Pinned Repositories
18S191
Course 18.S191 at MIT, fall 2020 - Introduction to computational thinking with Julia:
AGMC
AGMC: Auto Graph encoder-decoder for Model Compression and Network Acceleration
awesome
😎 Awesome lists about all kinds of interesting topics
Awesome-AutoDL
A curated list of automated deep learning (including neural architecture search and hyper-parameter optimization) resources.
awesome-nas-papers
Awesome Neural Architecture Search Papers
errorcorrection
Quantum Error Correction inspired by hybrid Quantum/Classical Variational Circuits.
flytekit
Extensible Python SDK for developing Flyte tasks and workflows. Simple to get started and learn and highly extensible.
QEC
Codes for Quantum Error Correction
reinforced_scinet
Operationally meaningful representations of reinforcement learning environments.
tensor-network
tensor network study
aswanthkrishna's Repositories
aswanthkrishna/errorcorrection
Quantum Error Correction inspired by hybrid Quantum/Classical Variational Circuits.
aswanthkrishna/QEC
Codes for Quantum Error Correction
aswanthkrishna/reinforced_scinet
Operationally meaningful representations of reinforcement learning environments.
aswanthkrishna/tensor-network
tensor network study
aswanthkrishna/CohortProject_2020
Open collaboration of the Quantum Bootcamp 2020
aswanthkrishna/Dynamo
Quantum optimal control - optimize your system or develop and benchmark new optimization algorithms
aswanthkrishna/gym-forest
Reinforcement learning environment for the classical synthesis of quantum programs.
aswanthkrishna/kitaev-toric-decoder
This is a simulation of optimal decoder for Kitaev's Toric Codes, written in C++. The optimal toric decoder has a theoretical threshold of 11%. Through this simulation, I have successfully verified the threshold of 11%. This was done as a part of my MTech thesis at IIT Madras.
aswanthkrishna/N2N
aswanthkrishna/QISKit-Surface-Codes
QISKit implementation of surface codes
aswanthkrishna/qiskit_surface_codes
Surface code implementation for Qiskit
aswanthkrishna/TensorNetworkAD.jl
Algorithms that combine tensor network methods with automatic differentiation
aswanthkrishna/xacc
XACC - eXtreme-scale Accelerator programming framework