Abstract: An information handling system (IHS) is provided which includes multiple radios having different architectures. The IHS also includes multiple antennas. A selected one of the radios is given priority over other of the radios to be connected to an appropriate one of the multiple antennas. The disclosed system desirably reduces the number of switches required to couple the antennas to the radios.

Abstract: An information handling system (IHS) is provided which includes a wireless section that detects the presence of an available wireless network on which the IHS can communicate. When an initialize scan switch is actuated, the wireless section is powered up to perform a scan while other sections of the IHS remain unpowered. In this manner, an available wireless network can be detected without fully powering up the IHS to check for wireless network connections.

Abstract: A method to deploy wireless network security with a wireless router is disclosed. In one aspect, the present disclosure teaches a method for activating a wireless network security with a wireless host including establishing a communication connection with a client. The method further includes, in response to the communication connection, automatically requesting from the client a determination of whether to activate the wireless network security. The method further includes, upon receipt of the determination to activate the wireless security network, automatically requesting an identifier code from the client. The method further includes activating the wireless security network to secure the wireless host if the identifier code matches a unique key-code that is physically located on the wireless host.

Abstract: In a method and system for controlling a device coupled to an information handling system, an object is defined to include a hardware and software component having a corresponding hardware operating state and a software operating state. The hardware component is operable to receive at least one hardware input, which is indicative of a target hardware operating state. The software component is operable to receive at least one software input, which is indicative of a target software operating state. A coordination component is included in the software component to receive the hardware and software inputs, and control the operating state of the device in response to the target hardware operating state and the target software operating state.

Abstract: Helping users to track the contents (e.g., files) stored on various types of storage media without requiring the user to insert the storage media into a read device of a machine, such as a floppy drive of a personal computer, and/or helping users to locate desired content (e.g., a file) without having to insert numerous storage media into a read device of a machine. The contents of a given storage medium may be determined by associating a machine-readable label with each machine-readable medium, and the contents thereof. When a user wants to know the contents of the machine-readable medium, they merely need to have another device (e.g., a Palm Pilot provided with a bar code scanner) read the label. The device may include a database synchronized with a database managed by the machine which is used to write content to, and/or read content from, the machine-readable medium.

Abstract: A modular distributed I/O system includes a computer coupled to module banks through a network bus. A module bank includes a communication module, terminal bases, and I/O modules. The adjoined terminal bases form a local bus mastered by the communication module. The I/O modules connect to the local bus through terminal bases. I/O modules are pluriform and programmable. The communication module maintains a memory image of the configuration state of each I/O module resident in the module bank. A memory image persists when an I/O module is removed from its terminal base. The memory image is used to configure a new I/O module which is inserted into the same terminal base. The communication module monitors for communication failure on the network bus, and is configured to capture the state of the module bank and automatically restore this captured state after a power-loss event. The terminal bases realize a local bus which includes a parallel bus, a serial bus, and an address assignment bus.

Abstract: A modular distributed I/O system includes a computer coupled to module banks through a network bus. A module bank includes a communication module, terminal bases, and I/O modules. The adjoined terminal bases form a local bus mastered by the communication module. The I/O modules connect to the local bus through terminal bases. I/O modules are pluriform and programmable. The communication module maintains a memory image of the configuration state of each I/O module resident in the module bank. A memory image persists when an I/O module is removed from its terminal base. The memory image is used to configure a new I/O module which is inserted into the same terminal base. The communication module monitors for communication failure on the network bus, and is configured to capture the state of the module bank and automatically restore this captured state after a power-loss event. The terminal bases realize a local bus which includes a parallel bus, a serial bus, and an address assignment bus.

Abstract: A modular distributed I/O system includes a computer coupled to module banks through a network bus. A module bank includes a communication module, terminal bases, and I/O modules. The adjoined terminal bases form a local bus mastered by the communication module. The I/O modules connect to the local bus through terminal bases. I/O modules are pluriform and programmable. The communication module maintains a memory image of the configuration state of each I/O module resident in the module bank. A memory image persists when an I/O module is removed from its terminal base. The memory image is used to configure a new I/O module which is inserted into the same terminal base. The communication module monitors for communication failure on the network bus, and is configured to capture the state of the module bank and automatically restore this captured state after a power-loss event. The terminal bases realize a local bus which includes a parallel bus, a serial bus, and an address assignment bus.