Abstract: A routing system for use in an IoT apparatus is proposed to include a router device. A control module of the router device determines whether to execute a routing process relating to an input message based on environment information, status information and a conflict management mechanism that relate to the router device. In the routing process, the control module executes channel operations when the input message includes a channel management instruction, and executes, when the input message relates to authentication or an application program, a relevant verification procedure or the application program.

Abstract: A routing system for use in an IoT apparatus is proposed to include a router device. A control module of the router device determines whether to execute a routing process relating to an input message based on environment information, status information and a conflict management mechanism that relate to the router device. In the routing process, the control module executes channel operations when the input message includes a channel management instruction, and executes, when the input message relates to authentication or an application program, a relevant verification procedure or the application program.

Abstract: A mobile device includes a baseband module, an electronic card slot and a control module. A control unit of the control module is configured to control a switching unit to operate in a first transmission mode, such that the baseband module is able to communicate with an electronic card that is connected to the electronic card slot, based on a baseband signal received from the baseband module. The control unit is further configured to control the switching unit to operate in a second transmission mode, such that the control unit that executes an executable program is able to communicate with the electronic card that is connected to the electronic card slot.

Abstract: A mobile device includes an electronic card slot to be connected to an electronic card, and a baseband module. The baseband module includes a baseband unit, a switching unit, and a control unit. When it is determined by the control unit that the electronic card conforms with a subscriber identification communication protocol, the baseband unit and the electronic card slot are electrically interconnected via the switching unit such that the baseband unit is able to communicate with the electronic card that is connected to the electronic card slot. When the determination is otherwise, the baseband unit and the electronic card slot are electrically interconnected via the control unit.

Abstract: In a method for processing a data transfer, an electronic device accesses card-specific data and a card account number from a data-storing card. The electronic device generates a device-generated authentication number which is associated with the data transfer, and which is transmitted, together with the card account number and the card-specific data, to a network platform. The network platform compares an inputted authentication number from a portable device and the device-generated authentication number, and transmits to-be-transferred data to the portable device when the authentication numbers correspond with each other.

Abstract: A program calling method is to be implemented by a control module, which uses a first channel during execution of a first Java applet, and includes creating a virtual channel that corresponds to a second channel when the first Java applet intends to call a second Java applet which is to be executed using the second channel, in response to a channel management instruction associated with the virtual channel, opening the second channel for allowing execution of the second Java applet, determining whether the virtual channel is still open, and receiving an output from the second Java applet for use by the first Java applet when it is determined that the virtual channel is still open.

Abstract: A method of signal transmission is to be implemented by a control module of an electronic device. The control module includes a first input/output (I/O) port to be coupled to an input module, a second I/O port to be coupled to an output module, and a control unit. In the method, the control unit is configured to electrically interconnect the first I/O port and the second I/O port such that the input module is able to communicate with the output module, or to open a specific channel and to temporarily stop transmission within other channels, based on a signal or instruction received from the input module.

Abstract: In a method for processing a data transfer, an electronic device accesses card-specific data and a card account number from a data-storing card. The electronic device generates a device-generated authentication number which is associated with the data transfer, and which is transmitted, together with the card account number and the card-specific data, to a network platform. The network platform compares an inputted authentication number from a portable device and the device-generated authentication number, and transmits to-be-transferred data to the portable device when the authentication numbers correspond with each other.

Abstract: A mobile device includes an electronic card slot to be connected to an electronic card, and a baseband module. The baseband module includes a baseband unit, a switching unit, and a control unit. When it is determined by the control unit that the electronic card conforms with a subscriber identification communication protocol, the baseband unit and the electronic card slot are electrically interconnected via the switching unit such that the baseband unit is able to communicate with the electronic card that is connected to the electronic card slot. When the determination is otherwise, the baseband unit and the electronic card slot are electrically interconnected via the control unit.

Abstract: A program calling method is to be implemented by a control module, which uses a first channel during execution of a first Java applet, and includes creating a virtual channel that corresponds to a second channel when the first Java applet intends to call a second Java applet which is to be executed using the second channel, in response to a channel management instruction associated with the virtual channel, opening the second channel for allowing execution of the second Java applet, determining whether the virtual channel is still open, and receiving an output from the second Java applet for use by the first Java applet when it is determined that the virtual channel is still open.

Abstract: A mobile device includes a baseband module, an electronic card slot and a control module. A control unit of the control module is configured to control a switching unit to operate in a first transmission mode, such that the baseband module is able to communicate with an electronic card that is connected to the electronic card slot, based on a baseband signal received from the baseband module. The control unit is further configured to control the switching unit to operate in a second transmission mode, such that the control unit that executes an executable program is able to communicate with the electronic card that is connected to the electronic card slot.

Abstract: A method of signal transmission is to be implemented by a control module of an electronic device. The control module includes a first input/output (I/O) port to be coupled to an input module, a second I/O port to be coupled to an output module, and a control unit. In the method, the control unit is configured to electrically interconnect the first I/O port and the second I/O port such that the input module is able to communicate with the output module, or to open a specific channel and to temporarily stop transmission within other channels, based on a signal or instruction received from the input module.