Xiaomi Inc.

The Procter Gamble Company

Canon Medical Systems Corporation

Beijing Sensetime Technology Development Co., Ltd.

Chinese Academy of Forestry

Beijing Xiaomi Technology Co., Ltd.

Mech-mind Robotics Technologies Ltd.

Yu Guo

Jing Liu

Lin Li

Fei Fei Li

Yu Xin Zhao

Bo Yu

Yong Chen

Pengfei Zhang

Ming Tang

Yang Lu

Heng Qu

Xiaojun Wu

Yidong Wang

Yang Shen

Jialin Fan

Ting Wang

Hongwei Qin

Juan Guo

Tianlan Shao

Youshuang Ding

Yijin Wang

Guizhen Yang

Weiyang Chen

Xieping Xu

Qingyu Yan

Jiajin Yin

Yongjun Ma

Qichen Zhu

Xiangru Wang

Chen Wu

Biyan Huang

Yafang Yin

Shixin Han

Lichao Jiao

Tuo He

Lingyu Ma

A radiation exposure dose management apparatus according to an embodiment is a radiation exposure dose management apparatus that manages a radiation dose received by a subject and includes processing circuitry configured: to obtain image data of the subject; to segment the image data in accordance with organs of the subject; to generate a voxel radiation dose distribution map indicating a radiation exposure dose of each of the voxels on the basis of a specific radiation exposure dose model and the image data; and to calculate a radiation exposure dose of each of the organs on the basis of the segmented image data and the radiation exposure dose of each of the voxels within the generated voxel radiation dose distribution map.

Radiation exposure dose management apparatus, radiation exposure dose management method, and storage medium

The present disclosure provides a modulation method, apparatus, and system for imaging scanning signal synchronization. The method includes: transmitting control signals, wherein the control signals include a galvanometer driving signal, a laser scanning signal, and a camera exposure signal, the galvanometer driving signal and the camera exposure signal have a same period, and the laser scanning signal enables laser to be emitted for N times within time for enabling positive oscillation of a galvanometer in one period of the galvanometer driving signal; measuring an actual signal waveform of the galvanometer, and obtaining a noise-reduced waveform by filtering and de-noising the actual signal waveform; performing a waveform comparison detection on the noise-reduced waveform and a corresponding control waveform for the galvanometer driving signal to obtain a waveform deviation; and adjusting the control signals based on the waveform deviation and transmitting the adjusted control signals.

Modulation method, apparatus, and system for imaging scanning signal synchronization

A method for capturing ancient DNA of a wooden cultural relic, sequentially includes the following steps: sampling, removing exogenous DNA contamination on the inner part and the outer surface of a sample, and effectively obtaining the ancient DNA of the wooden cultural relic through vacuum freeze-drying dehydration, sample grinding, rinsing, cell lysis, DNA genome enrichment and hybridization and capturing. The method focuses on precise capture of the ancient DNA of the wood cells of the wood cultural relic, not only breaks through the problem that effective acquisition of the DNA of the wood cultural relic is difficult to realize by a conventional wood DNA extraction method, but also provides possibility for analysis and utilization of the ancient DNA with typical characteristics of serious exogenous contamination, low DNA content, high degradation, extensive damage and the like.

Method for capturing ancient DNA of wooden cultural relic

Provided are a target object processing method and apparatus, and a storage medium. The method includes: inputting first data into a first processing module to obtain a predicted data annotation result; inputting the data annotation result into a second processing module, and performing scene-adaptive incremental learning according to the data annotation result to obtain a neural network adapted to a scene of second data; and processing a scene corresponding to a target object according to data including the target object and the neural network.

Target object processing method and apparatus, electronic device, and storage medium

A liquid laundry detergent with improved soil suspension benefit is provided, which contains a from about 0.1 wt % to about 5 wt % of an alkoxylated polyethyleneimine and a specific surfactant system including both nonionic (NI) surfactant(s) and anionic (AI) surfactant(s) at an NI-to-AI weight ratio of about 1.7-20.

Liquid laundry detergent composition

The present disclosure provides a method and networking equipment for acquiring feature information. It relates to a field of computer and communication technology to acquire the device information using the networking equipment such as a router and to send the device information to other users. The method may include: receiving a network connection request sent from a first terminal device; acquiring device information of the first terminal device in response to the received network connection request; determining the feature information of the first terminal device based on the acquired device information; and outputting the determined feature information.

Method and networking equipment for acquiring feature information

A device management method for use in a primary router, includes: establishing a management connection with a relay router; acquiring a management interface identifier from the relay router via the management connection, the management interface identifier being an identifier of an Application Programming Interface (API) in the relay router for providing a management function; and transmitting a management instruction to the relay router via the management connection, the management instruction carrying the management interface identifier and being configured to manage an electronic device connected to the relay router.

Methods, apparatuses, and system for device management

The present application is directed to devices and methods for touchscreen interactive interface. The method may comprise steps of combining two or more single-function buttons on the user interface of the touchscreen device into one multifunction button; monitoring a real-time touch operation with the multifunction button by a user; determining the type of the touch operation according to the time of the touch operation; and unfolding the two or more single-function buttons one after another around the multifunction button according to the type of the touch operation.

Methods and devices for user interactive interfaces on touchscreens

Growing community of inventors

Beijing, China

Yu Guo