Autonomous Robot

Project Title

Autonomous Robot

Project Area of Specialization Artificial IntelligenceProject Summary

The world of artificial intelligence, driverless cars and, well, technology can be a scary place to think about. The AI systems powering driverless cars, for example, are trained extensively in virtual simulations to prepare the vehicle for nearly every event on the road. But sometimes the car makes an unexpected error in the real world because an event occurs that should, but doesn't, alter the car's behavior.

Consider a driverless car that wasn't trained, and more importantly doesn't have the sensors necessary, to differentiate between distinctly different scenarios, such as large, white cars and ambulances with red, flashing lights on the road. If the car is cruising down the highway and an ambulance flicks on its sirens, the car may not know to slow down and pull over, because it does not perceive the ambulance as different from a big white car.

Project Objectives

Autonomous driving is quickly becoming a reality, and it's bringing with it far reaching social and environmental impact. Our main motive is to make driving more environmentally sustainable and potentially saving millions of lives. "Autonomous vehicles hold enormous promise to modernize our transportation system, and AI has the power to make them a reality," and INSHA ALLAH we will achieve our goal.

Project Implementation Method

We use machine learning to implement the learning of robot through images. We first take photographes of differnet objects then labelled them, then train them with the help of python libraries.

Benefits of the Project

People are easily distracted on the road, and self-driving cars provide an answer to that problem. In fact, it’s estimated that they could prevent anywhere from 75% to 90% of the auto accidents we suffer each year.

After all, if there are fewer human drivers, fewer human mistakes will be made.

When driverless tech becomes available to the market as a whole, you’ll have more hands-free time on your commute. But the real convenience won’t be about having a little more time to focus on your podcast or take a snooze.

Technical Details of Final Deliverable

We have a complete robot model for final evaluation test in which we made a track for robot and and evaluate the robot on the track.

Final Deliverable of the Project Hardware SystemCore Industry TransportationOther Industries IT Core Technology Artificial Intelligence(AI)Other Technologies RoboticsSustainable Development Goals Decent Work and Economic GrowthRequired Resources

Item Name	Type	No. of Units	Per Unit Cost (in Rs)	Total (in Rs)
			Total in (Rs)	78700
Raspberry Pi	Equipment	2	12000	24000
Motor driver	Equipment	3	1000	3000
Wires	Equipment	4	50	200
Bread board	Equipment	5	50	250
Chessis	Equipment	2	2500	5000
Motors	Equipment	4	200	800
Tyres	Equipment	4	150	600
Nut Bolts	Equipment	50	10	500
Led's	Equipment	4	5	20
Switch	Equipment	1	30	30
USB Camera	Equipment	1	1500	1500
Pi Camera	Equipment	1	3000	3000
camera stand	Equipment	1	900	900
servo motors	Equipment	6	200	1200
DC buck	Equipment	1	200	200
Rechargable battery	Equipment	2	700	1400
Rechargable Cells	Equipment	4	250	1000
Cells Charger	Equipment	2	150	300
Raspberry Pi Case	Equipment	2	500	1000
Raspberry Pi Power Supply	Equipment	2	250	500
Battery Charger	Equipment	1	350	350
Proposal Printing	Miscellaneous	1	100	100
Report Printing	Miscellaneous	2	200	400
HDMI cable	Equipment	3	500	1500
Card sheets	Equipment	20	200	4000
Blue Tape	Equipment	5	200	1000
Car model	Equipment	10	500	5000
Rickshaw model	Equipment	5	500	2500
Bike Model	Equipment	4	500	2000
Human Model	Equipment	5	400	2000
Tree Model	Equipment	5	500	2500
Plaster of Paris	Equipment	2	50	100
Traffic Signs Model	Equipment	4	50	200
Sticks	Equipment	1	50	50
9V batteries	Equipment	8	150	1200
Foiler	Equipment	1	200	200
Screw Driver	Equipment	2	100	200
Plas tool	Equipment	3	150	450
Car Box	Equipment	1	50	50
Travelling & Shipments	Miscellaneous	01	9500	9500