Sniper Tracking With Wireless Sensor Networks Challenges Technology















![References [1] The 29 Palms Experiment: Tracking vehicles with a UAV-delivered sensor network. tinyos. References [1] The 29 Palms Experiment: Tracking vehicles with a UAV-delivered sensor network. tinyos.](https://slidetodoc.com/presentation_image/291e3542cac11f020802a9dc0350af4b/image-16.jpg)
- Slides: 16
Sniper Tracking With Wireless Sensor Networks Challenges, Technology Advancement and Current Systems Cordova Sniper Tracking with Wireless Sensor Networks 1
Outline Design Space – Challenges and Issues Background Information Subjective Classes Early Sniper Detection Systems Manet and WSN Current Systems Conclusion Cordova Sniper Tracking with Wireless Sensor Networks 2
Motivation Interesting Topic A Valued Emerging Technology Saves Lives From Terrorist Activity Fascinating Technology High Profile Subject ‘ 911’ Reaction Removing a Deadly Threat Cordova Sniper Tracking with Wireless Sensor Networks 3
Design Space Issues Ad Hoc, Multihop, Unpartitioned Network of Largely Homogeneous, Tiny, Resourceconstrained, Mostly Immobile Sensor Nodes Framework for Discussing and Structuring Coordinated Research Avoid Duplicate Work Develop Flexible Software Cordova Sniper Tracking with Wireless Sensor Networks 4
Background Snipers Are a Deadly Threat Battlefield and Urban Environments Early Systems of Detection Lacking Bullet Reaches Target Long Before Sound No Practical Method to Localize Sniper Early WSN Systems Still Needed Research and Improvement Cordova Sniper Tracking with Wireless Sensor Networks 5
Research and Improvement Accurate Sniper Localization Deployment Mobility Cost, Size, Resources and Energy Heterogeneity Communication Modes Network Topology Coverage Connectivity Cordova Sniper Tracking with Wireless Sensor Networks 6
Research/Improvement - cont’d Network Size Lifetime Software issues Hardware Issues Integration Challenges Real-time Constraints External Entities Cordova Sniper Tracking with Wireless Sensor Networks 7
Specific Issues Time Synchronization Message Routing Sensor Localization and Density Signal Detection Portability Dynamic/Static Sensor Networks Processing Sensor Information Cordova Sniper Tracking with Wireless Sensor Networks 8
Early Implementations Visual – Infrared Cameras Acoustic – Microphones Shockwave – Pressure Sensors Optics – Laser Reflection Muzzle – Blast and Flash Computer Assisted Satellite Surveillance “Best Guess” Cordova Sniper Tracking with Wireless Sensor Networks 9
Early Sniper Detection Systems Cordova Sniper Tracking with Wireless Sensor Networks 10
Current Implementations Shot. Spotter Boomerang Small Arms Detection System SADS Weapon. Watch C-Sniper integrated with DARPA Crosshairs Robot Enhanced Detection Outpost With Lasers - REDOWL Cordova Sniper Tracking with Wireless Sensor Networks 11
Conclusion and Improvements “How long can we keep doing it this way? ” ‘ 911’ Events Prompted Accelerated Development and Delivery of Systems Sniper Threats Have Changed Drastically Trend Toward Fully Automated Systems with Operator Control to Engage Threat “Teminator” Type Systems Possible But Not Probable Due to ‘Rules of Engagement” Cordova Sniper Tracking with Wireless Sensor Networks 12
Current Implementations cont’d Boomerang Cordova Sniper Tracking with Wireless Sensor Networks 13
Current Implementations cont’d SADS Cordova Sniper Tracking with Wireless Sensor Networks 14
Current Implementations cont’d Weapon. Watch Cordova Sniper Tracking with Wireless Sensor Networks 15
References [1] The 29 Palms Experiment: Tracking vehicles with a UAV-delivered sensor network. tinyos. millennium. berkeley. edu/29 Palms. htm. [2] Sniper Localization - G. Simon, A. Ledezczi, and M. Maroti. Sensor Network. Based Countersniper System. In Proc. Sen. Sys, Baltimore, USA, November 2004. [3] W. M. Meriall, F. Newberg, K. Sohrabi, W. Kaiser, and G. Pottie. Collaborative Networking Requirements for Unattended Ground Sensor Systems. In Proc. IEEE Aerospace Conference, March 2003. [4] http: //www. defensereview. com/modules. php? name=News&file=article&sid= 903 [5] http: //www. ece. tufts. edu/research/wisenet/Projects/EE 194 -2005 Projects/1 Joe&Wing's%20 Presentation/Presentation 01. ppt#5 [6] http: //www. shotspotter. com/ [7] http: //www. defenseindustrydaily. com/antisniper-systems-finding-theirrange-01437/ [8] http: //www. defense-update. com/products/s/sads. htm Cordova Sniper Tracking with Wireless Sensor Networks 16