CV

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Profile

Name Akanksha Singh
Title Researcher
Email akankshasingh.2540@gmail.com
Phone (+91) 766 732 8057
Website akankshasingh25.github.io
Summary Researcher in machine learning and deep learning with expertise in vision and speech. My broad goal is advancing responsible AI research, with specific focus on fairness, inclusion, explainability, societal and environmental impact.
LinkedIn -singh-akanksha
GitHub akankshasingh25

Work Experience

  • 08.2024 - Present
    Post-Baccalaureate Fellow
    Centre for Responsible AI (CeRAI), IIT Madras, India
    • Supervisor - Prof. Balaraman Ravindran
    • Leading the research on grounding artefacts of audio deepfakes into linguistic and acoustic features, speech and non-speech, phonetics, phonology, morphology, syntax, and semantics to develop an explainable detection model by design, tailored to the Indian context.
    • At the initial discussion stage of the project on multi-agent systems for multimodal deepfake detection, in tandem with the RAG framework to provide additional support through fact-checking.
    • Chapter author of the 'Grounding Responsible AI in Agriculture', a project in collaboration with Meta OpenLoop. The work explores current applications and associated risks of AI in agriculture, identifies key gaps in its development and deployment, and examines relevant policies, regulations, and legal frameworks. The paper emphasises the importance of responsible AI through actionable technical and policy recommendations, grounded in expert interviews and comprehensive analysis research.
  • 05.2023 - 07.2024
    External Master's Thesis Student
    Image Analysis and Biometrics (IAB) Lab, Department of CSE, IIT Jodhpur, India
    • Supervisor - Prof. Mayank Vatsa & Prof. Richa Singh
    • Created and curated a large (approx 1.3M samples) and diverse 26 generation techniques across 4 sets) bias-free benchmark multimodal multilingual deepfake dataset comprising identity-aware swaps and synthetic media.
    • Performed qualitative experiments such as BRISQUE score for visual quality and FAD for audio quality. And benchmarked existing state-of-the-art unimodal (visual and audio) and multimodal deepfake detection models.

Education

  • 08.2019 - 07.2024

    Bhopal, India

    Bachelor of Science - Master of Science (BS-MS) Dual Degree
    Indian Institute of Science Education and Research Bhopal
    Major: Electrical Engineering and Computer Science; Minor: Data Science and Engineering
    • Data Science and Artificial Intelligence - Machine Learning, Deep Learning, Natural Language Processing, Computer Vision
    • Computer Science - Data Structures, Algorithms, Computer Architecture, Operating Systems
    • Mathematics - Linear Algebra, Probability and Statistics, Calculus

Publications

Technical Skills

Machine Learning & Deep Learning
Python
PyTorch
Hugging Face
Git/GitHub
Bash Scripting
LaTeX
Slurm
Docker/Kubernetes

Research Interests

Fairness
Evalaution of bias in models and datasets
Mitigation strategies
Debiasing strategies
Model Editing
Unlearning
Membership Inference Attacks
Memorisation
Misinformation
Deepfake Detection - Audio, Vision, Text and Multimodal
Dissemination of (mis-mal-dis)information
Inclusion
Multilingual & Multicultural AI
Low-resource languages

Honors & Awards

Research Projects

  • 01.2023 - 03.2023
    Interpretable Deep Learning for Text Classification
    • Implemented an existing novel interpretability framework for text CNNs from scratch to linguistically motivated features. The proposed features are borrowed from existing work on text classification of shorter texts between fiction and non-fiction genres Brown Corpus).
    • The exit criteria are to corroborate our interpretability results with the baseline results obtained from the existing work using logistic regression.
  • 08.2022 - 11.2022
    Consumer Complaints: Text Classification Problem
    • Used machine learning and deep learning models for a multi-class nominal label classification
    • A vectorization and feature selection pipeline was used for ML architecture, and hyperparameters were fed to a cross-validation grid search on 5 supervised learning models. Logistic regression gave the best results, accuracy of 85.9%.
    • For DL architecture, FFN, bi-directional LSTM, RNN, and transformers were used. Bi-directional LSTM gave the best results, with an accuracy of 86.5%.

Languages Known

Hindi
Native speaker
English
Bilingual proficiency