Antonio Pietrosanto

TL;DR: A number of tests carried out on small-size three-phase asynchronous motors highlight the excellent promptness in detecting faults, low false alarm rate, and very good diagnostic performance.

TL;DR: This methodology, based on a balancing between processing and transmission tasks, can be applied in all those situations where subjective image based measurements are required and tries to find the best compression ratio able to give a significant reduction of transmission time.

TL;DR: In this paper, the state of the art of residual generation techniques adopted in instrument fault detection and isolation is presented, both traditional and innovative methods are described evidencing their advantages and their limits and the improvement of analytical redundancy technique performances for better dealing with high-dynamic systems and/or with on-line applications are pointed out as the most interesting needs on which to focus the research efforts.

TL;DR: The problem of evaluating the uncertainty that characterises discrete Fourier transform output data is dealt with, using a method based on a ‘white box’ theoretical approach, which can be particularly useful for any designer and user of DFT-based instruments.

TL;DR: An automatic system for the measurement of carotid intima-media thickness (IMT) that is based on the digital processing of ultrasound images and an analytical approach is used to estimate the intrinsic accuracy of the system.