The Procter Gamble Company

Panasonic Corporation

North Carolina State University

Datang Mobile Communications Equipment Co., Ltd.

Beijing Qihoo Technology Company Limited

Shenzhen Yinwang Intelligent Technologies Co., Ltd.

Qizhi Software (Beijing) Company Limited

China National Institute of Standardization

Shanghai Holaverse Network Technology Co. Ltd.

Gang Wu

Ninghai Huang

Yalin Liu

Jing Zhao

Jean-Luc Philippe Bettiol

Ross Strand

Xi Wang

Fan Zhang

Paulus Antonius Augustinus Hoefte

Xu Liang Li

Xuan Zhang

Xiaohui Xie

Haijing Chen

Qiang Wei

Hongmei Yang

Weijie Liu

John A Cuculo

Yonggang Song

Wesley Yvonne Pieter Boers

Ferdinand Lundberg

Peter Vancampenhout

Paul A Tucker

Gao-Yuan Chen

Suxuan Gong

Olga Lahuerta Salas

Xiaojuan Zhang

Hilal Sahin Topkara

Emilie Hourcade

Wenying Gao

Jiunn-Yow Chen

Wenxing Ding

Disclosed are a method and system for calibrating an ergonomic digital human based on a digital standard human. By collecting and analyzing appearance data and action data of an ergonomic digital human, the present disclosure makes the ergonomic digital human more life-like in appearance and action. By collecting and analyzing expression data and voice data, the present disclosure enables the digital human to have more authentic expression and voice and express various emotional states more accurately, thereby enhancing emotional communication and interaction with the user. By collecting and analyzing interaction data, the present disclosure improves interaction accuracy and response speed of the ergonomic digital human. By optimizing ergonomic calibration of the ergonomic digital human, the present disclosure improves action accuracy when the ergonomic digital human executes an interaction task and reduces an error rate of interaction, such that a better user experience is available in different interaction scenarios.

Method and system for calibrating ergonomic digital human based on digital standard human

A positioning apparatus includes: a first positioning module configured to obtain location information of the positioning apparatus in real time; and an ultra-wide-band (UWB) positioning module configured to receive a positioning request message sent by a to-be-positioned tag, where the positioning request message includes identification information of the to-be-positioned tag. The UWB positioning module is further configured to determine, after receiving the positioning request message, whether the UWB positioning module is in a UWB base station mode. The UWB positioning module is further configured to perform, in the UWB base station mode, positioning measurement on the to-be-positioned tag based on the location information and the identification information.

Positioning apparatus, positioning server, and positioning method

The invention relates to the technical field of communications, and more particularly, to a method and device for realizing synchronization. The method comprises: performing, by a base station, and according to an SRS signal transmitted by a terminal, filtering to obtain a RRU channel having the maximum receiving power in a current operation; upon determining that the RRU channel having the maximum receiving power in the current operation is different from a RRU channel used in the currently performed demodulation, refraining from performing immediate switching; and permitting switching of the RRU channel only when the receiving power of the RRU channel is determined to match the maximum threshold of a preset series of thresholds, and transmitting a TA command word to the terminal while switching the RRU channel to complete synchronization with the terminal. The invention prevents a terminal from frequently switching between RRU channels on a subframe basis. Moreover, a TA command word is transmitted while switching is being performed, thereby preventing a problem in which when a change in a RRU channel occurs, a TA command word is not received by a terminal for a long time, resulting in an asynchronous operation.

Method and device for realizing synchronization

A direct-foam cleaning product comprising a foam having a compression force of about 2.4 gf*mm to about 4.3 gf*mm. Such direct-foam cleaning product provides good foaming properties and surface coverage when the composition is sprayed directly onto soiled dishware. This leads to efficient cleaning of soiled dishes via a direct-foam and rinse action, which avoids traditional methods of soaking soiled dishes in detergent baths and/or scrubbing soiled dishware with a sponge or cleaning implement.

Direct-foam cleaning products comprising a branched anionic surfactant and glycol ether solvent

Certain dentifrice compositions having a pyrophosphate ion and an alkaline pH have improved fluoride ion stability or fluoride uptake.

Dentifrice compositions having improved fluoride ion stability or fluoride uptake

Display screen with an animated graphical user interface

An image processing device capable of high-speed detection of a specific shape in an image. In the image processing device, a candidate position calculation section () obtains a first candidate position of the center point of a first circle in contact at three points with three sides contained in the shape of an object to be detected. An angle calculation section () obtains an angle formed by a normal line drawn from each of the three sides to the first candidate position and a standard line oriented in a specific direction and passing a point at which the normal line and each of the three sides cross. A relative relationship calculation section () obtains a relationship of the angle relative to the first candidate position. A recognition section () recognizes the shape contained in the given image based on the relative relationship of the angle and a relative relationship of a shape stored in advance.

Image processing device and image processing method for detecting a specific shape from an image

Ultra-oriented, crystalline synthetic filaments with a combination of high tenacity, high dimensional stability, high modulus, and a high fraction of taut-tie molecular phase are produced by extruding a fiber-forming synthetic polymer melt into a liquid isothermal bath, withdrawing the filaments from the bath and then post-treating them at a very low draw ratio. The bath is preferably maintained at a temperature of at least 30.degree. C. above the glass transition temperature of the polymer to enhance the orientation and promote the formation of stable extended chains. Polymer filaments so produced are characterized in that they have ultra-high birefringence, high tenacity and modulus, a high dimensional stability, and a high fraction of taut-tie molecular phase.

Ultra-oriented crystalline filaments and method of making same

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Beijing, China

Gang Wu