Hodzic

Mahir Hodzic, Sterling Heights, MI US

Patent application number	Description	Published
20110127097	WHEEL SLIP DETERMINATION FOR VEHICLES - A method for assessing slippage of wheels in a vehicle includes the steps of measuring, via a sensor, an initial value of vehicle speed, determining, via a processor, at least one of a minimum vehicle speed and a maximum vehicle speed, and determining, via the processor, wheel slip using the initial value and the at least one of the minimum vehicle speed and the maximum vehicle speed.	06-02-2011
20110130937	BRAKING TORQUE ADJUSTMENTS BASED ON WHEEL SLIP - A method for adjusting braking in a vehicle having wheels and a regenerative braking system is provided. The method comprises the steps of providing regenerative braking torque for the vehicle via the regenerative braking system at a first level if a wheel slip of the vehicle is not present, and providing regenerative braking torque for the vehicle via the regenerative braking system at one of a plurality of modulated levels if the wheel slip is present. Each of the plurality of modulated levels is dependent on a magnitude, a location, or both, of the wheel slip. Each of the modulated levels is less than the first level.	06-02-2011

Patent application number	Description	Published
20090265407	Method and System For Determining Altitude, Longitude, and Lattitude From Earth Orthogonal Coordinate System - A method and system for a method and system is provided for transforming geocentric, rectangular coordinates to geodetic coordinates. A meridian plane containing a given point reckoned in geocentric rectangular coordinates is determined, and a line though the given point and normal to a reference ellipsoid of a geodetic coordinate system is determined. An algebraic solution to intersection of the line with the reference ellipsoid is used to determine the coordinates of the point of intersection, which in turn are used to determine the geodetic latitude and altitude of the given point.	10-22-2009

Patent application number	Description	Published
20110205544	FAST SAR ASSESSMENT AND CERTIFICATION SYSTEM FOR WIRELESS DEVICE CERTIFICATION - A new rapid optical specific absorption rate (SAR) system is disclosed. The rapid optical SAR system has ability to measure and map the power deposited in a flat phantom or other phantom filled with a transparent simulant fluid. Absolute rates of temperature increase in the phantom by photo thermal techniques are measured. For example, the temperature increase and gradients in the phantom bend the path of a laser beam, which may be aimed at a position sensitive detector. The spatial SAR may be mapped and SAR differences between different telephones and telephone orientations, for example, can be distinguished. The system is non-invasive and non-perturbing of the SAR distribution in the phantom, can measure at locations up to the interior surface of the phantom, and provides thermally-based SAR measurements that do not necessarily require constant calibration.	08-25-2011