Abstract: Speech processing techniques are disclosed that enable determining a text representation of named entities in captured audio data. Various implementations include determining the location of a carrier phrase in a word lattice representation of the captured audio data, where the carrier phrase provides an indication of a named entity. Additional or alternative implementations include matching a candidate named entity with the portion of the word lattice, and augmenting the word lattice with the matched candidate named entity.

Abstract: Speech processing techniques are disclosed that enable determining a text representation of named entities in captured audio data. Various implementations include determining the location of a carrier phrase in a word lattice representation of the captured audio data, where the carrier phrase provides an indication of a named entity. Additional or alternative implementations include matching a candidate named entity with the portion of the word lattice, and augmenting the word lattice with the matched candidate named entity.

Abstract: Speech processing techniques are disclosed that enable determining a text representation of named entities in captured audio data. Various implementations include determining the location of a carrier phrase in a word lattice representation of the captured audio data, where the carrier phrase provides an indication of a named entity. Additional or alternative implementations include matching a candidate named entity with the portion of the word lattice, and augmenting the word lattice with the matched candidate named entity.

Abstract: Speech processing techniques are disclosed that enable determining a text representation of named entities in captured audio data. Various implementations include determining the location of a carrier phrase in a word lattice representation of the captured audio data, where the carrier phrase provides an indication of a named entity. Additional or alternative implementations include matching a candidate named entity with the portion of the word lattice, and augmenting the word lattice with the matched candidate named entity.

Abstract: A method includes receiving a speech input from a user and obtaining context metadata associated with the speech input. The method also includes generating a raw speech recognition result corresponding to the speech input and selecting a list of one or more denormalizers to apply to the generated raw speech recognition result based on the context metadata associated with the speech input. The generated raw speech recognition result includes normalized text. The method also includes denormalizing the generated raw speech recognition result into denormalized text by applying the list of the one or more denormalizers in sequence to the generated raw speech recognition result.

Abstract: A method includes receiving a speech input from a user and obtaining context metadata associated with the speech input. The method also includes generating a raw speech recognition result corresponding to the speech input and selecting a list of one or more denormalizers to apply to the generated raw speech recognition result based on the context metadata associated with the speech input. The generated raw speech recognition result includes normalized text. The method also includes denormalizing the generated raw speech recognition result into denormalized text by applying the list of the one or more denormalizers in sequence to the generated raw speech recognition result.

Abstract: The invention concerns a method for automatically controlling a motor vehicle (10) for switching from a “normal” mode to a “freewheel” mode, the vehicle (10) comprising an engine (12) capable of providing engine torque to drive wheels (14) via an automatically controlled clutch device (18) that comprises a drive shaft (15) and a driven shaft (16). A transition step (E1) is interposed chronologically between the “normal” mode and the “freewheel mode” during which the engine (12) is automatically controlled in such a way that the driven shaft (16) and the drive shaft (15) turn at the same speed without transmitting torque to the drive wheels (14).

Abstract: The invention relates to a method for diagnosing a sensor (16, 17) of a motor vehicle (10) designed to detect road infrastructures (101, 102, 103, 104), the said motor vehicle comprising a means of communication (18) designed to communicate with a remote server (50) and a computer (14) connected to the sensor and to the means of communication. According to the invention, the diagnostic method comprises steps during which: a) the computer identifies an infrastructure and assigns it an effective score, which relates to the visibility of this infrastructure, b) the remote server acquires a reference score which is assigned to the said infrastructure and which relates to the visibility of this infrastructure, and c) the effective score and the reference score are compared so as to deduce from this a state of operation of the sensor.

Abstract: The invention relates to a method for diagnosing a sensor (16, 17) of a motor vehicle (10) designed to detect road infrastructures (101, 102, 103, 104), the said motor vehicle comprising a means of communication (18) designed to communicate with a remote server (50) and a computer (14) connected to the sensor and to the means of communication. According to the invention, the diagnostic method comprises steps during which: a) the computer identifies an infrastructure and assigns it an effective score, which relates to the visibility of this infrastructure, b) the remote server acquires a reference score which is assigned to the said infrastructure and which relates to the visibility of this infrastructure, and c) the effective score and the reference score are compared so as to deduce from this a state of operation of the sensor.

Abstract: The invention concerns a method for automatically controlling a motor vehicle (10) for switching from a “normal” mode to a “freewheel” mode, the vehicle (10) comprising an engine (12) capable of providing engine torque to drive wheels (14) via an automatically controlled clutch device (18) that comprises a drive shaft (15) and a driven shaft (16). A transition step (E1) is interposed chronologically between the “normal” mode and the “freewheel mode” during which the engine (12) is automatically controlled in such a way that the driven shaft (16) and the drive shaft (15) turn at the same speed without transmitting torque to the drive wheels (14).

