| Self-Driving Car - Design and Implementation |
| Paper ID : 1247-IUGRC5 (R1) |
| Authors: |
|
Ahmed Diab *1, Ayat AZ Aboalmagd2, Ahmed naser3, Abd Elrahman Ahmed Abo Elmaged3, Mohamed Mohsen Ahmed Qenawy3, Ahmed Gamal Saber3, Khloud Rabie Shaban4, Khloud Mohamed Abd Alla3 1Minia University 2El-minya Higher Institute of Engineering and Technology (MHTIE), El-Minya, Egypt 3El-minya Higher Institute of Engineering and Technology (MHTIE), El-Minya, Egypt 4Elminya Higher Institute Of Engeneering And Technology (MHTIE), ElMinya |
| Abstract: |
| In a number of countries around the world, road safety is a big concern. To reduce road risks, advanced technologies are in operation. As part of intelligent transportation infrastructure, innovations include automated vehicles (AV) as a whole. They are a form of safety device that is active. But the questions we still have to answer are, how can we make self-automated vehicles safe enough for the driver and the road; and most importantly how much the level of safety would be designed and implemented. By 2050, these “five revolutions in urban transportation” could: 1. Reduced traffic congestion (30% fewer vehicles on the road), 2. Cut transportation costs by 40% (in terms of vehicles, fuel, and infrastructure), 3. Improve walkability and livability, 4. Free up parking lots for other uses (schools, parks, community centers), 5. Reduce urban CO2 emissions by 80% worldwide. This project is to design and implement a self-driving car that is powered by batteries and a Photovoltaics energy system. The principles of Artificial intelligence have been applied with the aid of suitable sensors and actuators. |
| Keywords: |
| Smart Car, Machine learning, self-driving car |
| Status : Paper Accepted (Oral Presentation) |
