Abstract: The invention provides a system and method for a mobile-powered desktop ECG system configured for remote monitoring of a patient. Analog ECG waveforms from probes attached to a patient are shared with a base ECG unit. The received analog ECG waveforms are converted into digital ECG waveforms and shared with a smartphone that powers the base ECG unit. The digital ECG waveforms are processed in the smartphone through an ECG application and sent to a cloud. The ECG application enables the smartphone connect with a medical practitioner in case a medical emergency is detected.

Abstract: A system and method for displaying physiological information is disclosed. The system includes a server to receive a first compressed data file associated with a physiological parameter of a person, decompress the first compressed data file, and analyze the decompressed data file to generate or derive a set of information associated with the person, and a client device to receive the first compressed data file, and communicate with the server to receive the set of information for display on a user interface. The server compresses the set of information to generate a second compressed data file, and sends the second compressed data file to the client device. The client device decompresses the received second compressed data and a part of the first compressed data file, and displays at least a part of the decompressed data on the user interface.

Abstract: A system and method for facilitating data processing of physiological information is disclosed. The system for facilitating data processing of physiological information includes: a device operable to collect a dataset of the physiological information from a person; and a server operable to receive the dataset from the device, and classify the dataset into at least one preliminary group of medical condition. The server is arranged in data communication to send the preliminary group to a third party device for verification. The server is operable to receive a verified group from the third party device, and modify at least a part of algorithm associated with the classification based on the verified group.

Abstract: Techniques, systems, and articles of manufacture for reducing conversion losses and minimizing load via appliance level distributed storage. A method includes identifying an alternating current power source associated with a direct current-powered device, determining a storage scheme for storing direct current power, converted from alternating current power input from the identified alternating current power source, in a local storage component associated with the direct current-powered device, and managing output of direct current power to the direct current-powered device based on the storage scheme and the identified alternating current power source.

Abstract: Methods, systems, and computer program products for thermal management of buildings using intelligent and autonomous set-point adjustments are provided herein. A method includes capturing a user-selected setting that represents a desired balance between (i) energy usage and (ii) thermal comfort associated with a building; capturing, via a communication link with one or more hardware devices associated with thermal management of the building, one or more items of real-time information pertaining to the thermal management of the building; determining one or more set-point temperatures for the building based on (i) the user-selected setting, (ii) the items of real-time information pertaining to the thermal management of the building, and (iii) one or more constraints; and outputting the set-point temperatures to the hardware devices associated with the thermal management of the building for execution of a thermal management schedule to be carried out in accordance with the set-point temperatures.

Abstract: Methods, systems, and computer program products for detecting losses in electrical networks are provided herein. A computer-implemented method includes computing a consumption estimation for each consumer associated with a network; determining a difference between (i) the consumption estimation and (ii) actual consumption for each consumer; clustering the consumers into a cluster based on a consumption pattern associated with each consumer; determining a level of deviation of (i) the consumption pattern associated with each consumer from (ii) a consumption pattern representative of the cluster; clustering the consumers into two or more clusters based on a consumption pattern during a first interval of time and during a second interval of time; determining, for each consumer, a level of evolution from (i) a first cluster during the first interval to (ii) a second cluster during the second interval; and identifying consumers associated with a given loss within the network.

Abstract: Methods, systems, and computer program products for detecting losses in electrical networks are provided herein. A computer-implemented method includes computing a consumption estimation for each consumer associated with a network; determining a difference between (i) the consumption estimation and (ii) actual consumption for each consumer; clustering the consumers into a cluster based on a consumption pattern associated with each consumer; determining a level of deviation of (i) the consumption pattern associated with each consumer from (ii) a consumption pattern representative of the cluster; clustering the consumers into two or more clusters based on a consumption pattern during a first interval of time and during a second interval of time; determining, for each consumer, a level of evolution from (i) a first cluster during the first interval to (ii) a second cluster during the second interval; and identifying consumers associated with a given loss within the network.

Abstract: Methods, systems, and computer program products for thermal management of buildings using intelligent and autonomous set-point adjustments are provided herein. A method includes capturing a user-selected setting that represents a desired balance between (i) energy usage and (ii) thermal comfort associated with a building; capturing, via a communication link with one or more hardware devices associated with thermal management of the building, one or more items of real-time information pertaining to the thermal management of the building; determining one or more set-point temperatures for the building based on (i) the user-selected setting, (ii) the items of real-time information pertaining to the thermal management of the building, and (iii) one or more constraints; and outputting the set-point temperatures to the hardware devices associated with the thermal management of the building for execution of a thermal management schedule to be carried out in accordance with the set-point temperatures.

Abstract: Techniques, systems, and articles of manufacture for reducing conversion losses and minimizing load via appliance level distributed storage. A method includes identifying an alternating current power source associated with a direct current-powered device, determining a storage scheme for storing direct current power, converted from alternating current power input from the identified alternating current power source, in a local storage component associated with the direct current-powered device, and managing output of direct current power to the direct current-powered device based on the storage scheme and the identified alternating current power source.