An industrial defect detection algorithm based on CPU-GPU parallel call.
Zhu LiHong-Wei LinYuanyuan LiuChong ChenYun-fei XiaPublished in: Multim. Tools Appl. (2023)
Keyphrases
- detection algorithm
- graphics processing units
- parallel implementation
- parallel computing
- general purpose
- parallel processing
- parallel computation
- gpu implementation
- parallel programming
- detection method
- detection accuracy
- detection rate
- graphics processors
- feature detection
- motion detection
- compute unified device architecture
- real time
- computing systems
- multi threaded
- cpu implementation
- corner detection
- pc cluster
- floating point
- massively parallel
- heterogeneous computing
- multithreading
- cluster of workstations
- graphics hardware
- shared memory
- moving objects
- parallel architectures
- shot boundary detection
- outlier detection
- vehicle detection
- automated visual inspection
- level parallelism
- boundary detection
- face detection
- shot change detection
- commodity hardware
- single instruction multiple data
- harris corner
- multi core processors
- parallel algorithm
- dynamic environments
- mobile robot
- data streams
- computer vision
- machine learning