Journal of Computer Science (VJCS), Issue-7, No 4, Nov 2020.
Overview:
This study presents Alpha-N-V2, an upgraded self-powered delivery robot with improved
autonomous navigation and obstacle avoidance. Alpha-N-V2 uses Dijkstra’s Algorithm with
the Grid Count Method (GCM) for efficient path planning and an RFID Reading System (RRS)
for accurate positioning. Its Object Detection Module (ODM), based on Faster R-CNN with
VGGNet-16, aids in real-time obstacle detection. Testing showed accuracy rates of 89.25%
for ODM, 93.2% for RRS, and 87.5% for path planning, highlighting the enhancements over
its previous version.
DOI: https://doi.org/10.1142/S2196888820500219
Asian Conference on Intelligent Information and Database Systems, (pp. 202-213). Springer, Cham. .
Overview:
This paper introduces Alpha-N, a self-powered delivery robot designed for autonomous navigation.
Using Dijkstra’s Algorithm and RFID-tagged landmarks, Alpha-N calculates optimal paths, verifies
locations, and recalibrates its position. Its Object Detection Module (ODM), based on Faster R-CNN
with VGGNet-16, aids obstacle detection, supporting the Path Planning System (PPS). In testing,
Alpha-N achieved 83.75% accuracy for ODM, 92.3% for RFID readings, and 85.3% for path planning.
These results highlight its efficiency and usability, marking an improvement over other service robots.
DOI: https://doi.org/10.1007/978-3-030-41964-618
Asian CHI Symposium 2022 Special Publication.
Overview:
This study explores the challenges faced by Bangladeshis in accessing healthcare,
especially during the COVID-19 pandemic, with a focus on government hospital limitations.
Interviews with 32 participants from diverse backgrounds revealed issues such as difficulty
in finding suitable doctors and limited information on medication costs. Participants
suggested potential online solutions to address these gaps. Based on these insights, the
study offers recommendations for developing online healthcare platforms to improve access
and ease of healthcare services in Bangladesh.
ISBN: 978-0-9942763-2-2