This document proposes a chaos prediction system using visual surveillance and network computing. The system would use multiple surveillance cameras located in places like train stations to capture video. A prediction system would apply motion vector filtering to the video scenes to determine the center of any threats, like a bomb, based on the movement of people away from the threat. For systems with many cameras, a large amount of computation would be required, which could optionally be distributed across a network or grid computing system to handle the processing load.

1. A Novel approach for Chaos Prediction using
Visual Surveillance and Network Computing
26 - Jan - 2009
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2. Chaos Detection System Architecture
Surveillence
Camera
Prediction System
Network / Grid Computing (OPTIONAL)
Chaos
(n) Cameras located in different locations of a
particular place e.g railway station
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3. Surveillence
Camera
Camera will give
output of this kind
Omnidirectional
Camera view
unidirectional
Camera view
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4. • Logic: In a public place if a threat is
detected (say bomb threat), motion of
public will be opposite to the location of
threat.
• We can predict centre of threat using
vector filtering system.
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5. Prediction System
motion vector filtering applied to different
sections of the video scene
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6. • The system of a single camera demands a
large amount of computation since it
requires constant processing of scene to
compute motion of public.
• For a system with large amount of cameras
imagine what amount of computation
power is required...
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7. Face Detection
Face
Detection
Engine
Camera Input
Feed
Photograph of
Person
Match /
Mismatch
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8. Unclaimed Luggage
Time &
Motion
Tracker
Camera Input
Feed
Match /
Mismatch
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9. License Plate Recognition System
License Plate
Recognition
System
Camera Input
Feed
Vehicle
Number
Match /
Mismatch
Internet /
Network
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10. Red LightViolation Detection System
Traffic Light
Scheduling
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11. Helmet Detection and Automatic Chalan
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12. Network based Wireless PCR System
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13. Extra
• As a pilot project this can be done using
single PC with Single Camera.
• This can be extended optionally over
model of network / grid computing.
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14. Network Computing
(optional)
Some Grid System
(Sun Grid Engine)
TCP / IP
Computers
Network
Computing
Computational Data
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