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

  • Sweating the asset
    May 22, 2012
    Technological progress has done many things for the good of mankind and, as is evident from this issue of ITS International, it has become fundamental for those needing to ‘sweat the asset’. You will not find that expression anywhere else in this issue, but you will discover a lot pointing to the crucial and expanding role for ITS in getting more out of existing infrastructure.IBM associate partner Michael Noblett puts this into context in our special smart cities feature starting on page 50. Noblett refers
  • Mobility itself is moving says cubic
    June 9, 2015
    Cubic’s Chris Bax looks at the challenges and benefits of implementing transport as a service. Imagine paying for travel in exactly the same way you buy your phone service. For example, you would pay a set amount in exchange for a monthly travel package covering up to 100km of free taxi journeys in your home city (including a guaranteed 15 minute pickup) and public transport usage within a 1,500km radius of your home. Not only would this option be cheaper than owning and maintaining your own car, you would
  • Wireless technology aids city-wide traffic management
    October 10, 2012
    An extensive hybrid communications network in the County of Los Angeles is proving the capability and benefits of modern wireless technology for traffic management across wide areas. Wireless communications technology has found a welcoming test bed for use in traffic management systems, in the County of Los Angeles. The county has long running programmes synchronizing and monitoring traffic signals over large areas. In the process, combined with installation of advanced traffic management systems (ATMS), th
  • Cost-effective alternatives to traditional loops
    February 1, 2012
    Traffic signal control is a mainstay of urban congestion management. Despite advances in vehicle detection sensors, inductive loops, which operate by using a magnetic field to detect the metal components in vehicles, are still the most common enabler for intelligent signalised junctions.