Abstract: A menu system for a multifunctional software application on a mobile phone with a keypad is provided, including a menu activatable by a predetermined key on the keypad, preferably the “#” key; said menu offering a plurality of selections laid out in rows of three; wherein said selections are selectable by actuation of a key on said keypad corresponding to the layout of the menu.

Abstract: A many-to-one transmission and information display method via local area network is implemented in a local area network comprising a first electronic device, at least one second electronic device, and at least one processing device connected to an output device to display information. In this method, a predetermined display information to be transmitted to the processing device is adjusted in advance based on a frame layout by the first electronic device and the second electronic device, respectively; then the adjusted predetermined display information is transmitted to the processing device to be integrated into the display information for the output device to display, thereby reducing the amount of data for transmission and the computation of integration process. A many-to-one transmission and information display system via local area network is also disclosed.

Abstract: A method for improving fluency of video and audio data display includes a frame display time computation process, which calculates a best time interval according to a first GOP and utilizes the best time interval to display the frames in a second GOP after the first GOP. The method may further comprise a dynamic compensation process, which calculates a compensation time interval and utilizes it to display the frames in a third GOP after the second GOP to compensate the time error of the second GOP. Such steps will continue until the display of all GOPs has been performed or the operation has been stopped. The invention also disclosed a system for improving fluency of video and audio data display.

Abstract: A telecommunications assignment system is provided. The system typically includes assignment logic, collection logic and graphical user interface logic. The assignment logic assigns telecommunications equipment and ports to network elements. The collection logic receives the assignments from the assignment logic and stores the assignments in a database. The graphical user interface logic retrieves assignments from the database, and displays the assignments to a user in a graphical format. The graphical format includes displaying the telecommunications equipment substantially similar to the physical construction of the telecommunications equipment. Methods and other systems are also provided.