City University of Hong Kong

Hong Yan

Hung Chim

Leanne Lai Hang Chan

Alan Wee-Chung Liew

Weiqiang Zhou

Chi Kuen Choi

Xiangchao Gan

Hong Yan Ching

Logn Chen

Zhongying Zhao

Methods, systems, and articles of manufacture are described that facilitate computation of a model of an interface between two molecules and analyzing characteristics of the interface. The complex of the two molecules can be modeled, and location of the atoms on the surface can be determined. One of the two molecules can be similarly modeled, and the location of the atoms on the surface can be determined. An interface model utilizing atoms that are located in the same place on the complex and the molecule can be calculated. Properties of the interface can be utilized to analyze the interaction between the two molecules.

Methods for modeling and analysis of interface between point patterns

Facilitation of monitoring and analysis of user motion is performed to facilitate detecting when a user has fallen. A device can comprise a housing configured to attach to a body part of a human, a sensor module configured to capture motion data corresponding to motion of an object to which the device is attached, and a communication module configured to communicatively couple the sensor module to another device and transmit the motion data to the other device, wherein the motion data is configured to be analyzed by the other device to determine a type of the motion of the object, and in response to a determination that the type of motion is a falling motion, the other device is configured to activate a notification mechanism to notify an entity that the human has fallen.

Monitoring user activity using wearable motion sensing device

A method for tracking a biological cell in an image sequence with at least a first image and a second image includes the steps of: identifying a plurality of biological cells in the first image and a plurality of biological cells in the second image; determining matching probability of a biological cell in the second image with a biological cell in the first image, based on relative positional relationships between the plurality of biological cells in the first image and relative positional relationships between the plurality of biological cells in the second image; and determining, based on the determined matching probability, a matching result relating to whether the biological cell in the second image matches with the biological cell in the first image. A match indicates that the biological cell in the second image corresponds with or originates from the corresponding biological cell in the first image.

Method for tracking an object in an image sequence

Gene expression, or other data is analyzed for the presence of biclusters. The data is represented as geometric data. Lines, planes and/or hyperplanes are detected in the geometric data using a transform such as a Hough Transform or its variations. The detected lines, planes and hyperplanes are analyzed to determine if they correspond to biclusters in the original data.

Growing community of inventors

Glebe, Australia

Hong Yan