Abstract: Walk-through sanitizing nebulization system configured to permit people to walk through the system and are briefly, but sufficiently, exposed to a nebulized sanitizer for eliminating bacteria and viruses that may be present on the exterior surface of a person including skin and clothing.

Abstract: A computer-implemented method includes detecting a presence of a subject in a vicinity of radio transceivers based on radio signal strength variations received at an input of the radio transceivers as a radio signature, so as to recognize the presence of the subject in an indoor environment by analyzing and quantifying irregularities in the radio signature, wherein the detecting the presence does not incorporate sensors for subject detection, and only performs the detecting based on radio irregularity phenomenon, without modifying the indoor environment; and mixing the detected presence of the subject with viewership datasets derived from an audience measurement source, to generate rich result datasets that provide insights on media exposure at a personal and household level, and to assign personal viewership insights to the household audience observation, without sacrificing personal privacy of the subject, and without requiring additional hardware or detection signals.

Abstract: A computer-implemented method includes activating ACR (Automatic Content Recognition) functionalities through a voice command in an audio file received by a virtual assistant, processing the audio file to improve the audio file's quality, analyzing the processed audio file by querying a content recognition system using a media consumption profile associated with a user associated with the audio file, and providing a response to the voice command including a list of recommendations.

Abstract: A computer-implemented method includes providing an online mobile application to a plurality of users being selected based on one or more qualifications or associations, receiving a recorded audio signal recorded through an interface associated with the mobile application, adding metadata through the mobile application, and detecting a type of content or media associated with the received recorded audio signal and adding additional metadata based on a content type associated with a metadata structure, to provide a rich result dataset with different tagged content and metadata structures.

Abstract: A computer-implemented method includes activating ACR (Automatic Content Recognition) functionalities through a voice command in an audio file received by a virtual assistant, processing the audio file to improve the audio file's quality, analyzing the processed audio file by querying a content recognition system using a media consumption profile associated with a user associated with the audio file, querying other available datasets for supplemental information, and providing a response to the voice command including program topics or supplemental information for related information.

Abstract: A computer-implemented method includes receiving a recorded audio signal recorded through an interface associated with the mobile application, adding metadata through the mobile application, confirming the metadata, receiving audio recorded from a nearby source, processing the recording based on significant features, generating digital audio fingerprints, submitting the fingerprints to a server, and detecting a type of content or media associated with the received fingerprint to provide a rich result dataset with different tagged content and metadata structures.

Abstract: A computer-implemented method includes detecting a presence of a subject in a vicinity of radio transceivers based on radio signal strength variations received at an input of the radio transceivers as a radio signature, so as to recognize the presence of the subject in an indoor environment by analyzing and quantifying irregularities in the radio signature, wherein the detecting the presence does not incorporate sensors for subject detection, and only performs the detecting based on radio irregularity phenomenon, without modifying the indoor environment; and mixing the detected presence of the subject with viewership datasets derived from an audience measurement source, to generate rich result datasets that provide insights on media exposure at a personal and household level, and to assign personal viewership insights to the household audience observation, without sacrificing personal privacy of the subject, and without requiring additional hardware or detection signals.

Abstract: A computer-implemented method includes activating ACR (Automatic Content Recognition) functionalities through a voice command in an audio file received by a virtual assistant, processing the audio file to improve the audio file's quality, providing context information to the virtual assistant, locating supplemental information associated with the context information, and presenting a response to the voice command based on the supplemental information and context information.

Abstract: A system, apparatus and method for producing a 3D figurine is provided. The system comprises: a mounting rig having assembled and unassembled states, mounting rig defining a space therein when assembled, and being portable when unassembled; cameras attached to mounting rig when assembled, the cameras arranged for capturing at least two viewing angles of a substantial portion of surface points of the subject; and, a computing device comprising a processor and a communication interface, the computing device in communication with each of the cameras using the, the processor configured to: coordinate the cameras to capture respective image data at substantially a same time; receive images comprising the respective image data from the cameras; and, transmit, using the interface, the images to a server for processing into a 3D printer file.

Abstract: Aspects of the invention use music to influence a person's performance in a physical workout. A computing device receives and analyzes data indicating current physiology and movement of the user in order to provide a music piece that will influence the user to speed up, slow down, or maintain current pace so to achieve a desired exercise performance level. Information specific to the user may be considered in providing the music piece.

Abstract: Aspects of the invention use music to influence a person's performance in a physical workout. A computing device receives and analyzes data indicating current physiology and movement of the user in order to provide a music piece that will influence the user to speed up, slow down, or maintain current pace so to achieve a desired exercise performance level. Information specific to the user may be considered in providing the music piece.

Abstract: Aspects of the invention use music to influence a person's performance in a physical workout. A computing device receives and analyzes data indicating current physiology and movement of the user in order to provide a music piece that will influence the user to speed up, slow down, or maintain current pace so to achieve a desired exercise performance level. Information specific to the user may be considered in providing the music piece.

Abstract: Aspects of the invention use music to influence a person's performance in a physical workout. A computing device receives and analyzes data indicating current physiology and movement of the user in order to provide a music piece that will influence the user to speed up, slow down, or maintain current pace so to achieve a desired exercise performance level. Information specific to the user may be considered in providing the music piece.

Abstract: Aspects of the invention use music to influence a person's performance in a physical workout. A computing device receives and analyzes data indicating current physiology and movement of the user in order to provide a music piece that will influence the user to speed up, slow down, or maintain current pace so to achieve a desired exercise performance level. Information specific to the user may be considered in providing the music piece.

Abstract: An open architecture, wireless personal area network for receiving, storing, processing, displaying and communicating physiological data. The wireless personal area network may include a personal server, such as a cellular phone, and a plurality of sensors to monitor physiological signs, the user's motion, the user's orientation, and environmental factors. The sensors wirelessly provide data to the personal server, which may store, process, display, and communicate the data. An open architecture allows additional sensors to join the network without rendering the personal server irrelevant.

Abstract: The invention relates to a solar cell containing a semiconductor (1) with an intermediate band (2) that is half filled with electrons, located between two layers of ordinary n type (3) and p type (4) semiconductors. When lighted, electron-hole pairs are formed either by a photon that absorbs the necessary energy (5) or by two photons (6,7) that absorb less energy which pump an electron from the valence band to the intermediate band (8) and from the latter to the conductance band (9). An electrical current is generated that exits on the p side and returns via the n side. The n and p layers also prevent the intermediate band from contacting the outer metal connections, which would have resulted in a short-circuit. Said cell converts solar energy into electricity in a more efficient manner than conventional cells and contributes to improvement of the photovoltaic devices.