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AI, CS & Quantum
LLMs & Robotics
Computer Vision & ML
AI/ML · Robotics · Edge AI
Computer Vision & ML
I’m a Ph.D. candidate in Data Science & Engineering working at the intersection of machine learning, scalable data systems, and theory. My work blends rigorous theory, efficient data architectures, and applied experimentation to build trustworthy AI for vision, language, and decision-making. I publish in top conferences, mentor students, and collaborate with industry partners to translate research into impact.
I collaborate across academia and industry to take ideas from proofs and prototypes to robust, deployable solutions.
Developing deep visual understanding systems for perception, recognition, and visual reasoning.
Working on large language models, semantic understanding, and multimodal learning for real-world text processing.
Designing transparent and interpretable AI models that enhance trust, ethics, and accountability in AI systems.
Focusing on data quality, bias detection, and optimization strategies that improve AI performance and generalization.
Creating intelligent systems that combine symbolic reasoning and data-driven learning for complex decision-making.
Advancing supervised, unsupervised, and self-supervised learning models for real-world applications.
Investigating autonomous agents that learn through interaction and adaptive optimization of rewards.
Exploring generative AI for creative synthesis and data-efficient model training strategies.
Designing scalable data pipelines and distributed architectures for real-time analytics and scientific data processing.
Exploring interpretable data analytics and visualization tools for actionable insights in large-scale systems.
Building resource-efficient computing frameworks for AI-driven data workflows in distributed environments.
Developing secure, decentralized machine learning models that ensure data privacy and fairness across networks.
International Journal of Convergent Research (IJCR)
This paper examines various security mechanisms and addresses potential adversaries and dangers in decentralized federated learning. The verifiability and trustworthiness of decentralized federated learning are also considered.
Jakhar, N., & Singh, S. (2024). Federated Learning: A Potentially Effective Method for Improving the Efficiency and Privacy of Machine Learning . International Journal of Convergent Research, 1(1).
National Conference on Future Computing Technologies for Sustainable Development (NCFCTSD-24)
In this study, we describe a method to monitor students using ad-hoc Wireless Networks (ad-hoc-WNs) that can be deployed seamlessly between wearable and mobile devices. This enables the transmission of vital signs in critical and emergency situations.
Rohit, Singh S. (2024). Improve Student Control in Virtual Classrooms using Wireless Net and IoT. Proceedings of the National Conference on Future Computing Technologies for Sustainable Development (NCFCTSD-24).
In Press - Chapter in AI‑Driven Healthcare Systems
This chapter introduces a privacy‑preserving federated CNN framework for early detection of diabetes across multiple clinical sites. By combining local model training on distributed patient datasets with secure aggregation, it achieves an AUC of 0.92 while ensuring no raw data leaves the originating hospital. Key contributions include a novel gradient‑quantization technique to reduce communication overhead by 40% and an adaptive learning schedule that tailors model updates to heterogeneous device capabilities.
Singh, S. (2024). Early Diabetes Detection via Federated Convolutional Neural Networks
In Progress.....
Active Development in 2025
A scalable distributed database system with support for ACID transactions and fault tolerance.
A lightweight deep learning framework built from scratch with support for various neural network architectures.
A complete compiler implementation for a custom programming language, including lexical analysis, parsing, and code generation.
A comprehensive tool for analyzing network traffic and detecting potential security threats in real-time.
A web platform for researchers to collaborate on projects, share resources, and publish findings.
IInd Prize - Self-composed Slogan Writing
Consolation Prize - Self-composed Poem Competition
IInd Prize - Essay Writing Competition
IIIrd Prize - Slogan Writing Competition
IInd Prize - Essay Writing Competition
IIIrd Prize - Slogan Writing Competition
Ist Prize - Essay Writing Competition
Paper Code: Computer Science
Paper Code: Computer Science
School of Engineering and Technology, Om Sterling Global University, Hisar
Organized Techno-A-Thon, Viral Tweet Hackathon, and workshops on Data Science, Cyber Security, and Algorithms
Awarded by Om Sterling University for outstanding work as Teaching Assistant
Topped the batch for 3 consecutive years
Society for New Innovation (SNI), Om Sterling Global University, Hisar
Organized by Govt. P.G. College for Women
International YRC Online Camp Organised by AIJHM College
MIT, W3C
World Wide Web, Semantic Web
Inventor of the World Wide Web and pioneer of the Semantic Web. His work revolutionized information sharing globally.
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University of Toronto, Google
Deep Learning, Neural Networks
Known as the "Godfather of Deep Learning" for his pioneering work on neural networks and backpropagation.
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University of Montreal, MILA
Deep Learning, AI
Pioneer in deep learning and neural networks, with significant contributions to machine learning algorithms.
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Stanford University, Landing AI
Machine Learning, AI Education
Pioneer in online education for AI and machine learning, founder of deeplearning.ai and co-founder of Coursera.
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Stanford University
Computer Vision, AI
Pioneer in computer vision and ImageNet, advancing visual recognition systems and AI ethics.
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MIT
Programming Languages, Distributed Systems
Developed the Liskov Substitution Principle and made fundamental contributions to programming language design.
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Microsoft Research
Distributed Systems, Formal Verification
Created LaTeX and made fundamental contributions to distributed systems theory including the Paxos algorithm.
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Carnegie Mellon University
AI, Speech Recognition
Pioneer in AI and speech recognition systems, with significant contributions to human-computer interaction.
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NYU, Meta AI Research
Deep Learning, Computer Vision
Pioneer in convolutional neural networks and deep learning, with applications in computer vision.
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Master machine learning with Scikit-Learn - the most powerful and beginner-friendly
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An exploration of the ethical considerations in artificial intelligence development and how researchers can balance innovation with responsible deployment.
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A deep dive into how quantum computing is poised to revolutionize computational capabilities beyond classical limits.
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Analyzing the unique security challenges posed by the proliferation of Internet of Things devices and potential solutions.
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Comparing different consensus mechanisms for distributed systems and their applications in blockchain and beyond.
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Learn HTML from scratch with examples, code snippets, and best practices for building the structure of web pages.
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Master CSS with this comprehensive guide covering selectors, properties, layouts, animations, and responsive design.
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Learn JavaScript fundamentals, DOM manipulation, events, async programming, and modern ES6+ features.
Read Tutorialsajjansingh72277@gmail.com
Jhajjar, Haryana, India
Open for research collaborations
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