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Framework for enhancing transportation security Originated from the need for:

Framework for enhancing transportation security Originated from the need for: Management of Sensor for multiple owners and organizations Assured and controlled access to sensor net assets Automatic sensor discovery Archives and information dissemination Ease of sensor management

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Framework for enhancing transportation security Originated from the need for:

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  1. Framework for enhancing transportation security Originated from the need for: Management of Sensor for multiple owners and organizations Assured and controlled access to sensor net assets Automatic sensor discovery Archives and information dissemination Ease of sensor management Modular infrastructure that is highly scalable Unified architecture for sensor networks with multiple owners SMTP/SMS TSSN Implementation Authentication Authorization ACE Implementation MRN Service Directory OGC Implementation/ Interface ACE comm. links not shown InsertObs/GPS SensorML MCS CAT SetAlarmRules Alarm Subscr/Alarm Pub. SOS SensorConfig Lat/Lon Sensor Search/Resp Alarm Processing Service Service Directory Authentication Route SensorML Sensor Management User Alarm GUI Client NOC SensorData Complex Event Processing ACE comm. links not shown Train Subscr/Sn_train_data Alarm Subscr/Event SetAlarmRules Authorization TDE SensorAlarm/ShipData Alarm Subscr/Event Sensor Measurements Alarm Processing Service Alarm Subscr/Alert Pub. Lat/Lon Req/Resp Catalogue Service User Alarm User Alarm GUI EventData RuleData SensorConfig Event DB Rules DB Meas Req/Resp SensorML SensorML DB Web Feature Service Browser WFS TrainPosReq/Resp SensorNode Service Sensor Discovery (IEEE 1451) Sensor Observation Service Lat/Lon IEEE 1451 Reader EdgeNode Sensor Measurement DB EdgeNode IEEE 1451 GPS ORNL Implementation TSSN Implementation ACE Implementation High-G Tech Reader Sense Meas DB OGC Implementation/ Interface GPS Device Transportation Security Sensor NetDr. Victor Frost, Dr. Gary Minden, Dr. Joseph Evans, Leon Searl, Martin Kuehnhausen et al. (frost@eecs.ku.edu) Overview Approach • Utilize Service Oriented Architecture (SOA) • Web-Service Open standards • Open Geospatial Consortium (OGC) • Web Feature Service, Sensor Observation Service,Sensor Alerting Service, Catalogue Service,Geographic Markup Language, Sensor Markup Language,Sensor Web Enablement • World Wide Web Consortium (W3C), Oasis Standards • SOAP, XML, XSD, WSDL • Off-the-Self Sensors • Mobile ad-hoc networking of sensors • Satellite communication, GSM • Multiple methods for notifying personnel of events. Solution Main Components • Use Open-Source implements of Web-Specification standards • SOAP: Apache Axis2, UDDI: OpenUDDI • Multiple Users/Owners • WS-Authorization • WS-Trust • WS-Federation • Wireless Comm: • HSDPA • Iridium fallback • HI-G-TEK sensors • Personnel Notification via: Pager, SMS, E-mail • Network OperationCenter (NOC) • Sensor management • Decision making • Reporting Mobile Rail Network • Mobile Rail Network • Sensor discovery • Observations and measurements • Reporting Network Operation Center

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