Abstract:
A battery powered computer system (C) monitors the address bus (20) to determine when selected peripheral devices have not been accessed for a preset amount of time. When the preset amount of time has passed the system powers itself down and stops the system clock, placing it in a standby mode. The system is awakened by depressing a standby switch, unless there is insufficient energy in the batteries, under which circumstances an AC power source must be connected before the system can be re-awakened.
Abstract:
A battery powered computer system (C) monitors the address bus (20) to determine when selected peripheral devices have not been accessed for a preset amount of time. When the preset amount of time has passed the system powers itself down and stops the system clock, placing it in a standby mode. The system is awakened by depressing a standby switch, unless there is insufficient energy in the batteries, under which circumstances an AC power source must be connected before the system can be re-awakened.
Abstract:
A dynamically configurable computer system which includes means for storing former and sensed current system configuration data and for automatically reconfiguring the system without user interaction.
Abstract:
A battery powered computer system which monitors the address bus to determine when a peripheral device has not been accessed for a preset amount of time is described. When the preset amount of time has passed the system enters a reduced power consumption state by at least reducing power to the peripheral device.
Abstract:
A battery powered computer system (C) monitors the address bus (20) to determine when selected peripheral devices have not been accessed for a preset amount of time. When the preset amount of time has passed the system powers itself down and stops the system clock, placing it in a standby mode. The system is awakened by depressing a standby switch, unless there is insufficient energy in the batteries, under which circumstances an AC power source must be connected before the system can be re-awakened.
Abstract:
A method for use in a computer system having buses identifiable by bus identifiers and having an expansion card slot capable of being connected to one of the buses and capable of receiving an expansion card. The method includes assigning the bus identifiers to the buses according to an assignment sequence. The method determines if there is an expansion card that can be accessed via the slot. If not, at least one of the bus identifiers for the slot is reserved in accordance with the assignment sequence. Memory space and I/O space may also be reserved for the slot if the expansion card cannot be accessed.
Abstract:
A battery powered computer system (C) monitors the address bus (20) to determine when selected peripheral devices have not been accessed for a preset amount of time. When the preset amount of time has passed the system powers itself down and stops the system clock, placing it in a standby mode. The system is awakened by depressing a standby switch, unless there is insufficient energy in the batteries, under which circumstances an AC power source must be connected before the system can be re-awakened.
Abstract:
A dynamically configurable computer system which includes means for storing former and sensed current system configuration data and for automatically reconfiguring the system without user interaction.
Abstract:
A battery powered computer system (C) monitors the address bus (20) to determine when selected peripheral devices have not been accessed for a preset amount of time. When the preset amount of time has passed the system powers itself down and stops the system clock, placing it in a standby mode. The system is awakened by depressing a standby switch, unless there is insufficient energy in the batteries, under which circumstances an AC power source must be connected before the system can be re-awakened.