Milenkovic
Aleksander Milenkovic, Madison, AL US
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20140330172 | Systems and Methods for Automatically Quantifying Mobility - A system and method for automatically quantifying mobility of a person performing a mobility diagnostic procedure. In one exemplary embodiment, the system measures a posture change test procedure with integrated inertial, location, and navigation type sensors found in a mobile computing device worn by a patient during the posture change test procedure, such as a timed-up-and-go (TUG) procedure. The measurements captured during the posture change inform a health care provider about the mobility of a patient. For example, a determination about the likelihood of the patient experiencing a fall can be assessed from measurable parameters produced from the inertial, location, and navigation-type sensors. | 11-06-2014 |
Andrea Milenkovic, Köfering DE
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20100304369 | METHOD AND APPARATUS FOR DIAGNOSING AGE-RELATED MACULAR DEGENERATION - Disclosed is a method for identifying an individual who has an altered risk for developing age-related macular degeneration comprising detecting an insertion/deletion polymorphism in the ARMS2 gene | 12-02-2010 |
Andrea Milenkovic, Köfering DE
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20100304369 | METHOD AND APPARATUS FOR DIAGNOSING AGE-RELATED MACULAR DEGENERATION - Disclosed is a method for identifying an individual who has an altered risk for developing age-related macular degeneration comprising detecting an insertion/deletion polymorphism in the ARMS2 gene | 12-02-2010 |
20120196286 | METHOD AND APPARATUS FOR DIAGNOSING AGE-RELATED MACULAR DEGENERATION - Disclosed is a method for identifying an individual who has an altered risk for developing age-related macular degeneration comprising detecting an insertion/deletion polymorphism in the ARMS2 gene | 08-02-2012 |
Milan Milenkovic, Portland, OR US
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20110282603 | TECHNIQUES FOR DETERMINING PLATFORM ENERGY USAGE - Techniques for monitoring platform energy consumption. One or more operational states of the platform are monitored during a period of time. For each of the one or more operational states, a portion of the period of time that the platform was in the respective one or more operational states is determined. Energy consumption information corresponding to the one or more operational states is retrieved. The energy consumption information and the portions of the period of time are utilized to determine an energy consumption for the period of time. | 11-17-2011 |
20110304645 | TECHNIQUES FOR PROVIDING HOLISTIC VIEWS OF PERSONAL ENERGY CONSUMPTION - Techniques for providing holistic views of energy consumption. Energy consumption of one or more energy consuming devices corresponding to a user is monitored. The energy consumption for the one or more energy consuming devices is aggregated. A graphical representation of the energy consumption is provided to the user for the one or more energy consuming devices and aggregate energy consumption. The graphical representation comprises at least one visual metaphor for energy consumption. | 12-15-2011 |
20110314320 | TECHNIQUES FOR UTILIZING ENERGY USAGE INFORMATION - Techniques for energy consumption monitoring and analysis. Energy consumption of one or more energy consuming devices corresponding to a user is monitored. User profile information and user statistical information is utilized to analyze the monitored energy consumption to generate a personal energy usage profile for the user. The personal energy usage profile is transmitted to a computing platform associated with the user. | 12-22-2011 |
Milan Milenkovic, Dublin, CA US
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20150046104 | TECHNIQUES FOR UTILIZING ENERGY USAGE INFORMATION - Techniques for energy consumption monitoring and analysis. Energy consumption of one or more energy consuming devices corresponding to a user is monitored. User profile information and user statistical information is utilized to analyze the monitored energy consumption to generate a personal energy usage profile for the user. The personal energy usage profile is transmitted to a computing platform associated with the user. | 02-12-2015 |
Milena Milenkovic, Madison, AL US
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20090113450 | Adaptive Prevention of Data Loss During Continuous Event Tracing with Limited Buffer Size - This invention describes how to avoid data loss due to limited buffer size during continuous tracing of high frequency events such as branches. Buffer data loss is adaptively avoided by either temporarily patching an instruction with a jump to itself or by using delay loops with an adaptive number of iterations during exception handling in which the trace event is written to the buffer. | 04-30-2009 |
