Artificial Vision for Micro-Mouse

This paper surveys the most advanced approaches to the (partial) customization of road following task, using on-board systems based on artificial vision. The functionalities of lane detection, obstacle detection and pedestrian detection are described and classified, and their possible application

A new cognitive architecture for artificial vision is proposed. The architecture, aimed at an autonomous intelligent system, is cognitive in the sense that several cognitive hypotheses have been postulated as guidelines for its design. The first one is the existence of a conceptual representation

Abstract — Artificial vision for the blind was once the stuff of science fiction. But now, a limited form of artificial vision is a reality.Now we are at the beginning of the end of blindness with this type of technology. In an effort to illuminate the perpetually dark world of the blind

Pulsed arc is very frequently used in automated welding processes due to numerous advantages. It is necessary to monitor the process in order to obtain qualitative welded joints. The modern types of welding processes are using monitoring with artificial vision. This paper presents some aspects

We present a detailed account of the processing that occurs within a biologically-inspired model for visual homing. The Corner Gradient Snapshot Model (CGSM) initially presented in [1] was inspired by the snapshot model [2] which provided an algorithmic explanation for the ability of honeybees to return to a place of interest after being displaced.

the learning curve for newly introduced development team members. Keywords: Framework, Artificial Vision Software. 1

In 1929, a discovery was made that encouraging the visual cortex ( part of the cerebral cortex) caused the interpretation of the specks of light, known as phosphenes, in an individual. The prime focus of artificial vision systems is to provide an alternative for normal human vision utilizing

at the end of the article. Index Terms — Active vision, artificial vision, pursuit, navigation. I.

Abstract: This work presents a control strategy for coordination of multiple robots based on artificial vision to measure the relative posture between them, in order to reach and maintain a specified formation. Given a leader robot that moves about an unknown trajectory with unknown velocity, a