Abstract: A scene switching system and method applicable to a plurality of media channels and a recording medium thereof are provided, which are used for switching and playing scenes for a plurality of media channels. Such a system includes a channel connection module and a media switching module. The channel connection module acquires first media data and second media data from a first media channel and a second media channel. The media switching module, when determining that a first switching setting corresponding to the first media data is set to be activated and the second media data is being played, analyzes whether a first playing scene of the first media data agrees with scene demand data of the first switching setting, and decides whether to perform switching processing on the first playing scene according to the first switching setting.

Abstract: A screen unlocking method with time information, a screen unlocking system with time information, and a recording medium are provided, and the method is applicable to an electronic device. The unlocking method includes the following steps: first, obtaining unlocking information through a detection module, where the unlocking information includes an unlocking instruction set and an unlocking time series; judging, by using an operation processing module, whether the unlocking instruction set and the unlocking time series in the unlocking information conform to a preset unlocking instruction set and a preset unlocking time series in preset unlocking information respectively; and if the unlocking instruction set and the unlocking time series conform to the preset unlocking instruction set and the preset unlocking time series respectively, enabling a touch display module to be unlocked and to correspondingly enter an operation picture with an application function.

Abstract: A multiple input multiple output (MIMO) antenna system, a signal transmission method, a signal transmission apparatus and a computer program product for the MIMO antenna system are provided. The signal transmission method comprises the following steps of transmitting a signal with a first signal transmission mode and a first transmission power via a signal transmission channel; receiving a signal to noise ratio (SNR) of the signal; receiving an interference value of the signal transmission channel; obtaining a power weight value according to the interference value; determining a system threshold of the signal transmission channel to the SNR of the signal; determining a second signal transmission mode of the signal transmission channel based on the system threshold; and determining a second transmission power of the signal transmission channel according to the power weight value.

Abstract: A mobile communication method includes the following steps: several first base stations and at least one second base station are provided. Wherein, each of the first base stations can cover a smaller area than the second base station can. A registration signal is received from a mobile communication device. If the registration signal is received through one of the first base stations, service is provided to the mobile communication device through the first base station receiving the registration signal, and a first base station list, which includes information of the first base stations, is transmitted to the mobile communication device. The mobile communication device measures signal strength of the first base stations according to the first base station list. The mobile communication device transmits another registration signal to the first base station with the strongest measured signal strength.

Abstract: A mobile communication method includes the following steps: several first base stations and at least one second base station are provided. Wherein, each of the first base stations can cover a smaller area than the second base station can. A registration signal is received from a mobile communication device. If the registration signal is received through one of the first base stations, service is provided to the mobile communication device through the first base station receiving the registration signal, and a first base station list, which includes information of the first base stations, is transmitted to the mobile communication device. The mobile communication device measures signal strength of the first base stations according to the first base station list. The mobile communication device transmits another registration signal to the first base station with the strongest measured signal strength.

Abstract: A gateway module, a communication method, and a computer program product thereof are provided. The gateway module is adapted for use in a network framework comprising a mobile station, a plurality of interworking units, a first wireless network, and a second wireless network. The mobile station is located within the signal coverage of the first wireless network and the second wireless network, and accepts network service provided by the first wireless network. The gateway module receives a handover request signal of the first wireless network, selects a handover interworking unit from the interworking units according to the handover request signal, and transmits the handover request signal to the second wireless network. Thereby, the mobile station can handover to the second wireless network to accept the network service provided by the second wireless network.

Abstract: A data transmission system for dynamically adjusting a protocol data unit (PDU) length and a method thereof are provided. The data transmission system at least includes a transmitting terminal and a receiving terminal. After a connection is established between the transmitting terminal and the receiving terminal, data is transmitted through a predetermined first data message PDU. When the receiving terminal found that an error rate of the PDU is excessively high, a second data message PDU length is calculated, and the transmitting terminal is informed to use the most appropriate PDU length to transmit data. The data transmission system dynamically adjusts the PDU length to achieve the effect of enhancing the data transmission capacity, so as to solve the problems concerning power consumption and interference between users caused by the process of enhancing the data transmission capacity by way of increasing the transmission power.

Abstract: A multiple input multiple output (MIMO) antenna system, a signal transmission method, a signal transmission apparatus and a computer program product for the MIMO antenna system are provided. The signal transmission method comprises the following steps of transmitting a signal with a first signal transmission mode and a first transmission power via a signal transmission channel; receiving a signal to noise ratio (SNR) of the signal; receiving an interference value of the signal transmission channel; obtaining a power weight value according to the interference value; determining a system threshold of the signal transmission channel to the SNR of the signal; determining a second signal transmission mode of the signal transmission channel based on the system threshold; and determining a second transmission power of the signal transmission channel according to the power weight value.

Abstract: A data transmission system for dynamically adjusting a protocol data unit (PDU) length and a method thereof are provided. The data transmission system at least includes a transmitting terminal and a receiving terminal. After a connection is established between the transmitting terminal and the receiving terminal, data is transmitted through a predetermined first data message PDU. When the receiving terminal found that an error rate of the PDU is excessively high, a second data message PDU length is calculated, and the transmitting terminal is informed to use the most appropriate PDU length to transmit data. The data transmission system dynamically adjusts the PDU length to achieve the effect of enhancing the data transmission capacity, so as to solve the problems concerning power consumption and interference between users caused by the process of enhancing the data transmission capacity by way of increasing the transmission power.

Abstract: A communication system, a method for extending stand-by time, and a computer readable medium therefor are provided. The communication system includes a mobile communication apparatus and a core network. The method and the computer readable medium therefor perform the following steps. When the mobile communication apparatus is in a low battery situation or required to enter a power saving mode by a user, it sends a signal to the core network to request to enter the power saving mode. After receiving the signal, the core network reduces a data quantity transmitted to the mobile communication apparatus, and thereby the purpose of extending stand-by time is achieved.