2 October Localization of Vehicles in Crash Test Facilities October 2, 2019 By Gina Wurms automotive |Angle of Arrival|, |Bluetooth Low Energy| 0 In a crash test facility, a tracking solution assists in locating vehicles and components that have already been tested. At a glance determination of presence and position of vehicles and vehicle parts management of assets in a mobile app Problem Definition In crash test facilities, vehicles that have already been tested and individual parts removed from these vehicles are stored temporarily, as they are often further inspected in-house or by external parties later. Since the area on which the vehicles and vehicle parts are located is usually very large, the search for a specific vehicle or individual part at a later time can be time-intensive. Solution Tracking vehicles and individual parts on the area of a crash test facility reduces search times considerably. A tracking solution enables the localization of assets across indoor and outdoor areas. Since in most cases it is sufficient to determine whether a car is located in a certain hall or not, it can be enough to detect the presence of a vehicle in a particular area. If the hall is very large, or a higher positioning accuracy is required for some other reason, positioning with an accuracy of a few meters can be realized alternatively. The position data can be viewed in a mobile app at any time. In addition, the assets that are tracked can be managed in the app. When attaching BLE tags to assets, relevant information can be assigned to the tags directly via the app. This includes the name and serial number of the vehicle or part, the date of the crash test and much more. An additional function is the merging of previously individually tracked parts. If, for example, several individual parts are stored together in a pallet cage and are no longer to be tracked individually but as an entity, then this assignment can easily be carried out in the app. Technical Implementation infsoft Locator Nodes AoA are installed throughout the site. The Locator Nodes are connected to a network. If a connection via Wi-Fi or Ethernet is not possible, the Locator Nodes can be equipped with a UMTS card. Vehicles and relevant individual parts are equipped with resistant Bluetooth Low Energy (BLE) beacons with a high IP protection class. The infsoft Locator Nodes AoA detect incoming signals of the beacons and send the scan data to the infsoft LocAware platform® where the position of the beacon is calculated. Employees can access the position data using an app. Use Case PDF for Download Get the white paper for free Great introduction to the topic of indoor positioning Download Related Articles Tracking of Cleaning Vehicles and Personnel in a Tunnel This use case by infsoft describes how during tunnel cleaning, a real-time localization system serves to increase safety for road users and employees. Read More Coordination of Medical Examinations for Military Aptitude Tests With the help of a mobile app, aptitude testing procedures can be simplified while optimizing the experience for applicants. Read More Localization of Casting Ladles in a Steel Mill In a steel mill there are approximately 10 steel ladles which move around carrying liquid steel. The solution should display the position of the steel ladles on a digital map. Read More Tracking of Floor Conveyors and Goods in Logistics Processes in a warehouse or production facility can be optimized with the aid of indoor localization and route analysis. Read More Process Optimization in Transport Logistics in the Automotive Industry A tracking system provides real-time location information about vehicles in delivery and helps to improve the delivery process. In addition to the location, the service life, the movement history and the number of vehicles can also be called up. Read More Digital Services in Car Rental This use case by infsoft desribes how digital services help car rental companies optimize processes and improve the rental experience. Read More Comments are closed.