Abstract This paper describes a low computation system for a surveying service robot in a banquet hall setting. Automating this process will allow staff to focus on other tasks which […]
Service Robot Navigation and Computer Vision Application in a Banquet Hall Setting Read More »
Abstract The Poppy Project aims to offer a platform accessible to beginners and experts, allowing robots to be used in multiple fields, including research and teaching. During the work with
Control Library modification to improve robot interaction with its environment Read More »
Abstract With the development and application of eye-tracking technology, mobile eye-tracking systems have become more widely used due to their safety and portability. We combine eye-tracking systems with real-time object
Abstract The purpose of this research is to create an environmental recognition system, specifically on emotion expressions and human states, for a humanoid robot aiming for interpersonal services. Region Convolutional
Environment Recognition Using Robot Camera Read More »
Abstract License Plate Recognition is the most efficient and cost-effective technique used for vehicle identification purposes. Automatic license plate recognition (ALPR) is used for finding the location of the number
Detection and Recognition of Multiple License Plate From Still Images Read More »
Abstract Human-Robot Interaction is an emerging field in the area of robotics and growth in this field finds application in several areas of society. In this paper, the initial progress
A Robotic System for Elderly Care and Monitoring using Human-Robot Interaction Read More »
Abstract Nowadays, many students and staff struggle to find specific information about classes or teachers whether in their colleges or any other institution on campus. Therefore, in this research, a
Campus Guide Using Augmented Reality Techniques Read More »
Abstract: Drowsiness driving is a principal factor of many fatal traffic accidents. This paper presents the first event-based drowsiness driving detection (EDDD) system by using the recently developed neuromorphic vision
