Khan, Bilal - Graduate Faculty in Forensic Computing, City University of New York

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Khan, Bilal - Graduate Faculty in Forensic Computing, City University of New York

THE CELLULAR HIERARCHY INFORMATION MODELING ENVIRONMENT
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MEMORY ENCRYPTION A thesis submitted to the John Jay College Faculty in
A FEASIBILITY STUDY ON WIRELESS DEVICE LOCATION USING A SINGLE DIRECTIONAL ANTENNA
Quantifying Distributed System Stability through Simulation: A Case Study of an Agent-Based System for Flow Reconstruction of DDoS Attacks
Balancing Power: Tradeoffs between Connection Lifetime and Control Traffic in MANETS
A GRAPHIC GENERALIZATION OF ARITHMETIC Department of Mathematics and Computer Science,
Having one's cake and eating it too: Better routes and lower control traffic for AODV
A SCALABLE AGENT-BASED SYSTEM FOR NETWORK FLOW RECONSTRUCTION
COMPRESSION AND EXPANSION IN GRAPHS USING OVERLAYS
Using a Secure Permutational Covert Channel to Detect Local and Wide Area Interposition Attacks
Only the Short Die Old: Route Optimization in MANETs by Dynamic Subconnection Shrinking
Scheduling Cooperative Emergency Response (or how the Meek shall overcome the Greedy)
Paper submission to 3rd International Workshop on Mobile Agents for Telecommunications Appli-
Int. J. of Autonomous and Adaptive Comm. Systems, Vol. x, No. x, xxxx 1 Dynamic power budget distribution schemes
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SECURE CRITICAL CARE RESOURCE OPTIMIZATION BASED ON HETEROGENEOUS VITAL SIGNS
Reconstruction of Malicious Internet Flows Graduate Center, City
Clustering Categorical Data Data Summaries and Spectral Techniques
Cooperative Networking and Control for Emergency Response Teams A Thesis Presented in Partial Fulfillment of the Requirements
Using Connection Expansion to Reduce Control Traffic in Zeki Bilgin
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Surrendering Autonomy: Can Cooperative Mobility Help?
A Dynamic Route Optimization Mechanism for AODV in MANETs
Optimizing Agent Placement for Flow Reconstruction of DDoS Attacks