20100287352 | VIRTUAL MACHINE TOOL INTERFACE FOR TRACKING OBJECTS - Disclosed is a method and computer program product to track allocation of a plurality of objects in a heap. A data processing system, during an object allocation, prevents an object from being moved to another place in memory or being deleted. The data processing system prevents such activity concurrently with garbage collection on a second object not currently being allocated. The data processing system notifies a profiler of object information based on the object allocation via a callback function, wherein object information is a one-to-one mapping of the object address. The data processing system revives garbage collector processing of the object. | 11-11-2010 |
20120167043 | Virtual Machine Tool Interface For Tracking Objects - Disclosed is a method to track allocation of a plurality of objects in a heap. A data processing system, during an object allocation, prevents an object from being moved to another place in memory or being deleted. The data processing system prevents such activity concurrently with garbage collection on a second object not currently being allocated. The data processing system notifies a profiler of object information based on the object allocation via a callback function, wherein object information is a one-to-one mapping of the object address. The data processing system revives garbage collector processing of the object. | 06-28-2012 |
Paul H. Milenkovic, Madison, WI US
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20100275720 | TWO-AXIS NON-SINGULAR ROBOTIC WRIST - In a robotic system having a two-axis robotic wrist connected to a reference member, the wrist has a movable member movable relative to the reference member in pitch and yaw. A first serial chain linkage connects the movable member to the reference member and a second serial chain linkage connects the movable member to the reference member in parallel relationship with the first serial chain linkage. The linkages are configured to constrain the movable to spherical movement, and such that the robotic wrist is non-singular, non-overconstrained, and non-overactuated. Actuation of a pair of revolute joints connected to the reference member deflects the movable member in pitch and yaw. The roll angle resulting from deflection in pitch and yaw is that of an intersecting-shaft constant-velocity coupling connecting the reference member to the movable member. | 11-04-2010 |
20120303318 | Kinematic Predictor for Articulated Mechanisms - A predictor usable for rapid and accurate calculation of joint commands of an articulated mechanism describes relationship between the joints in the form of a differential equation. The predictor solves this differential equation by direct substitution of a power series for each of its variables and the combining of selected sets of coefficients of these power series into linear systems of equations which may be solved to determine power series coefficients to arbitrary order. | 11-29-2012 |
Srdjan Milenkovic, Surrey GB
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20140235182 | TRANSMITTER AND RECEIVER CIRCUITS - An RF transceiver apparatus has transmitter circuitry receiving transmission signals at a transmitter baseband frequency and converting the signals to a transmission frequency, and receiver circuitry receiving signals at a reception frequency and converting to a receiver baseband frequency. A first digital local oscillator and a first mixer convert between the transmitter baseband frequency and a transmitter intermediate frequency. A second digital local oscillator and a second mixer convert between a receiver intermediate frequency and the receiver baseband frequency. A third mixer frequency receives a local oscillator signal for frequency conversion between the transmitter intermediate frequency and the transmission frequency. A fourth mixer frequency receives a local oscillator signal for frequency conversion between the reception frequency and the receiver intermediate frequency. A third local oscillator produces an RF oscillator signal to the third mixer and the fourth mixer to provide the local oscillator signal. | 08-21-2014 |
Srdjan Milenkovic, Guildford GB
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20150381228 | CALIBRATING A TRANSCEIVER CIRCUIT - A method of calibrating a transceiver circuit including transmission circuitry for processing an input signal to produce an output signal including the input signal modulated onto a carrier signal, and reception circuitry arranged to take a modulated signal including a signal modulated onto a carrier signal and to output the signal demodulated from the carrier signal. The method includes: selectively coupling the transmission circuitry to the reception circuitry; introducing a reference signal into the transmission circuitry, the reference signal causing a plurality of components of different frequencies to be present in a calibration signal in the reception circuitry; | 12-31-2015 |