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ParallelComputingExercises\n\nA set of exercises using different technologies and parallel programming paradigms for analyzing parallelism benefits\n\n\n## Histogram Equalization\n\nFor this exercise we used Java for serial implementation and Java threads for the parallel implementation\n\n![1m.png](./img/pc_presentation.002.jpeg)\n\n![2m.png](./img/pc_presentation.003.jpeg)\n\n![3m.png](./img/pc_presentation.004.jpeg)\n\n![4m.png](./img/pc_presentation.005.jpeg)\n\n![5m.png](./img/pc_presentation.006.jpeg)\n\n![6m.png](./img/pc_presentation.007.jpeg)\n\n![7m.png](./img/pc_presentation.008.jpeg)\n\n![8m.png](./img/pc_presentation.009.jpeg)\n\n![9m.png](./img/pc_presentation.010.jpeg)\n\n## Integral Image\n\nFor this exercise we used C++ for serial implementation, openMP and CUDA for the parallel implementation\n\n![1f.png](./img/finterm.002.jpeg)\n\n![2f.png](./img/finterm.003.jpeg)\n\n![3f.png](./img/finterm.004.jpeg)\n\n![4f.png](./img/finterm.005.jpeg)\n\n![5f.png](./img/finterm.006.jpeg)\n\n![6f.png](./img/finterm.007.jpeg)\n\n![7f.png](./img/finterm.008.jpeg)\n\n![8f.png](./img/finterm.009.jpeg)\n\n![9f.png](./img/finterm.0010.jpeg)\n\n![10f.png](./img/finterm.011.jpeg)\n\n![11f.png](./img/finterm.012.jpeg)\n\n\n\n\n\n\n","funding_links":[],"categories":[],"sub_categories":[],"project_url":"https://awesome.ecosyste.ms/api/v1/projects/github.com%2Flucaangioloni%2Fparallelcomputingexam","html_url":"https://awesome.ecosyste.ms/projects/github.com%2Flucaangioloni%2Fparallelcomputingexam","lists_url":"https://awesome.ecosyste.ms/api/v1/projects/github.com%2Flucaangioloni%2Fparallelcomputingexam/lists"}