Kalman-Filter-based particle tracking on parallel architectures at Hadron Colliders

Keyphrases

• Particle Tracking 100%
• Filter Method 100%
• Kalman Filter 100%
• Hadron Colliders 100%
• Parallel Architecture 100%
• Track Finding 100%
• Power Density 66%
• Track Fitting 66%
• Low Power 33%
• Specialized Functions 33%
• Particle Physics 33%
• Experimental Environment 33%
• Performance Improvement 33%
• Parallelization 33%
• Reconstruction Algorithm 33%
• Challenging Problems 33%
• Parallel Algorithm 33%
• Hough Transform 33%
• Tracking Detectors 33%
• Unit Vector 33%
• Density Limit 33%
• Moore's Law 33%
• Parallelizing 33%
• Detector System 33%
• Multicore Processors 33%
• Event Reconstruction 33%
• Density Constraints 33%
• Track Reconstruction 33%
• Intel Xeon Phi 33%
• Physics Performance 33%
• High-Luminosity Large Hadron Collider (HL-LHC) 33%
• Large Vector 33%
• Intel MIC 33%
• Xeon 33%
• GPGPU 33%
• Significant Experiences 33%
• Vectorization Method 33%
• Cellular Automata Transform 33%

Computer Science

• Kalman Filter 100%
• Parallel Architectures 100%
• Parallelism 33%
• Data Structure 33%
• Performance Improvement 33%
• Cellular Automata 33%
• Parallelization 33%
• reconstruction algorithm 33%
• Hough Transforms 33%
• Moore's Law 33%
• Multicore Processor 33%
• Vectorization 33%
• Large Hadron Collider 33%
• Event Reconstruction 33%
• Lightweight Core 33%

Engineering

• Power Density 100%
• Kalman Filter 100%
• Based Kalman Filter 100%
• Performance Improvement 50%
• Moore's Law 50%
• Parallelism 50%
• Detector System 50%