Abstract: A testing system for sensor data of a monitoring system including a server and multiple sensors is disclosed. The server includes a data pre-process module, a value classifying-computing module, and a value comparing module. The data pre-process module performs a data cleaning procedure to sensor data of the multiple sensors to generate multiple cleaned data. The value classifying-computing module computes a difference-value combination of multiple cleaned data of every two sensors in a designated order-direction. The value comparing module subtracts a measuring-accuracy value from every difference-value of each difference-value combination to obtain multiple second difference-value combinations, computes a first feature value of each second difference-value combination, and records a label to two sensors corresponding to one of the second difference-value combinations when a p-value corresponding to the first feature value of the second difference-value combination is determined to be less than a threshold.

Abstract: An estimating system for energy-saving and emission-reduction is provided and includes an energy-consumption device operating in the environment based on multiple operating parameters to generate an energy-consumption and carbon-emission result and a server for receiving and storing corresponding values of each operating parameter of the energy-consumption device. The server includes an energy-consumption factor analyzing module for selecting multiple energy-consumption factors relevant to power-consumed amount and carbon-emitted amount from the multiple operating parameters, a new-device-parameter importing module for importing multiple performance coefficients of multiple new devices, and a simulating module for performing a simulation and calculating an energy-consumption simulated result of each new device as if each new device were operated under same environment within a specific historical time-period.

Abstract: A method for providing multimodal translation of a content in a source language is provided. The method includes receiving a user input with respect to a translation request of text included in the content, in response to receiving the user input, acquiring a multimodal input from the content, the multimodal input including location information related to the content other multimodal inputs, generating scene information representing the multimodal input related to the content by using a fusion layer based on the location information and the other multimodal inputs, identifying a candidate word set in a target language, determining at least one candidate word from the candidate word set based on the scene information, and translating the text included in the content into the target language using a translation model based on the determined at least one candidate word.

Abstract: A method performed by an electronic device comprises acquiring information to be translated. The method includes determining, based on the information to be translated, a target domain adapter from a plurality of candidate domain adapters, the target domain adapter corresponding to the information to be translated, each candidate domain adapter from the plurality of candidate domain adapters corresponding to at least one domain. The method includes obtaining, based on the target domain adapter corresponding to the information to be translated, a translation result corresponding to the information to be translated.

Abstract: An information processing method, an apparatus, an electronic device, a computer readable storage medium and a computer program product are provided. The method includes performing a fast Fourier transform-based feature crossing process on at least two target vectors in an input sequence of target information to obtain an output sequence of target information, and performing a feature perception process on the output sequence of the target information to obtain a target sequence of the target information, wherein the target sequence represents semantic information of each target object in the target information correlated to other target objects in the target information.

Abstract: The application provides a device control method, a conflict processing method, a corresponding apparatus, and an electronic device. The method includes: acquiring an input instruction of user; acquiring at least one of the following information: user information, environmental information, device information; determining at least one execution device of the input instruction based on the acquired information and the input instruction; controlling the at least one execution device to perform a corresponding operation. The present application can determine at least one optimal execution device by using at least one of the obtained input instruction and the user information, the environment information, and the device information when the user does not specify the specific execution device, thereby better responding to the user.

Abstract: A speech recognition method, an apparatus, an electronic device, and a computer-readable storage medium are provided. The method includes acquiring a first speech recognition result of a speech; acquiring context information and pronunciation feature information about a target text unit in the first speech recognition result; and acquiring a second speech recognition result of the speech based on the context information and the pronunciation feature information.

Abstract: A method for voice translation includes: receiving a voice signal of a first language; obtaining a plurality of voice segments forming the voice signal; determining integrity of a first voice segment with respect to a second voice segment based on a voice feature of the first voice segment and a voice feature of the second voice segment; obtaining an output voice segment based on the integrity of the first voice segment with respect to the second voice segment; and outputting a text in a second language corresponding to the voice signal of the first language based on the output voice segment.

Abstract: A method for providing multimodal translation of a content in a source language is provided. The method includes receiving a user input with respect to a translation request of text included in the content, in response to receiving the user input, acquiring a multimodal input from the content, the multimodal input including location information related to the content other multimodal inputs, generating scene information representing the multimodal input related to the content by using a fusion layer based on the location information and the other multimodal inputs, identifying a candidate word set in a target language, determining at least one candidate word from the candidate word set based on the scene information, and translating the text included in the content into the target language using a translation model based on the determined at least one candidate word.

Abstract: A method and device are provided for translating object information and acquiring derivative information, including obtaining, based on the acquired source-object information, target-object information corresponding to the source object by translation, and outputting the target-object information. A language environment corresponding to the source object is different from a language environment corresponding to the target object. By applying the present disclosure, the range of machine translation subjects can be expanded, and the applicability of translation can be enhanced, a user's requirements on translation of objects can be met.

Abstract: A method for voice translation includes: receiving a voice signal of a first language; obtaining a plurality of voice segments forming the voice signal; determining integrity of a first voice segment with respect to a second voice segment based on a voice feature of the first voice segment and a voice feature of the second voice segment; obtaining an output voice segment based on the integrity of the first voice segment with respect to the second voice segment; and outputting a text in a second language corresponding to the voice signal of the first language based on the output voice segment.

Abstract: A system is disclosed and includes an air-conditioning load prediction unit for predicting a load of an air-conditioning unit in a future time period based on past data; an indoor temperature and humidity sensing module for sensing temperature and humidity of a building at a first time; a fan-speed sensing module for sensing a fan-speed of the air-conditioning unit at the first time; and a comfort-degree prediction module for calculating a comfort-degree that the air-conditioning unit is required to reach at a second time based on the sensed temperature, sensed humidity and sensed fan-speed; an energy management unit for controlling a central monitoring computer to set a temperature and an fan-speed of the air conditioning unit, and compare the predicted load and an actual load of the air conditioning unit for adjusting the set temperature and the set fan-speed in real time. A method of adjusting is also provided.

Abstract: A system is disclosed and includes an air-conditioning load prediction unit for predicting a load of an air-conditioning unit in a future time period based on past data; an indoor temperature and humidity sensing module for sensing temperature and humidity of a building at a first time; a fan-speed sensing module for sensing a fan-speed of the air-conditioning unit at the first time; and a comfort-degree prediction module for calculating a comfort-degree that the air-conditioning unit is required to reach at a second time based on the sensed temperature, sensed humidity and sensed fan-speed; an energy management unit for controlling a central monitoring computer to set a temperature and an fan-speed of the air conditioning unit, and compare the predicted load and an actual load of the air conditioning unit for adjusting the set temperature and the set fan-speed in real time. A method of adjusting is also provided.

Abstract: A method and device are provided for translating object information and acquiring derivative information, including obtaining, based on the acquired source-object information, target-object information corresponding to the source object by translation, and outputting the target-object information. A language environment corresponding to the source object is different from a language environment corresponding to the target object. By applying the present disclosure, the range of machine translation subjects can be expanded, and the applicability of translation can be enhanced, a user's requirements on translation of objects can be met.

Abstract: An improved structure mannequin model foot comprised of a mannequin model calf and a foot piece designed to be separable into two physical entities, the foot piece and calf detachment capability enabling the assembling of different height and size heeled foot pieces to the calves of one single mannequin, thereby facilitating the wearing of different shoes on different foot pieces, to achieve, on the same single mannequin model, the objective of alternating the assembly of different foot pieces to display assorted footwear (such as low, medium, and high heel shoes as well as riding boots, etc.).