Title :
Collaborative Tools for Counter-Terrorism Analysis
Author :
Popp, Robert ; Pattipati, Krishna ; Willett, Peter ; Serfaty, Daniel ; Stacy, Webb ; Carley, Kathleen ; Allanach, Jeffrey ; Tu, Haiying ; Singh, Satnam
Author_Institution :
DARPA, Arlington, VA
Abstract :
One of the major challenges in counter-terrorism analysis involves connecting the relatively few and sparse terrorism-related dots embedded within massive amounts of data flowing into the government´s intelligence and counter-terrorism agencies. Information technologies have the potential to empower intelligence agencies or analysts with the ability to find pertinent data faster, conduct more efficient and effective analysis, share information with others if necessary, relay concerns to the appropriate decision-makers, and ultimately put the data into a form that allows senior decision-makers to understand and act on it so that they can anticipate and preempt terrorist plots or attacks from occurring. Advanced collaboration among multiple analysts or tools is one such crucial technology. In this paper, we introduce NEMESIS (network modeling environment for structural intervention strategies), a collaborative environment to integrate and share information among different counter-terrorism analysis tools. Two component tools, ASAM (adaptive safety analysis and monitoring system) and ORA (organizational risk analysis), are described in this paper. The functionality of these two tools, along with the NEMESIS collaboration is illustrated via a real world example gleaned from open sources
Keywords :
data analysis; data mining; terrorism; NEMESIS; adaptive safety analysis and monitoring system; collaborative tools; counter-terrorism analysis; information sharing; network modeling environment for structural intervention strategies; organizational risk analysis; Collaborative tools; Government; Information analysis; Information technology; Joining processes; Monitoring; Relays; Risk analysis; Safety; Terrorism;
Conference_Titel :
Aerospace Conference, 2005 IEEE
Conference_Location :
Big Sky, MT
Print_ISBN :
0-7803-8870-4
DOI :
10.1109/AERO.2005.1559623