Kwon, Minseok "James" - Department of Computer Science, Rochester Institute of Technology

• Computer Science 1 (4003-231) Minseok Kwon
• The Anatomy of a Large-Scale Hypertextual Web Search Sergey Brin and Lawrence Page
• Phyllo: A Peer-to-Peer Overlay Security Framework William Heinbockel
• Minseok Kwon Department of Computer Science
• Vulnerabilities of the Real-Time Transport (RTP) Protocol for Voice over IP (VoIP) Traffic
• A Parallel Approach to K-Means Clustering Using Shared Memory and Cluster processing
• Abstract. In this project, we utilize parallel computing in implementation of Back-propagation learning algorithm for neural
• Computer Science 1 (4003-231) Massively Parallel Problems
• Computer Science 1 (4003-231) Cluster: Massively Parallel
• Cluster: Data Slicing Minseok Kwon
• Computer Science 1 (4003-231) Reduction & All-Gather
• Minseok Kwon Department of Computer Science
• What are DoS Attacks? Denial of Service (DoS) attacks
• IEEE TRANSACTIONS ON AUTOMATIC CONTROL, VOL. XX, NO. Y, MONTH 1999 100 Using the Document Class IEEEtran.cls
• Congestion Avoidance and Control Van Jacobson
• Minseok Kwon Department of Computer Science
• Proceedings of ACSAC'00, 16th Annual Computer Security Applications Conference, pages 308316, 2000. Experience with Software Watermarking
• Rethinking the design of the Internet:1 The end to end arguments vs. the brave new world2
• Minseok Kwon Department of Computer Science
• Queueing Problem The performance of network systems rely on different delays.
• Computer Science 1 (4003-231) Load Balancing and
• Synergy: An Overlay Internetworking Architecture and Implementation
• Distributed Tries for Load Balancing in Peer-to-Peer Systems
• Making Gnutella-like P2P Systems Scalable Yatin Chawathe
• Computer Science 1 (4003-231) Minseok Kwon
• Computer Science 1 (4003-231) Sequential Dependencies
• Computer Science 1 (4003-231) Minseok Kwon
• Computer Science 1 (4003-231) Load Balancing &
• A Comparison of Mechanisms for Improving TCP Performance over Wireless Links
• Resilient-ODMRP: Resilient On-Demand Multicast Routing Protocol Dhammika Pathirana and Minseok Kwon
• A NEW PROPERTY AND A FASTER ALGORITHM FOR BASEBALL ELIMINATION
• Minseok Kwon Department of Computer Science
• Minseok Kwon Department of Computer Science
• Minseok Kwon Department of Computer Science
• Network Basics Physical characteristics
• Secure Routing in Peer-to-Peer Distributed Hash Tables Keith Needels
• Minseok Kwon Department of Computer Science
• What is TCP? Connection-oriented reliable transfer
• Computer Science 1 (4003-231) Java Basics I
• Computer Science 1 (4003-231) Java 1.5 Additions
• Combining Slicing and Constraint Solving for Validation of Measurement Software
• Path-Based Fault Correlations Wei Le and Mary Lou Soffa
• Computer Science 1 (4003-231) Minseok Kwon (jmk@cs.rit.edu)
• What is Java RMI? How can we build a distributed system using Java?
• Computer Science 1 (4003-231) Minseok Kwon (jmk@cs.rit.edu)
• What is the Internet? Hosts or end-systems
• Computer Science 1 (4003-231) Inheritance, Interfaces, and
• Computer Science 1 (4003-231) Java Collections Framework
• Computer Science 1 (4003-231) Exceptions and Assertions
• Computer Science 1 (4003-231) File Input and Output
• Computer Science 1 (4003-231) Event-Driven Programming