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Bluetooth & Wi-Fi Technology Manages Traffic & Airports Passengers

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Bluetooth & Wi-Fi Technology Manages Traffic & Airports Passengers Bluetooth & Wi-Fi Technology manages traffic & airports passengers Today’s traffic with increased demand for mobility, safety and environmental friend- ly travel, requires smart and innovative solutions to optimise and enhance traffic flow. With proven technologies like Bluetooth and Wi-Fi tracking, the cost for col- lecting detailed data for travel time, origin and destination, traffic flow, queuing etc. has decreased significantly compared to traditional technologies like camera detec- tion. Bluetooth and Wi-Fi sensors are easy to deploy and maintenance cost are close to zero. It gives municipalities & road authorities a range of new possibilities to collect reliable traffic data. DENMARK - BLIP Systems, a privately held possible to analyze, improve/change/act and wireless technology company with headquar- evaluate on an ongoing basis. ters near Aalborg, Denmark, has developed a complete solution for tracking road traffic and passengers in airports, called BlipTrack™ and the solution is deployed numerous places around the world. BlipTrack™ sensor on light pole Bluetooth & Wi-Fi technology can be used for traffic measurements, because the technology is becoming more and more BLIP Systems Headquarters in Denmark popular. More and more people use smart phones with both built-in Bluetooth and The vision at BLIP Systems is not only to Wi-FI and at the same time, more and more deploy Bluetooth and Wi-Fi sensors, but also cars have installed hands-free systems. to integrate with other data sources already Compared with other traffic data collection installed like ANPR cameras radars & loops. technologies, BlipTrack™ has some By doing so, data are available from one significant advantages, such as cost per single interface and analysis can be made measurement point due to: across different sensor technologies. • Sensor price itself What is Bluetooth? • Fever sensors are required per location. Bluetooth is a wireless technology that allows personal One sensor covers multiple lanes and in computers, lap tops, cell phones and other electronic both directions. devices to communicate with each other to transfer • Installation is cheaper - BlipTrack™ information/files from one device to another. It uses radio waves and is designed to be a secure and sensor is road side based (sensors are inexpensive way of connecting and exchanging ususally mounted on light poles etc.) information between devices wireless and does not require diversion of traffic. • Typical installation is less than 1 hour Real data improve the way traffic planning • No maintenance of sensor, no moving are carried out – today planning are parts, no lenses to clean. normally based on assumptions, simulations • Measures 24/7 in all weather conditions. and manual/automatic short term traffic surveys (writing down license plate numbers By using 3 Bluetooth antennas the etc.). By collecting real time data it is BlipTrack™ sensor is able to detect when queue is building up in a single point. This is direction, trains/busses passing close to a done in a combination of checking the road etc. It is also possible to identify vehicles time spend in the coverage area bicycles and pedestrians with filters based combined with the vehicles direction, which is detected by the 2 directional antennas. Raw data from Radar ANPR Radar ANPR Radar ANPR multiple and/or various Bluetooth Bluetooth Bluetooth sensors is collected and PIR Loops PIR Loops PIR Loops transferred via Customer A Customer B Customer C 3G to the “BlipZones” BlipTrack™ Sensor server. With 3 Bluetooth antennas The “Database” server stores all aggregated data. C L C SE OUD SELOUD R RV V ER ER Time@Sensor Time spent in antenna coverage area The “BlipTrack” server performs data analysis and provides exportable data BlipTrack™ sensor illustration with 3 Bluetooth antennas and data for BlipTrack™ online graphical By using 3 Bluetooth radios, BlipTrack™ has user interface (GUI) a 3 times greater chance of detecting a Enduser A Enduser B Enduser C Bluetooth device and covers an area more than 3 times as large as a single radio BlipTrack™ Cloud server solution solution. on device type, speed patterns, location and historical data. “Inexpensive and promising”. This is how traffic researcher Harry Lahrmann from Aalborg University Data is presented in BlipTrack™ online easy- characterises the BlipTrack™ solution for traffic to-use graphical user interface, which can be management. “It is by all accounts a good and customized to each individual user. affordable alternative to systems with cameras. Both types of systems have advantages and disadvantages, but it speaks to Bluetooth systems’ advantage that they With Google Maps integration, dashboards are much more inexpensive”, explains Harry Lahrmann. and a wide range of analytical tools, the BlipTrack™ web based GUI provides Raw data from BlipTrack™ sensors is users with a complete overview of the traffic collected and transferred via Ethernet or 3G situation. Furthermore all data is stored for to a secure cloud server. historical analysis/reporting and can be exported in various formats. By using a cloud based solution, users don’t have to worry about server installations, virus protection and upgrades. BLIP Systems have live monitoring of all cloud servers and take proactive actions to handle issues before they materialize into problems for the customer. “BECA have been importing BlipTrack™ Bluetooth track- ing technology for several years, having deployed Blip- Track™ solutions in New Zealand’s largest airport (Auck- land Airport), and for traffic monitoring in urban and BlipTrack™ easy-to-use graphical user interface rural environments across New Zealand. BLIP Systems have always provided reliable hardware and efficient, The future is already reality; the second responsive service, says Chris Vallyon, Senior Transpor- largest city in Denmark Aarhus have tation Analyst at BECA New Zealand mounted BlipTrack™ sensors at strategic locations for collecting real time data to Advanced algorithms filter out unwanted measure travel times and traffic flow detections like stopped cars, cars changing throughout its metropolitan area. The city has conducted eight months In addition, local authority can adjust the testing of the system and the study showed traffic lights to ensure a “green wave” of free that the small and non-intrusive Bluetooth flowing traffic. system could offer the same information as alternative and more expensive solutions. “We have realised that this is something we can use, and The greater Aarhus area has an extensive I must admit that you do get hooked, when you realize how much information you can actually get from road network, serving a population of about it. One thing is to collect data to find out, where there is 1.2 million people. So far, the city has in- a queue and how long the queue is. Another is to stalled 75 Bluetooth sensors and more are identify the cause and use the data in the future, so road users can benefit from it”, says Henrik Kaldahl from the expected. Department of Roads & Traffic in Randers Municipality BlipTrack™ is used to help the general public by improving the flow of the traffic by measuring average driving times, not to track individuals. The Bluetooth Address is encrypted in the sensor using a one way hash algorithm, making it impossible to relate the Bluetooth address of a device to an individual. For more information please contact: Aarhus municipality - BlipTrack™ sensor placement The collected data are used for: BLIP Systems A/S Haekken 2, Vester Hassing • Informing and warning city traffic 9310 Vodskov engineers about queues and delays Denmark • Identify problem areas • Provide information about capacity of [email protected] existing roads • Detect changes in traffic patterns. +45 98258200 BlipTrack™ Airport BlipTrack™ Traffic Installations: Installations: Dubai International Airport Aarhus Amsterdam Schiphol Randers Copenhagen Airport Aalborg Manchester Airport Koege Brussels Airport Viborg Milano Malpensa Airport Ribe Auckland Airport Frederiksberg Barcelona Airport Billund Airport Aalborg Airport Helsinki Vantaa Airport Dublin Airport Geneva International Airport Toronto Pearson International Airport Oslo Gardermoen International Airport.
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