2. Artificial intelligence
To accurately measure the reliability of an AI-based system, and thus its safety and
dependable characteristics to be able to provide, for example, safe autonomous
operation, which is of utmost importance for system performance, it is necessary to
develop regulations and standardised certification processes. Sophisticated motion
tracking can be provided by vision both at passenger crowd characterization and
emotion recognition can be installed at passenger pick up points to keep an eye on
passengers. Providing satisfaction, among other things, personalized trip advisors and
experiences to people who are blind. Dispatchers could be assisted by visual
assistance tools that have more user-friendly interfaces and deliver the appropriate
information at the appropriate moment. Using logic programming, decision support
systems based on skilled practitioners, such as planners, dispatchers, and maintenance
personnel, could be created.
3. Robotics
When the Safety and Standards Board recommended that the industry consider
using robotics for traction powered vehicles maintenance, I initially thought, "Are
you mad? ".
But I was attracted by the suggestion since it sparked my inborn curiosity.
Automobiles are produced by robots. In order to maximize the use and
application of traction powered vehicles, we may need to alter or design
robotics-based traction powered vehicle for maintenance. Robots control the
handling and positioning of parts in a single operation using geometric tooling. It
speeds up the process bringing new model variations to market. The spot-
welding cells, which are used. They are constructed from parts that are standard.
Its capacity on assembly lines can go up to 4,000 per hour and it can be used on
its own. It is mobile and can be used anywhere.
4. Internet-of-Things
The transportation industry is always changing to provide commutes that are safer, quicker, cleaner, and more comfortable. The
next major change in the industry is about to happen, and IoT is driving it. A surge of connected infrastructure and smart vehicles
are being driven by the IoT's potential. The potential for safety of IoT in transportation is one of its most appealing aspects. IoT-
based smart transportation would have interconnected automobiles. This would enhance elements that keep drivers safe while
using assisted driving. Vehicles would get real-time information about where everything else on the road is because to IoT-driven
communication. The traction powered vehicle might then use this information to brake or turn when it was required to prevent a
collision. Many traction powered vehicle already have assisted driving features, but the interconnectedness of IoT would improve
their accuracy. The secret to traction powered vehicle also lies in this connectedness. A traction powered vehicle could navigate
more successfully if it can connect to other traction powered vehicle and the surrounding infrastructure. Traction powered vehicle
that are dependable and safe would not be conceivable without IoT.