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Name: Magnus Sörensen

Type: User

Bio: I'm currently a student at mälardalens university in Sweden where I study master of science and engineering with the direction of robotics.

Location: Sweden.

Magnus Sörensen's Projects

3dreconstruction

3D reconstruction of spartial skeletal model for OpenPose using aruco corners.

aims

AppImage Managment System. System that helps you install AppImages from GitHub releases page.

alis

Arch Linux Install Script (or alis) installs unattended, automated and customized Arch Linux system.

arc-programmering-linux

This is a labb skeleton for Linux programming laborations at the ArosRoboticClubb Västerås. www.arcsweden.se

archlinux-ros-melodic

Scripts for testing, fixing and installing Archlinux packages used to install ros-melodic

awesome_window_manager_config

Config file for my awesome sett up on my ArchLinux desktop.

Visual impairment entails significant challenges for persons to perform their daily activities and could ultimately reduce the quality of life. A realistic perception of the environment is important for persons with visual impairments to provide an intuitive awareness of the physical surrounding for protection against hazards and to facilitate social inclusion. These group of people require continuous assistance in real time during their movement to and fro. Researchers and scientists have been trying to develop automatic navigation systems to assist those people in the activities of their daily living [1]. The proposed project proposes an indoor navigation system for persons with visual impairment using computer vision and machine learning. Here, an intelligent decision support system (DSS) based on artificial intelligence i.e. machine learning will be developed to reliably sense the environment by using cameras, translate the information, navigate and suggest personalized decisions to persons with visual impairments. The goal of this project is to develop a standalone navigation system using FPGA/raspberry pi board and Artificial Intelligence (AI) algorithms which can be used for visually impaired people. The proposed solution is designed for indoor use only (house, office, etc.). It provides the visually impaired person the ability to navigate without any other hardware assistance. In the project, one camera will be used for streaming surrounding environment and the FPGA/ raspberry pi system will able to help for navigation in the environment. There are several methods to perform this kind of tasks such as image GPS, image and so on [2, 3]. In this project the aim is to use image processing-based navigation system and navigation command can be either text or voice or any other format. For example, there is an obstacle after 5 meters ahead, or there is a cat 3 meter in left etc. The system should have one or more AI algorithms.