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M. Bilal Shabbir

FAST · 2021 · 17i - 0124
Email
Phone
LinkedIn
GitHub

Academic

Program
BSCS
CGPA
Year
2021
Education
SEECS
Address
DOB

Career

Current role
Target role
Skills
Python, Pytorch, Kaggle, Colab, Flask, LibFreenect, Photoshop CC, Deep Learning, Computer Vision, Semantic Segmentation, Depth Map

Verbatim text

The exact text the LLM saw on the page (or the booklet text from the old import). This is what powers semantic search.
BlindAssistant
Over the years as technology has progressed further and more and more smart solutions have 
emerged, assistive technologies all around the world also saw the light of innovation.
BlindAssistant is a solution aiming to cater the challenge of the ever growing technological 
advancements in assistive technologies using state-of-the-art techniques such as those in DL 
(FCHarDnet) and Computer Vision. Sometimes, the guide canes don’t offer their required safety 
levels because they don’t provide perception of the obstacles or objects types and also do not give 
information about the walking path. With that in mind, it shall leverage relevant information such 
as semantic segmentation map as well as depth map to output real-time feedback to the end user 
for various outdoor navigation scenarios. This required looking into various advanced models and 
techniques to prototype our main idea accordingly. We incorporated RGBD sensor Kinect XBOX v1 for 
obtaining 
depth 
feed 
in 
real-time.  
Features include: 
- Real-time terrain awareness 
- Obstacle avoidance system 
- Speech Engine for voice feedback 
- Flask server for application 
 
 
 
 
 
 
Technology Used: 
Python, Pytorch framework, Kaggle, Colab,  
Flask framework, LibFreenect (XBOX), Photoshop CC 
Supervisor Name: 
Dr. Asif Naeem 
Group Members:   
Ali Salman (17i - 0350)                    
M. Bilal Shabbir (17i - 0124)                    
M. Sohaib Akhtar (17i - 0330)

AI enrichment

M. Bilal Shabbir is a BSCS graduate who contributed to a university project developing an assistive technology for the visually impaired using deep learning and computer vision. The project involved implementing real-time obstacle avoidance and terrain awareness using PyTorch, Flask, and RGBD sensors.
Skills (AI)
["Python", "PyTorch", "Computer Vision", "Deep Learning", "Flask", "Semantic Segmentation", "LibFreenect"]
Status: ai_done
Provenance
Source file: Graduate Directory FAST School of Computing 2021 (1st Final) (1).pdf
From job #24 page 198
Created: 1778144136