Stmicroelectronics (Beijing) R&d Company Ltd.

Other

Chinese Academy of Sciences

Datang Mobile Communications Equipment Co., Ltd.

Beijing Zitiao Network Technology Co., Ltd.

Anovia Biosciences, Inc.

Thomson Licensing

Juan Du

Yiqun Ge

Jian Wang

Hao Xu

Wuxian Shi

Hongwu Zhang

Guobin Sun

Chaoqun Nie

Fan Li

Sichen Wang

Jing Li

Michael John Clare

Ning Li

Nan Jiang

Yong Yang

Ling Qiu

Guohua Liu

Lina Zhang

Ronggang Liu

Kun Xu

Liqiang Zhao

Yuanzhao Jia

Zhiting Tong

Jichao Li

Shubao Hu

Xiaowei Lu

Mengmeng Ning

Tianwen Xu

Display screen or portion thereof with a graphical user interface

This invention relates to LOX enzyme-inhibiting compounds in accordance with Formula I or Formula II, or a pharmaceutically acceptable salt or hydrate thereof: and pharmaceutical compositions comprising the compounds. Such compounds and compositions can be useful in treating a variety of conditions, diseases, and disorders including, but not limited to, fibrotic disorders, proliferative disorders, cardiovascular disorders, acute and chronic inflammatory disorders, primary and metastatic cancer, pulmonary conditions, ocular diseases, and neurological and neuropsychiatric conditions. This abstract is intended as a scanning tool for purposes of searching in the particular art and is not intended to be limiting of the present invention.

LOX enzyme inhibiting methods and compositions

An apparatus for diagnosing and controlling the aerodynamic stability of a compressor and method there of are provided. The apparatus includes a measurement device (), a signal processing device () and a control and execution device (), wherein the measurement device () is configured to measure the pressure or velocity fluctuations of air flows in different positions inside a compressor in real time, and to transmit real-time measurement signals obtained from different positions to the signal processing device (); the signal processing device () is configured to determine, according to the real-time measurement signals, a type and spatial distribution of instability precursor in the compressor, and to output corresponding control strategy signals to the control and execution device (); and the control and execution device () executes, according to the received control strategy signals, corresponding control actions to regulate the stability of the compressor (S).

Apparatus and method for diagnosing and controlling aerodynamic stability of compressor

A dynamic five-hole probe includes a pressure sensing part, a pressure measuring hole transition section, a pressure acquisition section, dynamic pressure sensors and flexible wall pressure buffering tubes, the pressure sensing part being provided with pressure measuring holes to sense three dimensional dynamic pressure components of an airflow; the pressure measuring hole transition section transits from an inlet end surface five-hole structure into an outlet end surface five-hole structure; the pressure acquisition section has therein a centrally symmetric pressure measuring hole structure; pressure sensor mounting holes are in communication with the five pressure measuring holes; each of the dynamic pressure sensors is mounted in a corresponding one of the sensor mounting holes to measure a dynamic pressure of the airflow. The pressure sensing part may have a diameter of 3 mm or less.

Dynamic five-hole probe

A message authentication and communication method for a communication network system comprises: the access control device receiving a communication establishment request sent by the first mobile apparatus; the access control device sending a communication mutual authentication request to the authentication server in response to the communication establishment request; the access control device receiving a mutual authentication response message sent by the authentication server in response to the communication mutual authentication request; the access control device authenticating the mutual authentication response message; when the mutual authentication response message is authenticated successfully, the access control device sending a mutual authentication message to the first mobile apparatus. And the hash chain mechanism and the access control device are used in conjunction with the authentication server to implement the distribution and decentralization of authentication functions, thereby reducing the load of the authentication server and improving the efficiency of authentication.

Message authentication method and communication method of communication network system, and communication network system

A haptic signalizing device comprises a number of piezoelectric elements arranged below a device surface such that mechanical deformations caused by the converse piezoelectric effect in the at least one piezoelectric element make the device surface to move such that the device surface follows the piezoelectric element and a driving circuit configured to cause the converse piezoelectric effect on the at least one piezoelectric element by generating an alternating electric field over the piezoelectric element in a bipolar fashion, that is, consecutively in both the same and the opposite direction with respect to the polarization of the piezoelectric element, to make the piezoelectric element to move beyond its initial position consecutively in both directions. The piezoelectric element is arranged i) to locally move the device surface inwards when the mechanical deformation in the piezoelectric element is a deflection directed away from the device surface, and ii) to locally move the device surface outwards when the mechanical deformation in the piezoelectric element is a deflection that is directed towards the device surface.

High frequency response pressure sensor based on direct current glow discharge plasma principle

Provided are a phase transition material fluid and a proppant formed therefrom, wherein the components for preparing the phase transition material fluid comprise in percentages by mass: a supramolecular building block 10 to 60 wt %, a supramolecular functional unit 20 to 50 wt %, a dispersant 0.1 to 2 wt %, an inorganic co-builder 0.1 to 1 wt %, an initiator 0.1 to 1 wt %, the balance being a solvent. The supramolecular building block comprises a melamine-based substance and/or a triazine-based substance; the supramolecular functional unit comprises a dicyclopentadiene resin; and the dispersant includes a hydroxyl-bearing polysaccharide substance and a surfactant. After the phase transition material fluid enters the reservoir, it may form a solid substance to prop the fracture under the action of supramolecular chemistry and physics.

Phase transition material fluid and proppant formed therefrom

A method, and components for performing such method, is provided for synchronizing multiple user signals in a multi-user communication system. An interference matrix is generated based on time delay and frequency offset information for the active users accessing an OFDMA uplink receiver. User signals are received from the active users and are segmented into blocks, and the interference matrix is applied to each of the blocks. The received user signal is OFDM demodulated and un-used sub-carriers are discarded. Typically, the method includes also applying a factorization matrix formed by factoring a correction matrix created from the interference matrix and an inverse matrix formed based on the factoring results to the user signal blocks, e.g., the correction step includes multiplying each of the blocks from the user signal by each of these three matrices. The corrected user blocks are then concatenated to form a corrected vector signal.

Time and frequency synchronization method for OFDMA uplink receivers and base stations

A method for decoding tail-biting convolutional codes. The method includes initializing a correction depth, selecting a first starting state from a set of encoding states, and initializing a metric value for the selected starting state as zero and the other states as infinity. The input bit stream is read and a Search Depth Viterbi algorithm (SDVA) is performed to determine path metrics and identify a minimum-metric path. The ending state for the minimum-metric path is determined and the output for this ending state is identified as 'previous output.' A second starting state is set to the ending state of the minimum-metric path, and symbols equal to the correction depth from the previous output are read. The SDVA is performed on the second set of read symbols to generate a corrected output. A decoded output is generated by replacing symbols at the beginning of the previous output with the corrected output.

Low complexity decoding algorithm for tail-biting convolutional codes

Decoding method for tail-biting convolutional codes using a search depth viterbi algorithm

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Beijing, China

Juan Du