Complete code and efficient cooperation allow developers to complete a tracking car in three days.
The centimeter-level ability of precise positioning and control allow two cars to track in the same and closed road site without sensor.
Complete, stable and efficient code ensure the rapid integration and safety of vehicles.
In the July 5, 2017 Baidu AI Developers Conference, Baidu announced the Apollo overall strategy and open road map, and formally launched Apollo 1.0 .The first phase opened the enclosed park tracking automatic driving ability. Through the Apollo’s refitting plan for on-vehicle by-wire system, hardware configuration, system architecture and code, developers can quickly realize the integration of a tracking automatic driving vehicle.
In AutonomouStuff, an American start-up company, an engineer named Josh became the first partner in Apollo 1.0 . With the help of Apollo 1.0 , he only spent three days creating a Lincoln MKZ into a tracking automatic driving vehicle. Apollo 1.0 has a fast learning ability, efficient integrated solutions, accurate positioning control, and completed of the history of the first two automatic driving car in the same closed field successfully.