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ROOT VARIABLES
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WORK EXPERIENCE
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Publications
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International Workshop on Blockchains and Smart Contracts, IFIP International Conference on New Technologies, Mobility and Security 2018, Paris.
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PROJECTS
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The project focuses on extracting dense discriminative features by using sparsity constraints in the fully connected layers. Also working on adaptive pooling for better feature extraction.
Proposed & developed an algorithm to enable transaction validation on light nodes in blockchain environment. Besides Bitcoin implementation and protocol study, developed a blockchain micro-framework with the summarization protocol. Achieved 45% compression on Bitcoin blocks.
Analyzed cryptographic properties including nonlinearity, ANF & resiliency, of substitution boxes of DES & PRESENT. Extended the work to Quasigroups & cryptanalysis of 4-round quasigroup s-boxes.
Developed a back-end service for Django to manage & handle media files and requests. Besides media storage, file compression and authentication, the service tracks user actions on files and provides options for file recovery and transformation. Further, rule based authentication was implemented to verify file parameters & create suitable output file.
Analzed network traffic for Insitute intranet portal and approached the forecasting problem with ARIMA, GAS and RNN.
Developed a python micro-framework to create multilayer perceptron classifiers with custom layers, activations, regularization & initialization policies. Currently, the project has over 170 GitHub stars.
Solved Matasano (modern) Cryptography challenges on block & stream ciphers and RSA.
Developed a custom bootloader and kernel for x86 architecture from scratch. The kernel comprised of a basic display driver.
Implemented a distributed Domain Namespace Server for iterative address resolution. A hierarchical structure was maintained with client parsing through the response obtained at each node. The model employed RPC for node communication.
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RÉSUMÉ
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[link]
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CONTACT
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[github] [linkedin] [facebook] [blog] [iitr.ac.in]