The Chinese University of Hong Kong

Huawei Technologies Co., Limited

The Hong Kong University of Science and Technology

University of Copenhagen

Qian Zhang

Yunbo Li

Qian Wang

Yuchen Guo

Xiao Han

Min Yan

Chenchen Liu

Jia He

Rui Du

Meihong Zhang

Junping Zhang

Ho Yin Edwin Chan

Jacky Chi-Ki Ngo

Zhong Zuo

Jacky Chi Ki Ngo

Huangxun Chen

Chengqi Song

Xinguo Wang

Shaohong Peng

Chun-Ho Wong

Kasper K Sorensen

Knud J Jensen

Chenyu Huang

Qianyi Huang

A method includes, in accordance with some implementations, sending, a measurement station, a trigger frame to a signal source station, where the trigger frame carries pilot format information, and the pilot format information is used to indicate a sending time point of a signal frame triggered by the trigger frame, a quantity of times for sending the signal frame, and a transmission mode of pilot information in the signal frame. The measurement station receives an illumination frame from the signal source station, where the illumination frame is the signal frame triggered by the trigger frame. The measurement station analyzes pilot information in the illumination frame to obtain sensing information in the illumination frame, where the sensing information is used to indicate physical information of an object surrounding the signal source station and the measurement station.

Method for determining sensing information in communication transmission and related device

The present invention provides for a novel peptide and method for treating polyglutamine (polyQ) diseases. Also disclosed are related compositions and kits for therapeutic use in the treatment of polyQ diseases.

Peptidylic inhibitors of nucleolin (NCL) targeting CAG-repeat RNA toxicity and methods for reducing polyQ-mediated toxicity in polyQ diseases

Embodiments of this application provide a multistation coordination-based data transmission method and apparatus. The method includes: receiving, by a station, second data of another station, different from the station, in a coordination group to which the station belongs; sending, by the station, first data to the other station, so that the other station generates a second aggregated frame that includes the first data and the second data; and sending, by the station, a first aggregated frame to an access point. The first aggregated frame includes the first data and the second data. This reduces a transmit power of a single station, and prolongs a service lifespan of the station.

Multistation coordination-based data transmission method and apparatus

Embodiments of the present disclosure provide an internet of things-based communication method, which applied to the field of communications technologies to resolve a problem of a short battery life of an internet of things device caused by frequent movement of an internet of things device. The method includes: receiving, by a second access point, a data packet from an internet of things device, where the data packet carries an identifier of an access point coordinating cluster; and sending, by the second access point, a first acknowledgment message to the internet of things device; or sending, by the second access point to a first access point, the data packet and signal strength of the data packet received by the second access point.

Internet of things-based communication method and apparatus

The present invention provides for a novel peptide inhibitor and method for treating neurological disorders related to a hexanucleotide (GGGGCC) repeat expansion in the non-coding region of the C9ORF72 gene. Also disclosed are related compositions and kits for therapeutic use in the treatment of the pertinent diseases.

Peptidylic inhibitors targeting C9ORF72 hexanucleotide repeat-mediated neurodegeneration

Herein provided are peptide inhibitors and methods for treating polyglutamine (polyQ) diseases. Also disclosed are related compositions and kits for therapeutic use in the treatment of polyQ diseases.

P3 peptidylic inhibitors for treating CAG-repeat RNA toxicity in polyglutamine diseases

The present invention provides for a novel method for treating polyglutamine (polyQ) diseases. Also disclosed are related compositions and kits for therapeutic use in the treatment of polyQ diseases.

Small molecule inhibitors targeting CAG-repeat RNA toxicity in polyglutamine diseases

The described method and system provide an efficient routing of data packets protocol in an event-driven and delay-constrained WSN (wireless sensor network) that optimizes the sleep/wake schedule of nodes to maximize the lifetime of the WSM, subject to a constraint on the source-to-sink delay. Online forwarding techniques may be used to transfer data reports from monitoring nodes to the sink. A delay-constrained and energy-efficient routing protocol (DCEER) for asynchronous WSNs may be used to maximize the lifetime of the WSN while remaining within the maximum allowable delay requirements. With DCEER, each node may maintain the historical cost of forwarding a packet from itself to the sink as its virtual coordinate, and packets are forwarded in the direction of descending coordinates. The cost-based coordinates may change dynamically with a time-varying channel or topology. Nodes may apply a relay-selection scheme to choose a next-hop relay from a set of multiple potential relay candidates, based on a tradeoff between forwarding energy consumption (FEC) and waiting costs. The optimal stopping time for the relay-selection process may be determined based on expected forwarding and waiting costs, and the nodes may operate according to an optimal sleep/wake schedule based on waiting costs and expected traffic flow.

Delay-constrained and energy-efficient online routing for asynchronous sensor networks

Described herein is a context-free protocol (i.e., the COFFEE protocol) for stimulating cooperation among selfish nodes. Various embodiments have the ability to transmit a packet over the path successfully without the dependency on the information of other packets' transmissions. It is assumed that every node in the network is rational, and therefore during the packet forwarding stage, if the intermediate nodes can not clearly tell whether the packet is destined to them or not, they do not simply drop the packet. Thus, in the COFFEE protocol, by introducing several techniques, for a packet received by a node, the node thinks the packet could potentially be destined to itself and forwards the packet to find out the answer. Detailed analysis and performance evaluations have been conducted to demonstrate the effectiveness of the COFFEE protocol.

Context-free protocol for enforcing data forwarding in wireless ad hoc networks

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Hong Kong, China

Qian Zhang