This repository contains materials from the author's deep learning course at UC Berkeley lectured by Prof. Sahai, including coursework, assignments, code, and notes, among other materials

A Rust library for the Groth-Sahai non-interactive witness-indistinguishable and zero-knowledge proof system

An implementation of the Groth-Sahai NIZK protocol

Python reference implementation of Groth-Sahai proofs

Approximately 28-35% of elderly people fall one time or more per year. They tend to leave the appliances unattended due to forgetfulness. Thus there is a need to provide help to elderly people as well as provide necessary information to their loved ones. The elderly people living alone needs an automatic integrated solution as a support which would provide homely assistance by taking care of them. The project is based on kinect device which does not invade their privacy while monitoring multiple elderly people's normal activities and detecting fall or catastrophic conditions by measuring their gait and analyzing change in posture when they change from sitting to walking or vice versa. Support vector machine is used to classify the gait and posture data obtained from the kinect device. Normalization technique is used to identify multiple users and activities. With the help of machine learning algorithm normal and abnormal activities are identified. The proposed system also informs concerned person in the case of any emergency. Monitoring the status of usage of electronic appliances is also considered

Efficient implementation of the Non-Interactive Zero-Knowledge proofs invented by Groth and Sahai

An implementation of the Groth-Sahai zero-knowledge proof system based on jPBC

Designing, Visualizing and Understanding Deep Neural Network, Prof. Sahai

AI coding agent orchestration

This repository contains the code for the research done by Kate Harrison and Anant Sahai concerning cognitive radios in the TV whitespaces.

GSW (Gentry-Sahai-Waters) homomorphic encryption scheme implementation in C

Autonomous AI agent orchestrator for hierarchical task execution in Claude Code and Codex

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Winter 2018 with Professor Amit Sahai - Intro to Formal Languages and Automata Theory

Rust Implementation of SXDH Groth-Sahai Proofs for Pairing-Product Equations referenced from the article 'Commuting Signatures and Verifiable Encryption' by Georg Fuchsbauer

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FALL 2019 Data 8 Solutions. With Ramesh Sridharan and Swupnil Sahai at UC Berkeley. Official solutions, pulled from staff shared Google Drive.

landing page and blog

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Config files for my GitHub profile.

Sahail-md

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A collection of LeetCode questions to ace the coding interview! - Created using [LeetHub v2](https://github.com/arunbhardwaj/LeetHub-2.0)

A library for constructing Groth-Sahai proofs using pre-built wrappers

2nd OOP homework

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Implémentation d'un modèle cryptographique quantum résistant fondé sur le modèle de Gentry, Sahai et Waters