eRoadArlanda is one of several projects in the Swedish Transport Administration’s pre-commercial procurement of innovation for the development of electrified roads. The techniques that have been developed in recent years are based on conductive technology that use an electric rail installed in roads to power and recharge vehicles during their journey.
The Road Zipper System is designed to create a positive traffic barrier between opposing lanes of traffic and between motorists and construction work areas.
The Barrier Transfer Machine (BTM) laterally transfers the barrier wall, one lane or more, at speeds of up to 10 mph (15 km/h). This allows the contractor to quickly reconfigure the roadway to meet changing traffic demands and at the same time expedite construction.
At DOLL they fill a gap in the innovation chain by bringing public and private actors together on a neutral ground, where they can test, showcase and be inspired by cutting edge technology in a “one stop shop” with all relevant network infrastructures present across our 400 acre living lab.
The Transport Systems Catapult was responsible for putting a self-driving vehicle on UK public streets for the first time. The demonstration of a UK developed autonomous driving system marked the conclusion of the LUTZ Pathfinder Project, which began developing autonomous technology in 2014.
Chordant, an InterDigital business, is part of a global company passionate about innovation and a standards-based approach that stimulates thriving global ecosystems. Solutions powered by the Chordant platform address the fundamental challenges in Smart City deployments. Like a perfect chord of musical notes, the Chordant platform brings harmony to diverse devices, data and services. We have created one of the largest Smart City deployments integrating hundreds of transport data sources into a transport data marketplace.
In addition to the existing YouBike public bike and U-Motor electric scooter sharing, Taipei City Government will start U-Car electric car sharing system to provide a more efficient transportation option.
The existing U-Car can reach maximum speed of 250km/hour. Considering the traffic need of longer distance between cities, Taipei City Government will cooperate with Keelung, Taoyuan and Hsinchu and other neighboring cities.
40 parking sensors will be installed in the P + R parking lot of Kaszásdűlő. The purpose of the project is to analyze the utilization of the P + R parking lot, and to investigate the integration of measured data into public transport support software such as Waze, Google Maps and other navigation software.
With 80 installed sensors, they monitor parking space utilization, parking habits, and additional uses of sensor-generated data, such as dynamic parking assist applications or community route planning solutions.
iTaksi promises a safe and convenient drive thanks to mobile application. Put into service with assurance from Metropolitan Municipality, iTaksi directs a passenger to the closest taxi. iTaksi offers payment options via IstanbulCard or by credit card, benefiting promotions in the city, a safe drive, evaluating the driver, planning before drive, follow up with the drive, and different taxi options depending on the need.
A simple and robust system that provides citizens with the location of the available parking spaces.