• Corpus ID: 110843176

Raspberry- Pi (On-board computer) based Intelligent Vehicle Parking System

  title={Raspberry- Pi (On-board computer) based Intelligent Vehicle Parking System},
  author={Ayesha Haroon},
  journal={International journal of engineering research and technology},
  • Ayesha Haroon
  • Published 12 March 2015
  • Computer Science
  • International journal of engineering research and technology
Parallel and reverse Car Parking is complex Job especially for the beginners as well as intermediate due to the presence of the blind spots. An automated parking assistant system is required to make the driver aware of any static/dynamic obstacle and visibility of those blind spots. To overcome this issue we are planning to construct a digital system that uses Raspberry-Pi an on-board computer which will be interfaced with cameras to visualize the blind spots and proximity sensors for obstacle… 
Automated Parking and Security System
RPI 3B model, Image Processing - blurring, dilating, eroding, contouring and segmenting of Number Plate and Face Recognition which would resolve the problems faced by existing systems and would satisfy the requirements of an accurate and secured parking system.
An edge computing‐based predictive evaluation scheme toward geological drilling data using long short‐term memory network
The experimental results show that the edge computing‐based predictive evaluation scheme can effectively improve the performance in analyzing geological drilling data.


Intelligent driver assistance system providing the full assistance to the driver when drive driving the car on the road along with considering the traffic intensity & white lane detection, implemented on the new platform Raspberry Pi Development Board.
Development of an automatic parallel parking system for nonholonomic mobile robot
Backward automatic parallel parking system for nonholonomic mobile robot is developed based on the geometrical equations in which the needed information is referring to the distance between the mobile robot and the adjacent object.
Automatic Parking Management System and Parking Fee Collection Based on Number Plate Recognition
Algorithm technology based method for license plate extraction from car images followed by the segmentation of characters and reorganization is presented and also electronics parking fee collection system based on number plate information is developed.
Control of a car with a trailer using the Driver Assistance System
It is shown how the car with passive trailers can be easily controlled by the use of the proposed driver assist system and the motion control scheme and it is shown that even beginners can easily control the pushing motion with the proposed scheme.
Self-Driving Cars and the Urban Challenge
The automotive industry stands out as having the most potential for impact when it comes to domains to which intelligent systems can apply intelligent systems.
A Car Parking Monitoring System Using Wireless Sensor Networks
This paper presents a car parking monitoring system using wireless sensor networks. Multiple sensor nodes and a sink node, a gateway, and a server constitute a wireless network for monitoring a
Using multi-camera systems in robotics: Efficient solutions to the NPnP problem
This paper introduces two novel solutions to the generalized-camera exterior orientation problem: gPnP, an efficient, non-iterative n-point solution with linear complexity in the number of points, and a minimal solution requiring only three point correspondences using the Gröbner basis method.
Minakshee M.Patil, “Intelligent Driver Assistant System for Automotive
  • Issue: May
  • 2014