masha2ALLAH. nice. .bin student of the work on a digital parking system you have all important information, it me to give can. ask. helps me in my documentation
We believe that if this system is implemented at a larger scale, it could eventually allow drivers to leave their cars at a parking facility and park autonomously.
The robot turns automatically in the search for the handicap to sign, and then always straightforward on the Driving length between the two lines. After statement of the parking lot the vehicle is closed off perfectly park, and stops completely.
The goal of this project is to design a smart robotic vehicle that will carry its own power source. To design this vehicle we will use the technology and techniques available like electronic circuits, microprocessors, and computer software. The robot will be placed in an organized filed with a driving track of two lines and a parking spot. The robot will be designed with a webcam.
Sure ! what’s your e-mail address ?
masha2ALLAH. nice. .bin student of the work on a digital parking system you have all important information, it me to give can. ask. helps me in my documentation
Head ya brother. . .
We believe that if this system is implemented at a larger scale, it could eventually allow drivers to leave their cars at a parking facility and park autonomously.
The robot turns automatically in the search for the handicap to sign, and then always straightforward on the Driving length between the two lines. After statement of the parking lot the vehicle is closed off perfectly park, and stops completely.
The goal of this project is to design a smart robotic vehicle that will carry its own power source. To design this vehicle we will use the technology and techniques available like electronic circuits, microprocessors, and computer software. The robot will be placed in an organized filed with a driving track of two lines and a parking spot. The robot will be designed with a webcam.