This repository contains a benchmarking framework for computing gradients of 3D velocity data. It compares the performance of CPU and GPU implementations for gradient computation using NumPy and CuPy. The primary focus is on evaluating execution times, GFLOPS, and speedups for varying sample sizes.
active 2024-08-05 → 2024-08-05 (UTC)
Activity over time
Daily event counts in the loaded window
Line chart, 1 days from 2024-08-05 to 2024-08-05. Pushes: 2 total, peak 2 in a day. Pull requests: 0 total, peak 0 in a day. Issues: 0 total, peak 0 in a day. Comments: 0 total, peak 0 in a day. Stars: 0 total, peak 0 in a day.
- Pushes
- Pull requests
- Issues
- Comments
- Stars
Top contributors
Pushes, PRs, issues, reviews and comments — stars and forks excluded, so this is contribution rather than popularity
| Contributor | Contributions | Pushes | PRs | Comments |
|---|---|---|---|---|
| aissitt | 2 | 2 | 0 | 0 |
Recent activity
Latest issues, pull requests and releases
No issue or PR events — this repo's activity is pushes only.
Totals cover only the window loaded into ClickHouse and count events, not GitHub's lifetime totals — 0 stars here means stars gained during the window, not the repo's star count.