Abstract: A semiconductor device package includes a carrier, an electronic component, a connection element and an encapsulant. The electronic component is disposed on a surface of the carrier. The connection element is disposed on the surface and adjacent to an edge of the carrier. The encapsulant is disposed on the surface of the carrier. A portion of the connection element is exposed from an upper surface and an edge of the encapsulant.

Abstract: A virtual mouse simulation method used in a virtual mouse driving apparatus is provided. The method has the following steps of: capturing a plurality of input images continuously; detecting a finger area from the plurality of input images; detecting a specific event of the finger area; and generating a corresponding virtual mouse control command according to the specific event.

Abstract: A method, system, electronic device, and non-transitory computer readable storage medium for behavior based user interface layout display are provided. The method includes: displaying service information on an user interface in the form of a first layout arrangement with a first set of components, receiving a service information request from the user interface, establishing an user profile based on the service information request, reconfiguring the service information based on the user profile, and displaying the reconfigured service information on the user interface in the form of a second layout arrangement with a second set of components. A size of each of the first set and the second set of the components is variable.

Abstract: A health improvement system includes at least one sensor module, a computing module, an interaction module and a database module. The sensor module is configured for detecting at least one data selected from the group consisting of user behaviors, user activities, user physical data, user psychological data, and a combination thereof, so as to generate sensor data. The computing module is configured for computing the sensor data, for generating an evaluation result to evaluate an effect for at least one user's health, for converting the sensor data and the evaluation result to at least one internal parameter, and for changing a health condition representation according to the internal parameter. The interaction module is configured for outputting the health condition representation. The database module is configured for storing the user input parameters, the sensor data, the evaluation result, the internal parameters and the health condition representation.

Abstract: A video recommendation system is provided. The video recommendation system has: an interaction device configured to receive feedback information of a video from a user, wherein the videos are composed of a plurality of video segments; a feature calculating module configured to calculate object features of at least a first video segment corresponding to the feedback information in the plurality of video segments; and an analysis module configured to recommend at least one first recommended video segment to the user from the plurality of video segments according to the calculated object features and the feedback information.

Abstract: A touch control method and handheld device utilizing the same are provided. The touch control method is disclosed, adopted by a handheld device comprising a primary touch control device and a secondary touch control device, comprising: displaying, by the primary touch control device, a screen; receiving, by the secondary touch control device, a first input; and based on the first input, determining and executing, by the controller, an operating program or an application program for generating the screen displayed on the primary touch control device; wherein the primary touch control device and the secondary touch control device are located on two different sides on the handheld device.

Abstract: An electronic decision system is provided. The electronic decision system has: an interaction apparatus configured to display a graphical interface, thereby retrieving multiple option values selected by a user; a database; and a decision module configured to retrieve at least one historical option value corresponding to the user and the multiple option values, wherein the decision module further determines a determination result according to the multiple option values, the at least one historical option value, and the at least one scenario criterion, and displays the determination result on the graphical interface of the interaction apparatus.

Abstract: A video recommendation system is provided. The video recommendation system has: an interaction device configured to receive feedback information of a video from a user, wherein the videos are composed of a plurality of video segments; a feature calculating module configured to calculate object features of at least a first video segment corresponding to the feedback information in the plurality of video segments; and an analysis module configured to recommend at least one first recommended video segment to the user from the plurality of video segments according to the calculated object features and the feedback information.

Abstract: The present invention provides a structure and method for widget personalization and widget interaction, wherein user preference keys and user preference values are generated according to user profiles and binding configurations of a plurality of widgets, and wherein the keys and values of a widget are added to URL of the widget, whereby a personalized widget is attained after the widget is reloaded. The setting data of a widget, including a plurality of element values, are stored in a document object model (DOM). When relativities exist between widgets, the related element values are transferred from one widget to other widgets through a transfer module to replace the element values in DOM of the other widgets and update the other widgets.

Abstract: The present invention is to provide a method for establishing TCP connection according to NAT (Network Address Translation) behaviors, which is applied to a network system having a NBA (NAT Behavior Aware Server) located in the Internet and connected to two NATs in two private networks respectively. The method enables two network devices in the respective private networks to send testing messages to the NBA via the respective NATs. In response, the NBA sends reply messages to each network device to test the behaviors of the NATs respectively. Afterward, each network device generates a test result message according to each behavior of the corresponding NAT and sends the same to the NBA. Based on the test result messages, the NBA selects an optimal traversal technique from candidate traversal techniques, thereby allowing the network devices to respectively and directly traverse the NATs and establish a direct TCP connection therebetween.

Abstract: A virtual mouse simulation method used in a virtual mouse driving apparatus is provided. The method has the following steps of: capturing a plurality of input images continuously; detecting a finger area from the plurality of input images; detecting a specific event of the finger area; and generating a corresponding virtual mouse control command according to the specific event.

Abstract: A method for preparing for handover of an apparatus from a first wireless network to a second, different wireless network, a master session key (MSK) having been generated during establishment of a connectivity of the apparatus to the first wireless network includes detecting signals of the second wireless network. In response thereto, establishing a connectivity of the apparatus to the second wireless network, using a pairwise master key (PMK) derived from the MSK generated during establishment of the connectivity to the first wireless network, one or more encryption keys being derivable from the PMK to support secure communication over the second wireless network.

Abstract: A method for preparing for handover of an apparatus from a first wireless network to a second, different wireless network, a master session key (MSK) having been generated during establishment of a connectivity of the apparatus to the first wireless network includes detecting signals of the second wireless network. In response thereto, establishing a connectivity of the apparatus to the second wireless network, using a pairwise master key (PMK) derived from the MSK generated during establishment of the connectivity to the first wireless network, one or more encryption keys being derivable from the PMK to support secure communication over the second wireless network.