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MP - TCAS - M obile P hone T raffic C ollision A voidance S ystem. Team Members : Guy Kahlon CITIBANK Guy Banay KODAK Gabi Ofir MOTOROLA SOLUTIONS Haim Kahlon MOTOROLA SOLUTIONS Shahar Fattal MARVELL. Weekathon - 2015.
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MP-TCAS-Mobile Phone Traffic Collision Avoidance System Team Members: Guy Kahlon CITIBANK Guy Banay KODAK Gabi Ofir MOTOROLA SOLUTIONS Haim Kahlon MOTOROLA SOLUTIONS Shahar Fattal MARVELL Weekathon - 2015
TCAS- Traffic Collision Avoidance Systems • The solution based on Mobile Phone (MP) sensors only (Pressure sensor, Gravity sensor and the GPS module). • The sensor fusion concept can be applied on all the following domains: • Automotive • Aviation • Shipping • Drones • For this Weekathon trial, we have focused on applying the concept on a aviation domain. Specially for the General Aviation and the light sport aircrafts categories.
TCAS - System Overview Interrogation Transponder Response Transponder Position Identification • The typical TCAS system is based on: • Transmitting signal and measuring the round trip time (RADAR). • Decoding the Aircraft Transponder signals.
Traffic Advisories Resolution Advisories • When a TA is issued: Pilots are instructed to initiate a visual search for the traffic causing the TA. If the traffic is visually acquired, pilots are instructed to maintain visual separation from the traffic. • When an RA is issued, pilots are expected to respond immediately to the RA, unless doing so would jeopardize the safe operation of the flight.
Facts on present TCAS System • Situational and air traffic awareness. • Warning and advisory system. • Mandatory for the Airline category aircrafts • Cost between $25,000-$150,000 • Not affordable for most of the General Aviation (GA) and light sport Category aircrafts.
Our Solutions– Mobile Phone Based-TCAS System • Implemented on a Mobile Phone. • Utilizing the common sensors comprised in the Mobile Phone, including the GPS module. • The Data exchange based on : • Cloud service (Cellular 3G/4G). • Ad-Hoc Communication System. • Integration of the two above.
MP-TCAS System Ad-Hoc Based Ad-Hoc Based Communication Cloud Sensor Data exchange such as: speed. Altitude. Position Course User Data Exchange such as: Call sign Aircraft Type. Traffic Frequency Channel .
MP-TCAS System Cloud Server Based Aircraft to Server Data: Aircraft to Server Data: Call sign Aircraft type Altitude Position Course Destination Traffic clearance zone Call sign Aircraft type Altitude Position Course Destination Traffic clearance zone Cloud Server Server to Aircraft Data: All Aircraft in Traffic clearance zone Cloud Server: • Holds database of all Aircrafts in the zone. • Call sign, Aircraft type, Altitude, Position, Course… • Sends all the traffic info inside the clearance zone. • In future - “Waze Like” application for aviation traffic.
MP-TCAS Solution Advantages • Mobile Phone application. • Affordable • Available to everyone. • No need of Transponders or any other equipment. • Most of LSA- Light Sport Aircraft are not equipped with Transponders. • 360 degrees intruder alert and advisory. • Potentially “Waze Like” application for aviation domain. Transponder
Yesterday, after 3 day of development only, we have visited at the customer’s site - Hertzeliya Airfield (LLHZ), the center of the General Aviation activity in Israel. Lets see the results: https://youtu.be/jUzUYujqPzs