79 results on '"Enrico Fraccaroli"'
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2. Cross-domain Analog Fault Injection for Designing Robust Smart Systems.
3. Exploring Multidomain Faults in Digital Twin: A Gaming Engine Perspective : Wild-and-Crazy-Idea Paper.
4. Enhancing Split Computing and Early Exit Applications through Predefined Sparsity.
5. Quantitative Safety-Driven Co-Synthesis of Cyber-Physical System Implementations.
6. A Data Fusion Service-Oriented Infrastructure for Production Line Monitoring.
7. Wear Leveling-Aware Active Battery Cell Balancing.
8. Assessing Robustness of Smart Systems via Multi-domain Analog Fault Simulation.
9. Analog Defect Injection and Fault Simulation Techniques: A Systematic Literature Review.
10. Multidomain Fault Models Covering the Analog Side of a Smart or Cyber-Physical System.
11. Analog Fault Simulation: Trends and Perspectives in Analog Hardware Description Languages.
12. To Balance or to Not? Battery Aging-Aware Active Cell Balancing for Electric Vehicles.
13. Neuro-Symbolic Empowered Denoising Diffusion Probabilistic Models for Real-Time Anomaly Detection in Industry 4.0: Wild-and-Crazy-Idea Paper.
14. Thermal Digital Twin of a Multi-Domain System for Discovering Mechanical Faulty Behaviors.
15. Verilog-A Implementation of Generic Defect Templates for Analog Fault Injection.
16. Timing Predictability for SOME/IP-based Service-Oriented Automotive In-Vehicle Networks.
17. Statistical Approach to Efficient and Deterministic Schedule Synthesis for Cyber-Physical Systems.
18. Modeling Cyber-Physical Production Systems With SystemC-AMS.
19. Exploiting Process Dynamics in Multi-Stage Schedule Optimization for Flexible Manufacturing.
20. A Framework for Modeling and Concurrently Simulating Mechanical and Electrical Faults in Verilog-AMS.
21. Process Dynamics-Aware Flexible Manufacturing for Industry 4.0.
22. Inferring Mechanical Fault Models from the Electrical Domain.
23. Functional Level Abstraction and Simulation of Verilog-AMS Piecewise Linear Models.
24. Investigation on Realistic Stuck-on/off Defects to Complement IEEE P2427 Draft Standard.
25. The Challenges of Coupling Digital-Twins with Multiple Classes of Faults.
26. Digital Transformation of a Production Line: Network Design, Online Data Collection and Energy Monitoring.
27. Neuro-symbolic Empowered Denoising Diffusion Probabilistic Models for Real-time Anomaly Detection in Industry 4.0.
28. A Common Manipulation Framework for Transistor-Level Languages.
29. Predictive Fault Grouping based on Faulty AC Matrices.
30. Multi-Discipline Fault Modeling with Verilog-AMS.
31. Digital Twin Extension with Extra-Functional Properties.
32. Network Synthesis for Industry 4.0.
33. From Multi-Level to Abstract-Based Simulation of a Production Line.
34. Automatic Generation of Analog/Mixed Signal Virtual Platforms for Smart Systems.
35. Simulation-based Holistic Functional Safety Assessment for Networked Cyber-Physical Systems.
36. Efficient Simulation of Faults in Networked Cyber-Physical Systems.
37. Fault analysis in analog circuits through language manipulation and abstraction.
38. Virtual prototyping of smart systems through automatic abstraction and mixed-signal scheduling.
39. Automatic abstraction of multi-discipline analog models for efficient functional simulation.
40. Analog fault testing through abstraction.
41. Analog Models Manipulation for Effective Integration in Smart System Virtual Platforms.
42. Network Synthesis for Distributed Embedded Systems.
43. Integration of mixed-signal components into virtual platforms for holistic simulation of smart systems.
44. Network-Aware Virtual Platform for the Verification of Embedded Software for Communications.
45. Modeling Cyber-Physical Production Systems with SystemC-AMS
46. A homogeneous framework for AMS languages instrumentation, abstraction and simulation.
47. Digital Transformation of a Production Line: Network Design, Online Data Collection and Energy Monitoring
48. The Challenges of Coupling Digital-Twins with Multiple Classes of Faults
49. A Common Manipulation Framework for Transistor-Level Languages
50. Multi-Discipline Fault Modeling with Verilog-AMS
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