Abstract: The disclosure provides techniques for registering a camera into a map via a robot. A method for registering a camera into a map may include: collecting an observation of a calibration marker from an image captured by the camera, the calibration maker being attached to a robot capable of moving in a view of the camera; calculating, for the observation of the calibration marker, a transform T (camera, marker) between a camera frame of the camera and a marker frame of the calibration marker; obtaining, for the observation of the calibration marker, a transform T (world, robot) between a world frame of the map and a robot frame of the robot; and performing, when more than a predetermined number of observations of the calibration marker are collected during movement of the robot, a calibration process to calculate a transform T (world, camera) between the world frame and the camera frame based on the transform T (camera, marker) and the transform T (world, robot) for each observation of the calibration marker.

Abstract: While a stream device is streaming a media program from a multimedia device to a client device, the streaming device may be configured to send a first portion of the media program to the client device, where the first portion is transcoded from a first format into a second different format and adapted for a first playing mode of the client device. The streaming device may be configured to receive an indication of a user command from the client device specifying a second different playing mode of the client device. The streaming device may be configured to send a second different portion of the media program to the client device, where the second portion is transcoded from the first format to the second format and adapted for the second playing mode of the client device.

Abstract: System and techniques to verify sensor data are described herein. When sensor data is received, the sensor data is recorded into a data store and a trust score is generated for at least a portion of the sensor data. The trust score is based on several factors including a measure of agreement between the sensor data and other sensor data of a scene. The trust score may then be used to measure the veracity of claims supported by the sensor data.

Abstract: While a stream device is streaming a media program from a multimedia device to a client device, the streaming device may be configured to send a first portion of the media program to the client device, where the first portion is transcoded from a first format into a second different format and adapted for a first playing mode of the client device. The streaming device may be configured to receive an indication of a user command from the client device specifying a second different playing mode of the client device. The streaming device may be configured to send a second different portion of the media program to the client device, where the second portion is transcoded from the first format to the second format and adapted for the second playing mode of the client device.

Abstract: The disclosure provides techniques for registering a camera into a map via a robot. A method for registering a camera into a map may include: collecting an observation of a calibration marker from an image captured by the camera, the calibration maker being attached to a robot capable of moving in a view of the camera; calculating, for the observation of the calibration marker, a transform T (camera, marker) between a camera frame of the camera and a marker frame of the calibration marker; obtaining, for the observation of the calibration marker, a transform T (world, robot) between a world frame of the map and a robot frame of the robot; and performing, when more than a predetermined number of observations of the calibration marker are collected during movement of the robot, a calibration process to calculate a transform T(world, camera) between the world frame and the camera frame based on the transform T (camera, marker) and the transform T(world, robot) for each observation of the calibration marker.

Abstract: While a stream device is streaming a media program from a multimedia device to a client device, the streaming device may be configured to send a first portion of the media program to the client device, where the first portion is transcoded from a first format into a second different format and adapted for a first playing mode of the client device. The streaming device may be configured to receive an indication of a user command from the client device specifying a second different playing mode of the client device. The streaming device may be configured to send a second different portion of the media program to the client device, where the second portion is transcoded from the first format to the second format and adapted for the second playing mode of the client device.

Abstract: While a stream device is streaming a media program from a multimedia device to a client device, the streaming device may be configured to send a first portion of the media program to the client device, where the first portion is transcoded from a first format into a second different format and adapted for a first playing mode of the client device. The streaming device may be configured to receive an indication of a user command from the client device specifying a second different playing mode of the client device. The streaming device may be configured to send a second different portion of the media program to the client device, where the second portion is transcoded from the first format to the second format and adapted for the second playing mode of the client device.

Abstract: Input media data with an input playing speed is received and divided into input media data subsets. A first rate of audio utterance is determined for a first input media data subset in the media data subsets. A second different rate of audio utterance is determined for a second input media data subset in the media data subsets. Audio output media data is generated with an output playing speed at which audio utterance in the audio output media data is played at a preferred rate of audio utterance. The audio output media data comprises (a) a first output audio media data subset generated based on the preferred rate, the first rate, and the first input media data subset and (b) a second output audio media data subset generated based on the preferred rate, the second rate, and the second input media data subset.

Abstract: A sun visor retention system includes a vehicle that has at least one sun visor. The at least one sun visor has a support bar and a panel that is rotatably coupled to the support bar. A retainer is removably coupled to the at least one sun visor. The retainer selectively frictionally engages the support bar. The retainer engages the panel such that the retainer retains the panel at a selected angle of rotation about the support bar.

Abstract: Input media data with an input playing speed is received and divided into input media data subsets. A first rate of audio utterance is determined for a first input media data subset in the media data subsets. A second different rate of audio utterance is determined for a second input media data subset in the media data subsets. Audio output media data is generated with an output playing speed at which audio utterance in the audio output media data is played at a preferred rate of audio utterance. The audio output media data comprises (a) a first output audio media data subset generated based on the preferred rate, the first rate, and the first input media data subset and (b) a second output audio media data subset generated based on the preferred rate, the second rate, and the second input media data subset.

Abstract: Input media data with an input playing speed is received and divided into input media data subsets. A first rate of audio utterance is determined for a first input media data subset in the media data subsets. A second different rate of audio utterance is determined for a second input media data subset in the media data subsets. Audio output media data is generated with an output playing speed at which audio utterance in the audio output media data is played at a preferred rate of audio utterance. The audio output media data comprises (a) a first output audio media data subset generated based on the preferred rate, the first rate, and the first input media data subset and (b) a second output audio media data subset generated based on the preferred rate, the second rate, and the second input media data subset.

Abstract: A sun visor retention system includes a vehicle that has at least one sun visor. The at least one sun visor has a support bar and a panel that is rotatably coupled to the support bar. A retainer is removably coupled to the at least one sun visor. The retainer selectively frictionally engages the support bar. The retainer engages the panel such that the retainer retains the panel at a selected angle of rotation about the support bar.

Abstract: Input media data with an input playing speed is received. One or more user identities are identified based at least in part on biometric data collected from one or more users who correspond to the one or more user identities and to whom audio utterance derived from the input media data is to be played. A preferred rate of audio utterance is determined based at least in part on the one or more user identities. A rate of audio utterance is determined for a portion of the input media data. Based at least in part on the preferred rate of audio utterance and the rate of audio utterance, a portion of audio output media data is generated with an output playing speed at which audio utterance in the portion of audio output media data is rendered with the preferred rate of audio utterance.

Abstract: Input media data with an input playing speed is received. One or more user identities are identified based at least in part on biometric data collected from one or more users who correspond to the one or more user identities and to whom audio utterance derived from the input media data is to be played. A preferred rate of audio utterance is determined based at least in part on the one or more user identities. A rate of audio utterance is determined for a portion of the input media data. Based at least in part on the preferred rate of audio utterance and the rate of audio utterance, a portion of audio output media data is generated with an output playing speed at which audio utterance in the portion of audio output media data is rendered with the preferred rate of audio utterance.

Abstract: Input media data with an input playing speed is received and divided into input media data subsets. A first rate of audio utterance is determined for a first input media data subset in the media data subsets. A second different rate of audio utterance is determined for a second input media data subset in the media data subsets. Audio output media data is generated with an output playing speed at which audio utterance in the audio output media data is played at a preferred rate of audio utterance. The audio output media data comprises (a) a first output audio media data subset generated based on the preferred rate, the first rate, and the first input media data subset and (b) a second output audio media data subset generated based on the preferred rate, the second rate, and the second input media data subset.

Abstract: Input media data with an input playing speed is received and divided into input media data subsets. A first rate of audio utterance is determined for a first input media data subset in the media data subsets. A second different rate of audio utterance is determined for a second input media data subset in the media data subsets. Audio output media data is generated with an output playing speed at which audio utterance in the audio output media data is played at a preferred rate of audio utterance. The audio output media data comprises (a) a first output audio media data subset generated based on the preferred rate, the first rate, and the first input media data subset and (b) a second output audio media data subset generated based on the preferred rate, the second rate, and the second input media data subset.

Abstract: Input media data with an input playing speed is received. One or more user identities are identified based at least in part on biometric data collected from one or more users who correspond to the one or more user identities and to whom audio utterance derived from the input media data is to be played. A preferred rate of audio utterance is determined based at least in part on the one or more user identities. A rate of audio utterance is determined for a portion of the input media data. Based at least in part on the preferred rate of audio utterance and the rate of audio utterance, a portion of audio output media data is generated with an output playing speed at which audio utterance in the portion of audio output media data is rendered with the preferred rate of audio utterance.

Abstract: While a stream device is streaming a media program from a multimedia device to a client device, the streaming device may be configured to send a first portion of the media program to the client device, where the first portion is transcoded from a first format into a second different format and adapted for a first playing mode of the client device. The streaming device may be configured to receive an indication of a user command from the client device specifying a second different playing mode of the client device. The streaming device may be configured to send a second different portion of the media program to the client device, where the second portion is transcoded from the first format to the second format and adapted for the second playing mode of the client device.

Abstract: While a stream device is streaming a media program from a multimedia device to a client device, the streaming device may be configured to send a first portion of the media program to the client device, where the first portion is transcoded from a first format into a second different format and adapted for a first playing mode of the client device. The streaming device may be configured to receive an indication of a user command from the client device specifying a second different playing mode of the client device. The streaming device may be configured to send a second different portion of the media program to the client device, where the second portion is transcoded from the first format to the second format and adapted for the second playing mode of the client device.

Abstract: In a method for identifying a location of an incident, a computer receives data from a plurality of navigation devices. The computer determines a portion of a determined route between a first point and a second point of at least one navigation device of the plurality of navigation devices, wherein the at least one navigation devices deviated from the determined route. The computer determines that two or more portions contain a sub-portion. The computer identifies a location of an incident, wherein the location is a location of the sub-portion.