Skip to main content

City of Atlanta, Georgia Tech expand research partnership for smart city initiatives

The City of Atlanta, in the US, has expanded its research partnership with the Georgia Institute of Technology, which has partnered with the City since 2015 to design, implement and study smart city initiatives. Through the partnership, Georgia Tech will act as the official research partner for the North Avenue Smart Corridor Project, which is funded by the Renew Atlanta Infrastructure Bond program. The project involves multiple smart city technology components designed to: facilitate and promote safety fo
August 29, 2017 Read time: 2 mins

The City of Atlanta, in the US, has expanded its research partnership with the Georgia Institute of Technology, which has partnered with the City since 2015 to design, implement and study smart city initiatives.

Through the partnership, Georgia Tech will act as the official research partner for the North Avenue Smart Corridor Project, which is funded by the Renew Atlanta Infrastructure Bond program.

The project involves multiple smart city technology components designed to: facilitate and promote safety for pedestrian and bicycle traffic; use the latest technology adaptive traffic signals for a safer, more efficient flow of bus and vehicular traffic in real time conditions and prioritise emergency vehicles travelling along the corridor on emergency response calls.

The expanded agreement will enable Georgia Tech to store and analyse data generated by these smart city tools, offering professors and students an opportunity to conduct original research and analyse trends. The City will then use the research and analysis in short and long-term transportation planning.

Related Content

  • FOTsis targets ‘socially inclusive’ cooperative ITS
    December 5, 2013
    The FOTsis project addresses the imbalances between the vehicular and infrastructure sides of cooperative ITS infrastructures and looks to ensure road operators can help to enrich future technology applications. By Jason Barnes. Several developments have conspired to push the vehicular side of cooperative infrastructures/cooperative ITS to the fore in recent years. The automotive industry’s rather shorter product development and lifecycles combined with economic slowdown in many regions gave rise to the not
  • SCATS study shows significant savings
    December 16, 2013
    Australian study quantifies the benefits of SCATS to the motorists, the environment and the economy. Opportunity weekday cost savings potential of some AUD16 million (US$15.2 million) has emerged from rigorous analysis of a one-day study of Australia’s Sydney Coordinated Adaptive Traffic System (SCATS) in operation. This represents 27% of the total cost of a real alternative semi-adaptive traffic control. The estimated indicative annual weekday-based value is AUD3,900 million (US$3,705 million) or 0.9% of t
  • USDOT makes US$7 million available for multi-state projects
    February 14, 2013
    The US Department of Transportation (USDOT) is making funds available to existing and potential multi-state organisations and other agencies engaged in corridor transportation activities for participation in the Multi-state Corridor Operations and Management (MCOM) Program authorised by the Safe, Accountable, Flexible, Efficient Transportation Equity Act: A Legacy for Users (SAFETEA-LU). The purpose of the investment is to promote regional cooperation, planning, and shared project implementation for program
  • Sensor solutions cuts maintenance and emissions
    December 8, 2014
    The new raft of sensor technology can provide cost savings as well as additional functionality, as David Crawford discovers. Austria’s third-largest city, Linz, with a population of around 200,000, is recording substantial savings in its urban tram network within 18 months of introducing a new, high-technology approach to its public transport management. Tram, bus and trolleybus operator Linz Linien forms part of city utilities management company Linz AG, which has been carrying out a wide-ranging Smart Cit