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The HPGC Research Lab focuses on the development and testing of new algorithms and protocols for network security. Our work includes bottleneck bandwidth testing using NS2 and custom simulators, as well as advanced bandwidth testing on various production networks. We conduct extensive evaluations of intrusion detection systems (IDS), including SNORT, and develop comprehensive test cases for different attack types. Our facilities feature a range of components, including RF monitoring sensors, stress generators, and a robust testbed for effective analysis and reinforcement of network security.
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New Algorithms and Protocols:Development and Testing at HPGC Research Lab • PATH: measures Bottleneck Bandwidth Testing through NS2 and through two small Simulators developed at HPGC Research lab (Please see the technical reports.) • POISSON PROB: measures Available Bandwidth Testing done on NS2, on the Grid Test Bed in the HPGC Research Lab and on the production network of an ISP
HPGC Research Group: Testing IDS and Protocols • NS 2: Extensive work including enhancements • Development of simulators • Test Beds • Extensive work in SNORT and development of test cases for various types of attacks – as a part of 60-564
Security & Privacy on the Internet:Projects of W 2006 (For details, please see 60-564 site) • Testing SNORT on Linux and Windows • Investigation, with 10 signatures each, of • BASE • SAM • SnortReportAndSignatures • Barnyard • ActivworxSecurityCenter • SnortSnarf • ACID
Test bed at HPGC Research Group Available Components • Network Chemistry : • RF Protect Sensor Model 802.11 a/b/g monitoring • RF Protect IDS • LANForge Stress Generator and Router Boards • TAPs
Test bed at HPGC Research Group • Two CISCO switches for two LANS • 4 P3s made into Routers by using multiple NICs • IBM servers used for generating cross traffic • 4 CISCO Routers • 2 Access points • 4 RF sensors for wireless packet acquisition