP6135: Malware and Software Vulnerability Analysis Cliff Zou Spring 2013.
1 CAP6133: Advanced Topics in Computer Security and Computer Forensics (spring’08) Class Overview Dr. Cliff Zou.
Term Project Description CAP6135 Spring Term Project Two students form a group to do term project together – A research oriented term project.
Welcome to EECS 395/495 Networking Problems in Cloud Computing.
David Evans Nate Paul Anh Nguyen-Tuong CS851: Malware University of Virginia Computer Science Malware Seminar Fall 2004.
1 CNT 4704 Analysis of Computer Communication Networks Cliff Zou Department of Electrical Engineering and Computer Science University of Central Florida.
Data and Applications Security Developments and Directions Dr. Bhavani Thuraisingham The University of Texas at Dallas Introduction to the Course January.
Introduction to Information Security J. H. Wang Sep. 18, 2012.
Unit 9: Distributing Computing & Networking Kaplan University 1.
1 CDA 4527 Computer Networking Prof. Cliff Zou School of Computer Science University of Central Florida Fall 2005.
CSCD 330 Network Programming Winter 2015 Lecture 1 - Course Details.
1 CDA 4527 Computer Communication Networking (not “analysis”) Prof. Cliff Zou School of Electrical Engineering and Computer Science University of Central.
Term Project Description CAP6135 Spring Term Project Two students form a group to do term project together – A research oriented term project.
1 CNT 4704 Analysis of Computer Communication Networks Cliff Zou Department of Electrical Engineering and Computer Science University of Central Florida.
CAP6135: Malware and Software Vulnerability Analysis Cliff Zou Spring 2009.
Lecture 1 Page 1 CS 236 Online Introduction CS 236 On-Line MS Program Networks and Systems Security Peter Reiher.
Advances in Cloud Computing CIS6930/CIS4930
CSE Wireless and Adhoc networks Instructor: Ayman Alharbi Computer Engineering Dept. (Head of dept. ) Why ?
1 CNT 3004 Computer Network Concept Cliff Zou School of Electrical Engineering and Computer Science University of Central Florida Summer 2012.
Welcome to EECS 395/495 IoT Networks Seminar
Welcome to EECS 395/495 Networking Problems in Cloud Computing
Computer Network Fundamentals CNT4007C
Computer Networks CNT5106C
CNT 4704 Computer Communication Networking (not “analysis”)
Purpose of Class To prepare students for research and advanced work in security topics To familiarize students working in other networking areas with important.
Computer Science 195/295 Title: Computing Seminar
CNT 4704 Computer Communication Networking (not “analysis”)
CNT 4704 Computer Communication Networking (not “analysis”)
CPSC 441: Computer Communications
Computer Networks CNT5106C
Course Overview - Database Systems
CSCD 434 Network Security Spring 2012 Lecture 1 Course Overview.
CSCD 330 Network Programming Spring
Introduction to the course
CSCD 330 Network Programming Spring
CNT 4704 Analysis of Computer Communication Networks
CNT 4704 Analysis of Computer Communication Networks
Introduction to Computer Security II
Course Information Teacher: Cliff Zou Course Webpage:
CNT 3004 Computer Network Concept
Instructor: Chunyi Peng
Tonga Institute of Higher Education IT 141: Information Systems
CSCD 330 Network Programming Spring
CIS5930: Advanced Topics in Parallel and Distributed Systems
ECS 152B Computer Networks Winter 2010
CSCD 434 Network Security Spring 2019 Lecture 1 Course Overview.
EEL 6935 Wireless Ad Hoc Networks
Computer Networks CNT5106C
MAT 379 Computer Networking
Term Project Description
Presentation transcript:

CDA6938/COT4932 Special Topic: Research in Computer and Network Security (spring’06) Class Overview

Tuesday/Thursday 4:30pm – 5:45pm Office Hour: 2:30pm – 4:30pm CSB223, czou@cs.ucf.edu Class webpage: http://www.cs.ucf.edu/~czou/CDA6938

Why Am I Teaching This Course? Computer and Network Security is important A broad research/application issue Impact on many important applications Become more important as we rely heavily on computer and the Internet Helpful to your study and future career: If you plan to conduct computer security research related work If you plan to conduct any research-related work Help you to learn basic steps in conducting research

A “Seminar” Course Focus on cybersecurity-related research Study research papers, publications Students must have active roles: Present papers in class Be active in class discussion! Be active to ask questions in class! Not an introductory class on computer security No lab experiments No introduction on security appliance However, you are not required to have knowledge of computer security beforehand

Prerequisite You must have knowledge of computer networking! TCP/IP, packet, Internet (addr., DNS, routing…) Basic knowledge on: Probability (most research work uses this!) Software (stack, system call…) Operating system

Class Grading Policy Class presentations: 20% Homework (paper review/summary):      15% In-class participation/discussion:    15% Final term project:                   50% Two students as a group

Policy on COT4932 Students Still get credit for COT4932 Have a lower class requirement Less in-depth research study Paper presentation, homework Term project does not need to contain novel idea Survey of a topic Realization of experiments in a published paper Separate grading from CDA6938 students

Topics Covered in Class Focus mainly on wired Internet security Internet worm, Internet security measurement Honeypot, Spam, Denial-of-Service, Intrusion Detection Network attack techniques Will also cover: host-based computer security Software security Wireless security Sensor network security issues Wireless LAN security Emerging applications security issues: RFID security and privacy More to be added in the following two weeks

Term Project Two students form a group to do term project together A research oriented term project Project report in the same format as a paper for publish Learn how to conduct research and write paper Form the group and decide the title 6-8 weeks later

Example of Term Project Simple: Survey of the state-of-art research work in a topic Repeat and realize algorithm/experiments in a published paper Middle: Minor improvement of algorithms in published papers Advanced: Present a novel idea with support from simulation or real experiments E.g., success in using an idea from the old area to a new topic Has potential to be developed as a published paper

What I know and Do not know I know most research in Internet security Especially on Internet worm research I have some knowledge in: Intrusion detection, software security Wireless security Hence the course will evolve as we go on I will also learn from this course

Class Format Papers are grouped according to topics As we move to a new topic, I will present a brief introduction In each class, two students present two papers Presentation: 25 min Discussion: 10 min My summary: 5 min (at the end)

Next Class I will present two papers of mine in the topic “Internet malware modeling and defense” Give you an example on paper presentation Show how to ask questions in reading a paper Show how to find points to do further research Please glance over these two papers before Thursday class Come ready to ask questions and discuss