Abstract: A positioning-based virtual business operation system includes a seller equipment having a positioning device for acquiring positioning information of the seller equipment and a data transmitting/receiving device for transmitting the positioning information; an operation platform having a business information interface for receiving the positioning information of the seller equipment and updating location information of the seller equipment in the business information interface; and an operator equipment for transmitting operation service information to the operation platform via a network and adjusting service information of the seller equipment or operator information in the business information interface, thereby allowing consumers, mobile sellers, operators of virtual business, and operators of portal sites to benefit from the system and thus creating an all-beneficial business running pattern.

Abstract: A data processing system and method integrated with positioning technology are provided. A plurality of mobile devices perform data processing on positioning signals received from a positioning device. The mobile devices together form at least a communication group. One of the mobile devices receives coordinate information from the other one or more of the plurality of mobile devices of the at least a communication group via a wireless signal transceiver module. A data computation module performs computation on the coordinate information to obtain group information, and transmits the group information via the wireless signal transceiver module such that all of the plurality of mobile devices of the at least a communication group are allowed to obtain the group information. Known problems, that is, conventional mobile devices fail to receive coordinate information from one another and thereby fail to interact with one another, are solved by the system and method.

Abstract: The biometrics verification system uses an application server and an authentication server, where the application server and the authentication server operate in parallel. The application server has a BIC card read module, a BIC card verification module, and a result display module. Whereas, the authentication server has a facial detection module, a facial feature extraction module, and a facial feature matching module. The BIC card read module reads source facial features from a BIC card. The BIC card verification module verifies the source facial features. The result display module displays matching results generated by the facial feature matching module. The facial detection module detects target facial images. The facial feature extraction module extracts target facial features from the target facial images. The facial feature matching module matches the target facial features with the source facial features transmitted via the secure channel service.

Abstract: The biometrics verification system uses an application server and an authentication server, where the application server and the authentication server operate in parallel. The application server has a BIC card read module, a BIC card verification module, and a result display module. Whereas, the authentication server has a facial detection module, a facial feature extraction module, and a facial feature matching module. The BIC card read module reads source facial features from a BIC card. The BIC card verification module verifies the source facial features. The result display module displays matching results generated by the facial feature matching module. The facial detection module detects target facial images. The facial feature extraction module extracts target facial features from the target facial images. The facial feature matching module matches the target facial features with the source facial features transmitted via the secure channel service.

Abstract: A method of optimal contention region allocation for medium access control in multipoint-to-point networks, and in particular a method of obtaining optimal contention region allocation so that to achieve optimal throughput. The method establishes an optimal table so that the object of optimal allocation to reduce collision for medium access in multipoint-to-point networks can be achieved. Based on the aspects of present invention, optimal throughput can be achieved, thus reducing the wastage of bandwidth.

Abstract: The present invention comprises a ballpoint pen with self-illumination, comprising a writing device and an illuminating device. The two independent parts, the writing device and the illuminating device, are coupled together by a screw joint. Said illuminating device is equipped with a lamp to emit light which is reflected via a lamp reflector and a light reflecting sleeve, through the pen holder of the writing device so as to light up a writing surface.