Code and Data for Paper 'Braking curves in low-speed on-sight operation - A simulation study for the development of assistance and automation systems'
Please refer to Code.ipynb in this repository for the Jupyter Notebook or the pure python scripts for the Monte Carlo analysis. The latter is also available in a multiprocessing code for speed-up of the simulation.
Mean: 64.26639085984135 SD : 0.810189260353572 p = 1e-5 for: 67.6372804335411 Longest: 68.67203764291565 p(s> 64m) = 0.6315591 p(s> 65m) = 0.1826848 p(s> 66m) = 0.0151151 p(s> 67m) = 0.000284 p(s> 68m) = 8e-07 p(s> 69m) = 0.0
Mean: 38.34119851977985 SD : 0.47121113975515005 p = 1e-5 for: 40.35518598 Longest: 41.06456056 p(s> 38m) = 0.7653449 p(s> 39m) = 0.081124 p(s> 40m) = 0.0002334 p(s> 41m) = 1e-07 p(s> 42m) = 0.0
Results for Safety analysis can be downloaded here: