Abstract:
The present technology relates to an audio processing apparatus, an audio processing method, and a program which enable to appropriately eliminate a noise. An audio processing apparatus includes a sound collector which collects audio, an audio enhancer which enhances audio to be extracted using an audio signal collected by the sound collector, an audio attenuator which attenuates the audio to be extracted using the audio signal collected by the sound collector, a noise environment estimator which estimates a surrounding noise environment, and a post-filtering unit which performs post-filtering processing using an audio-enhanced signal from the audio enhancer and an audio-attenuated signal from the audio attenuator, in which the post-filtering unit sets strength of processing for noise elimination according to the noise environment by the noise environment estimator. The present technology can be applied to an apparatus which performs audio recognition processing, such as a mobile phone.
Abstract:
There is provided a sound processing device including an input signal processing unit configured to calculate a first acoustic feature quantity indicating a likelihood being of a sinusoidal wave of a signal in each time frequency domain and a second acoustic feature quantity different from the first acoustic feature quantity based on an input signal of content to be identified, a reference signal processing unit configured to calculate the first acoustic feature quantity and the second acoustic feature quantity based on a reference signal of content prepared in advance, and a matching processing unit configured to calculate a similarity between the input signal and the reference signal based on the first and second acoustic feature quantities of the input signal and the first and second acoustic feature quantities of the reference signal.
Abstract:
There is provided an information processing device technology that enables an improvement in precision of sound recognition processing based on collected sound information, the information processing device including: a recognition controller that causes a speech recognition processing portion to execute sound recognition processing based on collected sound information obtained by a sound collecting portion; and an output controller that generates an output signal to output a recognition result obtained through the sound recognition processing. The output controller causes an output portion to output an evaluation result regarding a type of sound based on the collected sound information prior to the recognition result.
Abstract:
There is provided a sound processing device including an input signal processing unit configured to calculate a first acoustic feature quantity indicating a likelihood being of a sinusoidal wave of a signal in each time frequency domain and a second acoustic feature quantity different from the first acoustic feature quantity based on an input signal of content to be identified, a reference signal processing unit configured to calculate the first acoustic feature quantity and the second acoustic feature quantity based on a reference signal of content prepared in advance, and a matching processing unit configured to calculate a similarity between the input signal and the reference signal based on the first and second acoustic feature quantities of the input signal and the first and second acoustic feature quantities of the reference signal.
Abstract:
There is provided a display control device, display control method, and program capable of executing control such that information can be displayed more appropriately and efficiently according to an environment in which information is displayed or a situation of displayed information, the display control device including: a display control unit configured to decide a display region of a display object to be displayed on a display surface according to information regarding a real object on the display surface.
Abstract:
A selection decision made by a user at a time of searching is facilitated. An optimum output mode for each word is determined from an input sentence including a plurality of words, and data of the determined output mode corresponding to each word is output. For example, a suitable word for presentation by an image is extracted from an input sentence including a plurality of words, and an image corresponding to the suitable word is output. For example, the image corresponding to the suitable word is output by being included in a search result corresponding to other search conditions of the input sentence. In this case, it becomes possible to present the user with the image corresponding to the word that is included in the input sentence and is suitable for presentation by an image.
Abstract:
An information processing device includes a communication controller that performs communication control for receiving transmission data transmitted from a client, transmitting the transmission data to a first service providing server that performs a first service process, receiving a first service process result from the first service providing server, transmitting data according to the first service process result to a second service providing server that performs a second service process that is different from a first service, receiving a second service process result from the second service providing server, and transmitting the second service process result to the client. The first service process result is obtained by performing the first service process on the transmission data. The second service process result is obtained by performing the second service process on the data according to the first service process result.
Abstract:
Provided is an information processing device including: a collected sound data acquisition portion that acquires collected sound data; and an output controller that causes an output portion to output at least whether or not a state of the collected sound data is suitable for speech recognition.
Abstract:
Estimating operational states of a plurality of electrical devices connected to an electrical power line, that is, an electricity usage condition is appropriately carried out.Current and voltage are calculated as time-series from the electrical power line to which the plurality of electrical devices is connected. Signal components of power frequency and harmonics thereof are extracted from the time-series of the current and the voltage. Admittance vector time-series are calculated from the signal components. The admittance vector time-series are compared with combinations of feature vectors of the plurality of electrical devices connected to the electrical power line, to obtain an estimated result of the operational states of the plurality of electrical devices.