Table of Contents
1.2. Existing manufacturing paradigms and their limitations
1.3. Applications of IoT in manufacturing system
1.5. Key features and limitations of IoT-MS
Chapter 2: Overview of IoT-Enabled Manufacturing System
2.3. Overall architecture of IoT-MS
2.4. Integration framework of real-time manufacturing information
2.6. Description of the core technologies of IoT-MS
Chapter 3: Real-Time and Multisource Manufacturing Information Sensing System
3.3. Overall architecture of real-time and multisource RMMISS
3.4. Deployment of multisensors
3.6. Multisource manufacturing information capturing and sharing
Chapter 4: IoT-Enabled Smart Assembly Station
4.3. Overall architecture of IoT-enabled smart assembly station
4.4. Real-time status monitoring
4.5. Real-time production guiding
4.6. Real-time production data sharing
4.7. Real-time production requeuing
Chapter 5: Cloud Computing-Based Manufacturing Resources Configuration Method
5.3. Overall architecture of manufacturing resources configuration method
5.6. Manufacturing service registration and publication
5.7. Task-driven manufacturing service configuration model
Chapter 6: IoT-Enabled Smart Trolley
6.3. Real-time information enabled material handling strategy
6.4. Overall architecture of optimization model for SMH
6.5. IoT-enabled smart trolley
6.6. Two-stage combination optimization method for move tasks
Chapter 7: Real-Time Key Production Performances Analysis Method
7.3. Overall architecture of real-time production performance analysis model
7.4. The event hierarchy of critical event
7.5. HTCPN-based critical event analysis
7.6. Real-time production anomaly diagnosis
Chapter 8: Real-Time Information-Driven Production Scheduling System
8.3. Overall architecture of real-time information-driven production scheduling system
8.5. Capability evaluation agent model
8.6. Real-time scheduling agent model
8.7. Production execution monitor agent model
8.8. GA-based production scheduling algorithm
Chapter 9: IoT-MS Prototype System
9.1. Configuration of a smart shop floor
9.2. The framework of the prototype system
9.3. The logical flow of the prototype system
9.4. Task driven manufacturing resource configuration module
9.5. Production scheduling/rescheduling module
9.6. IoT-enabled smart material handling module
9.7. IoT-enabled smart station
9.8. Real-time manufacturing information track and trace
9.9. Real-time key production performances monitor module