Abstract: The use of at least one nucleic acid based nuclear localization signal including a natural or synthetic m3G-CAP is shown to increase transmembrane transport of a molecular cargo, in particular large molecules, into the nucleus. The use of natural and synthetic m3G-CAP is disclosed and the effect shown with a natural RNA 5? end nuclear localization signal composed of a 2,2,7-trimethylguanosine CAP (m3G-CAP) coupled to fluorescent Streptavidin in one example, and an antisense oligonucleotide in another. A methylenephosphonate modified m3G-CAP is shown to have improved stability in human serum and in cytosolic extract.

Abstract: A device for rescue from the interior of a confined space via a manhole which includes at least a tray, a prying structure and two elements for tightening of a person to the tray and the prying structure respectively. The tray is elongated and includes on one of its sides at least two means of coupling where the prying structure is inserted; the other side being smooth. Also defined is a method of utilization of said device.

Abstract: The use of at least one nucleic acid based nuclear localization signal including a natural or synthetic m3G-CAP is shown to increase transmembrane transport of a molecular cargo, in particular large molecules, into the nucleus. The use of natural and synthetic m3G-CAP is disclosed and the effect shown with a natural RNA 5? end nuclear localization signal composed of a 2,2,7-trimethylguanosine CAP (m3G-CAP) coupled to fluorescent Streptavidin in one example, and an antisense oligonucleotide in another. A methylenephosphonate modified m3G-CAP is shown to have improved stability in human serum and in cytosolic extract.

Abstract: The invention relates to a vehicle, particularly an automobile (100), comprising an on-board supply system (1?), at least one peripheral device (1), and at least one socket (2, 2b, 2c, 2d) for connecting user terminals (5), such as notebooks, mobile telephones, pocket PCs, handheld devices, and similar, to the at least one peripheral device (1), e.g. a multifunctional infotainment module, and the on-board supply system (1?) of the vehicle. According to the invention, the housing (4) of the at least one socket (2, 2b, 2c, 2d) is provided with a recess (4a) which is located on the side facing the plug and in which at least one connection (3a) that is connected to a power conductor (6) of the vehicle for supplying the user terminals (5) with power and at least one connection (3b) that is connected to a data line (6) of the vehicle for transmitting data between the user terminals (5) and the at least one peripheral device (1) are disposed.

Abstract: A device for rescue from the interior of a confined space via a manhole which includes at least a tray, a prying structure and two elements for tightening of a person to the tray and the prying structure respectively. The tray is elongated and includes on one of its sides at least two means of coupling where the prying structure is inserted; the other side being smooth. Also defined is a method of utilization of said device.

Abstract: A method for generating a speech recognition model includes accessing a baseline speech recognition model, obtaining information related to recent language usage from search queries, and modifying the speech recognition model to revise probabilities of a portion of a sound occurrence based on the information. The portion of a sound may include a word. Also, a method for generating a speech recognition model, includes receiving at a search engine from a remote device an audio recording and a transcript that substantially represents at least a portion of the audio recording, synchronizing the transcript with the audio recording, extracting one or more letters from the transcript and extracting the associated pronunciation of the one or more letters from the audio recording, and generating a dictionary entry in a pronunciation dictionary.

Abstract: Serving advertisements with (e.g., in) audio documents may be improved by (a) accepting at least a portion of a document including audio content, (b) analyzing the audio content to determine relevancy information for the document, and (c) determining at least one advertisement relevant to the document using at least the relevancy information and serving constraints associated with advertisements. The advertisements may be scored if more than one advertisement was determined to be relevant to the document. Then, at least one of the advertisements to be served with an ad spot for the document may be determined using at least the scores. Examples of documents include radio programs, live or recorded musical works with lyrics, live or recorded dramatic works with dialog or a monolog, live or recorded talk shows, voice mail, segments of an audio conversation, etc.

Abstract: A speech recognition system provides a subword decoder and a dictionary lookup to process a spoken input. In a first stage of processing, the subword decoder decodes the speech input based on subword units or particles and identifies hypothesized subword sequences using a particle dictionary and particle language model, but independently of a word dictionary or word vocabulary. Further stages of processing involve a particle to word graph expander and a word decoder. The particle to word graph expander expands the subword representation produced by the subword decoder into a word graph of word candidates using a word dictionary. The word decoder uses the word dictionary and a word language model to determine a best sequence of word candidates from the word graph that is most likely to match the words of the spoken input.

Abstract: Computer method and apparatus for reading and analyzing ECG signals includes applying a plurality of heart condition detectors to a subject ECG signal. Each detector produces a respective indication of likelihood of certain heart conditions existing in the subject. A lattice having annotations of the different detector heart conditions is formed from the detector indications. The lattice enables medical personnel to navigate through and hence more easily read the ECG signal data. The lattice effectively provides an indexed or annotated version of the subject ECG signal.

Abstract: Computer method and apparatus of analyzing ECG signals of a subject include receiving a subject electrocardiogram signal and comparing it against signal patterns of known cardiac syndromes. A library of example predefined signals is employed. Distance measures indicating similarity of the subject signal to the example predefined signals are produced and form a sequence of vectors. The sequence of vectors are input into a classifier which determines existence of signal patterns indicative of any cardiac syndromes in the subject.