Skip to main content

Rail Summit to discuss automated operations in Aviation and Rail, Vienna

The often repeated comparison between the levels of automation in the aviation and rail sectors will come under scrutiny at the Intelligent Rail Summit Vienna 28 – 30 November, according to a report in rail knowledge sharing platform Railtech.com. Dick Terleth, director mobility at ADSE consulting and avionics specialist Sander Van Lochem, will discuss automated operations and focus on the introduction, operation and lifecycle
October 4, 2017 Read time: 2 mins

The often repeated comparison between the levels of automation in the aviation and rail sectors will come under scrutiny at the Intelligent Rail Summit Vienna 28 – 30 November, according to a report in rail knowledge sharing platform Railtech.com.  

Dick Terleth, director mobility at ADSE consulting and avionics specialist Sander Van Lochem, will discuss automated operations and focus on the introduction, operation and lifecycle management of automated train operations. Terleth stated that the main differences is that unlike with rail, in aviation sector there is constant communication between the pilot and ground control but there is no active automated interface between the airplane and traffic control as happens with signalling and control systems in rail.

“This is completely different in the railway sector, where space is more confined to the rail track and a much higher level of interaction between the vehicle and the rail infrastructure takes place. Also, there are more factors, like people walking along the track, to take into consideration. A lot more needs to be done to successfully implement an automated driving system on rail, as the prerequisites are much harder to fulfill,” he added.

Referring to a safety culture developed to the aviation industry, he recognised that it is not as paramount in the rail industry, but a similar focus in inevitable to a successful implementation.  He added that overcoming challenges caused by system malfunctions and acceptance among passengers are two challenges that need to be overcome.

Related Content

  • Healthy prospects for floating vehicle data systems
    February 3, 2012
    Elmar Brockfeld, Alexander Sohr and Peter Wagner from the German Aerospace Center's Institute of Transport Systems look at the prospects for floating vehicle data systems. Although Floating Vehicle Data (FVD) or probe vehicle fleets have been around for about a decade, the idea behind them is of course much older: from probe vehicles that flow with the traffic it should be possible to get a precise, fast and spatially near-complete picture of the prevailing traffic flow conditions in an area under surveilla
  • Meeting the challenges of smartcard fare payment
    July 4, 2012
    David Crawford monitors a growing trend in contactless smartcard ticketing The north east United States has become a hive of activity in the smart fare payment arena. In October 2011, the New York Metropolitan Transportation Authority (MTA) published, as a preliminary to an imminent procurement process, the detailed concept of its New Fare Payment System (NFPS). Based on open payment industry standards, this is designed to be implemented on all MTA bus and subway services operated by New York City Transit (
  • Chris Tomlinson: 'My golden rule is have an open mind’
    July 27, 2021
    The executive director of Georgia’s mobility authorities explains tolling’s place in demand management, the benefits of being mode-agnostic and how to learn from other agencies
  • Bluetooth aids rail passenger monitoring
    April 12, 2013
    In an effort to reduce congestion and improve passenger flow at railway stations in the Netherlands, Danish software company Blip Systems and Dutch railway consultants NPC have teamed up to monitor passenger movements using Bluetooth and wi-fi tracking. In an eight-week study at Groningen railway station, Blip Systems has installed 22 of its BlipTrack sensors which anonymously detect wi-fi and Bluetooth-enabled devices such as mobile phones and laptops. The sensors will monitor passengers and transmit the