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This project focuses on developing a parallelized population simulation to study the dynamics of disease transmission within an environment by leveraging CPU and GPU parallelism, thread processing control, and inter-process communication techniques. The goal is to create a computationally efficient representation of a pandemic.

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parallel-disease-simulation

This project focuses on developing a parallelized population simulation to study the dynamics of disease transmission within an environment by leveraging CPU and GPU parallelism, thread processing control, and inter-process communication techniques. The goal is to create a computationally efficient representation of a pandemic.

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This project focuses on developing a parallelized population simulation to study the dynamics of disease transmission within an environment by leveraging CPU and GPU parallelism, thread processing control, and inter-process communication techniques. The goal is to create a computationally efficient representation of a pandemic.

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  • C++ 75.3%
  • Jupyter Notebook 15.9%
  • Cuda 7.9%
  • Python 0.5%
  • C 0.3%
  • CMake 0.1%