Huawei Technologies Co., Limited

Lenovo (beijing) Limited

Academy of Military Medical Sciences

Beijing Oriental Railway Technology Development Co., Ltd

Beijing Proteome Research Center

Chifeng Sharetechnology Co., Ltd.

Ying Jiang

Xiaodong Liu

Hui Huang

Zhiqiang Wang

Zhiqiang Zhang

Chao Guo

Xiaobing Liu

Xiaopeng Wang

Jianrui Yang

Xin Chang

Xiangsheng Pang

Fuchu He

Yanming Yang

Jiahui Cong

Yanli Yang

Aihua Sun

Yubing Zhan

Chaoying Li

Wenyu Yang

Jinan Zhou

Handong Wei

Xianyin Fan

A use of Niemann-Pick C1 (NPC1) protein and a substance that inhibits NPC1 gene expression and/or protein activity, which is selected from at least one of the following (a)-(h): (a) for the preparation of kits for diagnosing cancer; (b) for the preparation of kits for predicting the prognosis of cancer; (c) for the preparation of kits for performing a companion diagnostic for cancer treatment; (d) for the preparation of drugs for the prevention and/or treatment of cancer; (e) for the preparation of drugs for the prevention and/or treatment of cancer spread and metastasis; (f) for the preparation of drugs for promoting apoptosis of cancer cells; (g) for the preparation of drugs for inhibiting cancer cells from developing into cancer; (h) for the preparation of drugs for inhibiting in vitro proliferation and growth of cancer cells.

Application of Niemann-Pick C1 protein in diagnosis and treatment of cancer

The invention discloses a distributed IoT terminal system and method based on a fiber optic bus RoF. The system comprises a core application part, a pre-channel part, a transmission channel part, an acquisition field part, an acquisition terminal part and a data source. The invention adopts the principle of light-borne ROF to adapt to pan-socialization, decentralization, verticalization, refinement, full traceability, full lifecycle management and governance, instant, real-time, online, interactive and distributed IoT applications. The integrated and integrated application of the invention improves social efficiency and saves social cost. It may be integrated and integrated the application into any application systems, and realized dynamic instant, real-time, online, centimeter level positioning application. It can infer the specific location of the positioning device. The invention combined ROF and RFID and combined high-speed bus and RFID technology to solve the 'last mile problem' of RFID and physical offline applications.

Distributed internet of things terminal system and method based on optical fiber bus RoF

Embodiments of the present application disclose a bandwidth control method and a bandwidth control device. The method includes: obtaining, by a bandwidth control device, an access request of a mobile terminal, where the access request is used to indicate that the mobile terminal requests to access the Internet by using a home gateway of a fixed terminal; obtaining, by the bandwidth control device, a first bandwidth of the fixed terminal, where the first bandwidth is a subscribed bandwidth of the fixed terminal; and adjusting, by the bandwidth control device, a bandwidth allocated to the fixed terminal from the subscribed bandwidth of the fixed terminal to a second bandwidth, where the second bandwidth is greater than the first bandwidth. In the embodiments of the present application, the impact of mobile terminal access on user experience of the fixed terminal can be reduced.

Bandwidth control method and bandwidth control device

The present application discloses a method for connecting a user device to a network. The access apparatus may obtain a first IP address from a fixed broadband network and a second IP address from a mobile broadband network, where the first IP address corresponds to a fixed broadband network link, and the second IP address corresponds to a radio link. The access apparatus receives a first packet from a user device, where a source IP address of the first packet is an IP address of the user device. The access apparatus obtains a translated IP address according to a service type of the first packet. The access apparatus obtains a second packet by replacing the source IP address of the first packet with the translated IP address, and sends the second packet to a link corresponding to the translated IP address.

Access apparatus and access apparatus-performed method for connecting user device to network

An optical fiber detection device with a steel rail as an elastomer and a railway overload and unbalanced load detection system. The optical fiber detection device includes a shear force detection device, the shear force detection device includes an optical fiber sensitive element which is fixed on a neutral axis of the steel rail through low-energy spot welding.

Optical fiber detection device with steel rail as elastomer and railway overload and unbalanced load detection system

An information processing method and an electronic device are described where the method includes determining, based on coding combination in a memory cell, an M-th page among N pages in the memory cell; obtaining, based on N&#x2212;1 inter-page relationships between the M-th page and N&#x2212;1 pages among the N pages except the M-th page, a first parameter; and adjusting, based on the first parameter, a current probability value of probability of that each bit of L bits corresponding to L pages among the N&#x2212;1 pages is represented as 0 or 1, as a first probability value, L being a positive integer not greater than N&#x2212;1.

Information processing method and electronic device

A method for controlling network traffic based on a token ring includes: acquiring, by a node that obtains a token, network congestion situation information carried in the token, where the network congestion situation information includes the total number of to-be-retransmitted messages requested by nodes in a current token passing period; comparing the total number of to-be-retransmitted messages requested by the nodes in the current token passing period with a congestion threshold; determining according to a comparison result, the number of messages that can be transmitted; and transmitting messages according to the number. Because the total number of to-be-retransmitted messages requested by nodes in a current token passing period is added into a token to reflect a network congestion situation, a node is capable of reducing the number of messages to be transmitted when a network is severely congested, thereby reducing network load and improving cluster availability.

Method, node, and system for controlling network traffic based on token ring

The present invention provides a method for detecting interference between base stations and a base station. The method includes: receiving, by a first base station, a command sent by an operation maintenance center, wherein the command comprises a frame number of a specified frame; collecting, by the first base station, a signal in an uplink sub-frame of the specified frame, wherein the collected signal comprises a signal obtained by collecting an index sequence sent by a second base station in a downlink sub-frame of the specified frame; and determining, by the first base station, an index sequence of the second base station, wherein the index sequence of the second base station is selected from a plurality of candidate index sequences, each of which is used to be correlated with the collected signal. Embodiments of the present invention can improve the detection efficiency and performance.

Method for detecting interference between base stations and base station

Growing community of inventors

Beijing, China

Ying Jiang