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v CHAPTER 1. BACKGROUND AND DISSERTATION OVERVIEW  1 CHAPTER 2. RELATED WORK  4 Localization Systems Employing RSS and TDOA Methods  5 Localization Systems Using Directional Antenna Methods for Intrusion Detection .... 8 References  11 CHAPTER 3. COUNTERING THE PARKING LOT ATTACK – DESIGN FOR A DETECTION SYSTEM EMPLOYING MONOPULSE RADAR METHODS TO DETECT AND SPATIALLY ATTRIBUTE RF TARGETS IN THE 2.4 GHZ ISM BAND  13 Abstract  13 Background and Research Context  14 Threat Model and Adversary Capabilities  19 System Conceptual Overview and Operational Strategy  26 WIDAR Detection Sensor System Architecture  37 Other Specialized Functionality of Interest in this Research  58 Concluding Remarks  65 References  65 CHAPTER 4. ANALYZING LINE OF BEARING ESTIMATES COLLECTED FROM A DEVICE EMPLOYING MONOPULSE RADAR METHODS TO TRACK RF TARGETS IN THE 2.4 GHZ ISM BAND 68 Abstract  68 Introduction  69 WIDAR: Our System for RF Target Spatial Attribution  71 Detection Performance Evaluation Experiments  74 Phase I Experiments: Establishing Baseline Detection Sensor Metrics  80 Phase II Experiments: Evaluating Monopulse Detection Sensor Performance  92 Recommendations for Continued Exploration  115 References  116 CHAPTER 5. A STRATEGY FOR FACILITY WIRELESS ATTACK DETECTION USING COOPERATIVE MECHANICALLY-STEERED RF DETECTION SENSORS .. 119 Abstract  119 Introduction  120

Countering the parking lot attack: employing monopulse radar methods to detect and geo-locate RF targets operating in the 2.4 GHz ISM band