bumkyu00

Pinned Repositories

agent
Language:Python00
Coro-now
Language:JavaScript00
dept-test
Language:Python00
imaginairy
Language:Python00
MindWiki
Language:JavaScript00
nntrainer
NNtrainer is Software Framework for Training Neural Network Models on Devices.
Language:C++10
quantum_image_segmentation
Language:Jupyter Notebook6 2 04
Quantum_Machine_Learning_Express
This project is one of the Qiskit mentorship programs to replicate two papers arXiv:1905.10876 and arXiv:2003.09887 using the Qiskit environment. We evaluate the parameterized quantum circuit, reproduce the expressibility and entangling capability of the 19 circuits, and the classification accuracy.
Language:Jupyter Notebook00
Quantum_storm-chasers
We propose an quantum image processing platform covering various verticals such as weather forecasting. They all can be modeled using recurrent neural networks due to their temporal interactions. In our detailed business proposal we describe the weather forecast image processing vertical.
Language:Jupyter Notebook10
UROP-reciprocal-recommender-system
Language:Python10

bumkyu00's Repositories

bumkyu00/quantum_image_segmentation
Language:Jupyter Notebook6 2 04
bumkyu00/nntrainer
NNtrainer is Software Framework for Training Neural Network Models on Devices.
Language:C++10
bumkyu00/Quantum_storm-chasers
We propose an quantum image processing platform covering various verticals such as weather forecasting. They all can be modeled using recurrent neural networks due to their temporal interactions. In our detailed business proposal we describe the weather forecast image processing vertical.
Language:Jupyter Notebook10
bumkyu00/UROP-reciprocal-recommender-system
Language:Python10
bumkyu00/agent
Language:Python00
bumkyu00/Coro-now
Language:JavaScript00
bumkyu00/dept-test
Language:Python00
bumkyu00/imaginairy
Language:Python00
bumkyu00/MindWiki
Language:JavaScript00
bumkyu00/Quantum_Machine_Learning_Express
This project is one of the Qiskit mentorship programs to replicate two papers arXiv:1905.10876 and arXiv:2003.09887 using the Qiskit environment. We evaluate the parameterized quantum circuit, reproduce the expressibility and entangling capability of the 19 circuits, and the classification accuracy.
Language:Jupyter Notebook00
bumkyu00/russian_chess
Language:Jupyter Notebook00
bumkyu00/SNU-tok
Language:JavaScript
bumkyu00/swpp-gitpractice
Language:Python1 0
bumkyu00/swpp-react-tutorial
swpp react tutorial github repo
Language:JavaScript
bumkyu00/swpp-redux-tutorial
bumkyu00/swpp-unittest-tutorial
bumkyu00/swpp2021-django-practice
Language:Python
bumkyu00/swpp2021-integration-practice
Language:JavaScript