Stochastic state sequence model to predict construction site safety states through Real-Time Location Systems

Keyphrases

• Construction Site Safety 100%
• State Sequences 100%
• Real-time Location System 100%
• Safety State 100%
• Sequence Models 100%
• Mathematical Model 66%
• Construction Site 66%
• Hazardous Levels 66%
• Construction Industry 33%
• Effective Method 33%
• Walking Path 33%
• Historical Data 33%
• Object Boundary 33%
• Discrete States 33%
• Hazard Zone 33%
• Uncertain Dynamics 33%
• State Prediction 33%
• Complex Construction Projects 33%
• Object State 33%
• Near Miss 33%
• Normal Incident 33%
• Site Workers 33%
• Boundary Recognition 33%
• Individual Person 33%
• Discrete-time Markov Chain 33%
• Big Data Environment 33%
• Project States 33%
• Region Distribution 33%
• State Recognition 33%
• Remove Noise 33%
• Static-dynamic 33%

Computer Science

• Sequence Model 100%
• Construction Site 100%
• And-States 66%
• Historical Data 33%
• Effective Method 33%
• Individual Person 33%
• Hazardous Process 33%
• Big Data Environment 33%
• discrete-time 33%
• Case Study 33%
• Object Boundary 33%
• Time Markov Chain 33%

Engineering

• Construction Site 100%
• State Sequence 100%
• Mathematical Model 66%
• Interrelationship 33%
• Discrete Time 33%
• Periodic Time 33%
• Discrete State 33%
• Object State 33%
• Project State 33%
• Object Boundary 33%
• Historical Data 33%
• Big Data 33%