NSF Industry-University Cooperative Research Center for Advanced Knowledge Enablement at Florida International and Atlantic Universities and Dubna International University Research Topic Presentation at IAB meeting Naphtali Rishe TerraFly-based monitoring of mobile cameras

Goals, Motivations, Challenges State-of-the-practice for Video surveillance recording – Video collected cannot accessed in real time – Lacks accurate geolocation capabilities – Cannot be easily integrated with other critical information

3 Windows workstation Carmel Client TerraFly Client Local webservice Carmel Server (Enterprise) TerraFly Server (Web / Enterprise) Carmel Player Webservice HTTP Background & Related Research Architecture

4 Open search window with the selected search area / Local web service over HTTP Get live traces status (Polling) / Local web service over HTTP Get Instant replay and VOD traces status (Polling) / Local web service over HTTP Open a player on a live channel / Local web service over HTTP Carmel Client TerraFly Client (Child process) Start process Remarks: 1. The TerraFly client will periodically get the status of the traces and overlay it on the current map 2. The user can right click on a live trace in the TerraFly client and choose “Open player” 3. The user can select an area in the TerraFly client and choose to search. This will open a search window in the Carmel client where the user can add more search conditions Background & Related Research Local Webservice Protocol

5 TerraFly Geospatial Data Management and Analytics Hydrology application: TerraFly Open Spatial-Keyword Query Server: Autopilot: Background & Related Research

TerraFly Maps Enable Monitoring of Airborne Cameras CARMEL-TerraFly user interface. Camera view projections: at playback vs real-time Query rectangle

Our Approach WHAT DOES TERRAFLY PROVIDE? TerraFly's server farm :  Ingests  Geo-locates  Cleanses  Mosaics,  Cross-references 40TB of basemap data and user-specific data streams.

WHAT DOES CARMEL PROVIDE?  Scalable, end-to-end low-delay and resilient streaming technologies  On-demand bandwidth adaptation(transcoding)  Highly accurate geographical searches  Real-time, geo-located notification  High performance, service oriented architecture- enabled technologies Our Approach

Marries these two technologies Providing geographically anchored streaming services Can be combined with and accessed via TerraFly interface. Creating the “CARMEL-TerraFly System”

Milestones, Deliverables, Budget Milestones & Deliverables: core research- 6 months demonstration- 3months report/paper - 3 months Budget: faculty time - $20,000 student time - $25,000 equipment, supplies, travel - $5000 total: $50,000

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