Certifications

Courses and Certifications

Programming Language

Data science

Data Analysis

Hyper Parameter Tuning

Natural Language Processing

Unsupervised Learning

Computer Vision

Skills

Machine Learning

Computer Vision

Natural Language Processing (NLP)

Data Science

Courses

Programming Language

Data Science

Data Analysis

Hyperparameter Tuning

Natural Language Processing

Unsupervised Learning

Computer Vision

Portfolio

Projects

  1. Fine-Tuning GLiNER for Location Mention Recognition (LMR)
    Published: September 01, 2024
    Fine-tunes the GLiNER model to enhance the recognition and classification of location mentions in text data for improved disaster response.

  2. Specializing Large Language Models for Telecom Applications
    Published: July 01, 2024
    Enhances the accuracy of Falcon 7.5B and Phi-2 on telecom knowledge using the TeleQnA dataset.

  3. Object Detection Using Transformers
    Published: May 01, 2024
    Develops a machine learning algorithm for accurate counting of roof types in rural Malawi using aerial imagery.

  4. Semi-Supervised Learning with Few Labels
    Published: January 01, 2023
    Improves the performance of self-supervised learning models in scenarios with limited labeled data.

  5. Continual Self-Supervised Learning through Distillation and Replay
    Published: September 01, 2022
    Addresses the challenges of continual learning in self-supervised learning by using distillation, proofreading, and a prediction layer.

  6. Financial Data Generation
    Published: December 01, 2021
    Generates synthetic financial data for various applications.

  7. Constraints Optimization of Resources Used by Tasks in Workflows
    Published: September 01, 2021
    Optimizes resource usage in workflows to enhance efficiency.

  8. NER for Commands Extraction
    Published: June 01, 2021
    Extracts commands from text data using Named Entity Recognition techniques.

  9. Users’ Understanding Queries
    Published: September 01, 2020
    Focuses on improving user query understanding for enhanced interaction.