Shaping the Upcoming
The most used application was to acting as a stable and automated Camera man, specially for applications with high stability required like AR applications and 3D photography for reconstruction.
The Rover was used by the ERI in the context of creating VR tours for archeological sites in Egypt.
The Rover was used by the ERI in the context of creating VR tours for archeological sites in Egypt.
Madkour Co. set some nonstandard parameters for the production line, Our role was to design the production line, selecting the equipment, materials, planning the staff list and scheduling for 24h operation and how everything was going to flow on the factory floor.
The system consisted of three main components; Vehicle hardware Interface, Network Interface, and the Cloud Server for the user application. The hardware we designed and implemented connects to the vehicle system via the OBD-II port located under the driving wheel. The hardware monitors and logs the CAN BUS data of all sensors and nodes monitored. Then transmits all these data to the server through the Network Interface layer.
Using Siemens ecosystem, SudoTechs took over the process of products selection, engineering solution, MCC & Control panels design & assembly, sensors installation, and Integrating the line machines into the AH process to create a fully automated and closed loop process. And for the purposes of real-time monitoring and control over different set scenarios according to the production plan, a user friendly interface was created.
SudoTechs was given specifications and we had to design & develop the Mechanical, Electrical and Control Software for the entire machine, in addition to the integration.
Using this unit, matching the patterns of motion of both the trainers and trainees can be done accurately to detect the flaws of a motion and guide the training accordingly. Trying to avoid the use of an expensive camera for this, the team utilized an array of sensors mounted along the body of the player and stick.