Anastasio

Antonio Anastasio, Villaricca IT

Patent application number	Description	Published
20100169696	PROCESSOR SYSTEM EMPLOYING A SIGNAL ACQUISITION MANAGING DEVICE AND SIGNAL ACQUISITION MANAGING DEVICE - A processor system having a processor core configured to control an external apparatus in accordance with a control algorithm; a signal acquisition managing device configured to receive state signals provided by the apparatus, perform corresponding actions, and generate corresponding synchronized command signals; and a peripheral module structured to receive the synchronized command signals and generate output signals to be processed by the processor core in accordance with the control algorithm.	07-01-2010
20110029191	PROCESSOR SYSTEM AND FAULT MANAGING UNIT THEREOF - A processor system having a processor core, a plurality of modules connected to the processor core and configured to generate respective fault signals, and a fault managing unit connected to the processor core and to the plurality of modules. The fault managing unit is adapted to collect a first fault signal generated by a first module of the plurality of modules which is in a fault condition, analyze said collected first fault signal, and generate a first reaction signal to be selectively transmitted to said processor core and said first module.	02-03-2011

Patent application number	Description	Published
20090129648	Method of reducing imaging time in propeller-MRI by under-sampling and iterative image reconstruction - A method for reducing PROPELLER MRI data acquisition times, by combining k-space under-sampling and iterative reconstruction using NUFFT, while maintaining similar image quality as in PROPELLER MRI with sufficient k-space sampling. Iterative image reconstruction using NUFFT minimizes image artifacts produced with conventional PROPELLER image reconstruction in under-sampled acquisitions. The data acquisition and image reconstruction parameters are selected in order to achieve image quality similar to that of sufficiently-sampled PROPELLER acquisitions for significantly shorter imaging time. An advantage of using under-sampled PROPELLER imaging is a reduction in acquisition time by as much as 50% without introducing significant artifacts, and while maintaining other benefits of PROPELLER imaging.	05-21-2009

Patent application number	Description	Published
20100188029	BRAKING SYSTEM FOR THE UNDERCARRIAGE OF AN AIRCRAFT - A braking system for an aircraft provided with undercarriage, wherein an axial-flux reversible electric machine is set between the wheel and the frame of the undercarriage; current-dissipating resistors are provided, which can be connected to the windings of the axial-flux reversible electric machine during rotation of said wheel for dissipating by the Joule effect the induced currents generated by the axial-flux electric machine, which behaves as current generator, and producing a braking effect that slows down the movement of the wheel, thus exerting a braking action.	07-29-2010