77 results on '"Bertoluzzo, M."'
Search Results
2. Analysis and Comprehensive Comparison of Wireless Power Transfer System Using SS and SP topology for Electric Vehicle Charging
3. A New Approach to the Analysis of the Compensation Networks of WPT Systems
4. Cosolutes effects on aqueous two-phase systems equilibrium formation studied by physical approaches
5. Optimal Harmonic Behavior of Wireless Power Transfer Systems: a New Many-objective Approach
6. A bidimensional simulation of particle-cluster aggregation with variable active sites particles
7. WPT System Coupling Inductors: Exploring Pareto Optimal Solutions
8. Neural Networks for Maximum Power Point Tracking Application to Silicon and CIGS Photovoltaic Modules
9. Analytical Study vs. Speed Characteristics of PM Brushless DC Drives
10. Neural network technique for the joint-time frequency analysis of distorted signals
11. Applications of the solid state transformer concept in the electrical power system
12. Frequency transients analysis in an islanded microgrid
13. DSP control of a bidirectional battery charger for plug-in electric vehicles
14. A distributed driving and steering system for electric vehicles using rotary-linear motors
15. Brushless DC drive operation during phase commutation under various switching patterns
16. Control and operational management of a fuel-cell supply system for electric bicycle
17. Getting around in electric vehicles
18. Direct torque control of an induction motor using a single current sensor
19. Experimental Activities on TTCAN Protocol
20. An Assessment of the Inverter Switching Characteristics in DTC Induction Motor Drives
21. Performance Analysis of a High-Bandwidth Torque Disturbance Compensator
22. Drive-by-wire systems for ground vehicles
23. Generation of possible switching patterns for VSI using micro-controller for the control of PMBLDC motor.
24. Control laws for a distributed traction and steering system.
25. Neural network technique for the joint time-frequency analysis of distorted signal
26. A distributed driving and steering system for electric vehicles using rotary-linear motors.
27. A high-performance application protocol for fault-tolerant CAN networks.
28. Propulsion systems for Light Electric Vehicles.
29. Control-oriented analysis of a distributed steering apparatus.
30. Characterization and improved control of a brushless DC drive with in-wheel motor.
31. Electric tilting 3-wheel vehicle for a sustainable urban mobility.
32. A Direct Torque Control Scheme for Induction Motor Drives Using the Current Model Flux Estimation.
33. Experimental Analysis of a Time-Triggered Network Designed for Train Communications.
34. Role and Technology of the Power Split Apparatus in Hybrid Electric Vehicles.
35. Control Schemes for Steer-by-Wire Systems.
36. Investigation on the application of a time-triggered protocol aboard trains.
37. Development and testing of a communication network for a drive-by-wire industrial vehicle.
38. Anti-Roll Control for by-Wire Lift Truck.
39. Approach to steer-by-wire system design.
40. Design of drive-by-wire communication network for an industrial vehicle.
41. Real-time estimation of power system frequency by neural network.
42. Self-commissioning of RFO IM drives: one-test identification of the magnetization characteristic of the motor
43. Performance analysis of a servo system with high-bandwidth torque disturbance observer.
44. Control schemes for steer-by-wire systems.
45. Exposure assessment of stray electromagnetic fields generated by a wireless power transfer system
46. Inverter voltage drop-free recursive least-squares parameter identification of a PWM inverter-fed induction motor at standstill
47. Real-time estimation of power system frequency by neural network
48. Design of drive-by-wire communication network for an industrial vehicle
49. An Approach to Steer-by-Wire System Design
50. Performance analysis of a servo system with high-bandwidth torque disturbance observer
Catalog
Books, media, physical & digital resources
Discovery Service for Jio Institute Digital Library
For full access to our library's resources, please sign in.