iwce 2010: wireless killer apps - mobile real-time video surveillance
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Presentation from IWCE 2010, a public safety wireless conference: Wireless Killer Apps - Mobile Real-time Video SurveillanceTRANSCRIPT
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Mobile Real-time Video Surveillance
Ksenia Coffman, Firetide
IWCE 2010: Wireless Killer Apps
March 12, 2010
Users of Wireless Video Surveillance
IndustrialTransportationPublic Safety Municipalities
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Federal/MilitaryUtilities Service Providers
Wireless Options
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Point to Point
� Pros
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� Dedicated connection
� Highest bandwidth for backhaul
� Cons
� Does not scale; no flexibility
� Single point of failure
Point to Multi-Point
� Pros
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� Pros
� Simplicity of design
� Cost effective when tall assets are available
� Cons
� Limited scalability: bandwidth divided by # of subscribers
� LOS required to each subscriber unit
� Base station creates a single point of failure
Multi-Point to Multi-Point (Mesh)
� Pros
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� Pros
� Reach & scalability with multi-hop connections
� Flexibility – can be deployed a PtP, PtMP or mesh
� Distributed intelligence vs command-and-control approach of PtMP
� Cons
� Variable performance from different vendors
� More complex design vs PtP or PtMP
Mobile Real-time Video –
Killer App Enabled by Mesh
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Killer App Enabled by Mesh
Mobile Video: Real-time Visibility
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Wireless-enabled Campus
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Cal State Long Beach PD
� 37 cameras
� How used
� Overt surveillance
� Integrated with
dispatch
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dispatch
� Wireless offload for
ALPR cameras
� Funding
� PD budget
Outfitting Patrol with Mobile Video
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Transit Security
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Video Streaming: Seoul Subway
� World’s first subway installation of this kind
� Real-time video from trains @ 50 mph
� Extremely harsh conditions
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Wireless ‘Look-in’: MBTA, Boston
• 500 busses, 8 cameras each
• Mobile-to-mobile surveillance
• Passenger and operator safety; liability protection
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Critical Infrastructure & Industrial Ops
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Open Pit Mining
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� Diagnostics & weight data
� Video surveillance – operator safety
& location
Key Requirements for Mobile Video
� Fixed and/or mobile infrastructure
� High throughput
� Low latency < 1.5 ms per hop
� Low packet jitter (variation in latency)
� Zero packet loss & end-to-end QoS
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� Zero packet loss & end-to-end QoS
� Specialized infrastructure required
� APs not suitable for real-time, high-bandwidth mobile video
surveillance
Wireless Saves Time, Money
Buffalo, NYRockford, IL Denver / DNC ‘08
LA County Sheriff’s Dept.
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Buffalo, NY
Dallas, TX
Downtown Chicago
Rockford, IL
NASA Dryden
Denver / DNC ‘08
Yuma Intl Airport
Thank You!
For a copy of the presentation, please contact:
Ksenia Coffman, Firetide
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See more case studies at:
www.firetide.com/video2
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