Dromos GmbH (20240210962). Autonomous Transportation Network and Method for Operating the Same simplified abstract
Contents
Autonomous Transportation Network and Method for Operating the Same
Organization Name
Inventor(s)
[[:Category:Martin D�rr of München (DE)|Martin D�rr of München (DE)]][[Category:Martin D�rr of München (DE)]]
Autonomous Transportation Network and Method for Operating the Same - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240210962 titled 'Autonomous Transportation Network and Method for Operating the Same
The abstract describes an autonomous transportation network with a control management center that independently calculates routes for a fleet of autonomous vehicles.
- Autonomous transportation network with a control management center
- Plurality of autonomous vehicles with onboard processors and vehicle memory
- Local route calculation between origin and destination
- Vehicle antenna for transmitting calculated routes
- Control management center calculates routes for autonomous vehicles
- Beacons connected to control management center for redirection information transmission
Potential Applications: - Urban transportation systems - Logistics and supply chain management - Public transportation services
Problems Solved: - Efficient route planning for autonomous vehicles - Centralized control and management of a fleet of vehicles - Real-time redirection for optimized traffic flow
Benefits: - Reduced traffic congestion - Lower fuel consumption and emissions - Improved safety and reliability of transportation services
Commercial Applications: Title: "Optimized Autonomous Transportation Network for Urban Mobility" This technology can be utilized by transportation companies, city authorities, and logistics firms to enhance their operations, reduce costs, and improve overall efficiency in transportation services.
Questions about the technology: 1. How does the control management center communicate with the autonomous vehicles? The control management center communicates with the autonomous vehicles through a network of beacons that receive redirection information. 2. What are the key advantages of using autonomous vehicles in urban transportation systems? Autonomous vehicles can improve traffic flow, reduce accidents, and optimize route planning, leading to more efficient transportation networks.
Original Abstract Submitted
an autonomous transportation network () and method () of operation is disclosed. the autonomous transportation network () comprises a plurality of autonomous vehicles () with an onboard processor () and vehicle memory () for locally calculating () a route () between an origin () and a destination () and a vehicle antenna () for transmitting the calculated route (). a control management center () comprises a control management processor () and a central memory () and independently calculates () the routes () of the plurality of autonomous vehicles (). a plurality of beacons () is connected to the control management center () and receives redirection information from the control management center () for transmission to one or more of the plurality of autonomous vehicles ().
