Abstract: A method of controlling power consumption in a computer uses a power management program installed on the computer to detect the identities of processes running on the computer which maintain the computer in a high power state in the absence of input activity. The program compares the identity of the or each process running on the computer with a set of identities of previously identified processes and causes the computer to adopt a low power state if the detected identity of a process, or the detected identities of all the processes, running on the computer is/are in the set of previously identified processes.

Abstract: An operating system deployment arrangement provides a database connected to a network for use in monitoring the boot status of machines connected to sub-networks of the network. A workstation connected to a sub-network is adapted to act as a server for a pre-installation environment to machines newly connecting to the sub-network or at the same geographical location. The workstation carries a program for detecting boot initiation messages broadcast on the sub-network and for progressing booting of newly connecting machines in accordance with boot action data held by the database. In particular, the workstation also sends a software agent and operating system deployment processes to a newly connected machine and the agent takes over progression of the booting process from the workstation. The data held in the database for any one machine is updated as booting progresses.

Abstract: A method of controlling power consumption in a computer uses a power management program installed on the computer to detect the identities of processes running on the computer which maintain the computer in a high power state in the absence of input activity. The program compares the identity of the or each process running on the computer with a set of identities of previously identified processes and causes the computer to adopt a low power state if the detected identity of a process, or the detected identities of all the processes, running on the computer is/are in the set of previously identified processes.

Abstract: An operating system deployment arrangement provides a database connected to a network for use in monitoring the boot status of machines connected to sub-networks of the network. A workstation connected to a sub-network is adapted to act as a server for a pre-installation environment to machines newly connecting to the sub-network or at the same geographical location. The workstation carries a program for detecting boot initiation messages broadcast on the sub-network and for progressing booting of newly connecting machines in accordance with boot action data held by the database. In particular, the workstation also sends a software agent and operating system deployment processes to a newly connected machine and the agent takes over progression of the booting process from the workstation. The data held in the database for any one machine is updated as booting progresses.

Abstract: A method and apparatus for automatically creating a play list from search criteria. A user inputs at least one search parameter for a store of music files. The player then builds a search query from the search parameter and any other search parameters entered. The query is stored in such a manner that the query is associated with a particular play list name. When the user desires to play that play list, the entry of the play list name causes the query to be executed and a list of objects is obtained. The list of objects may in turn contain other queries, which are then executed as well.

Abstract: A method and apparatus for automatically creating a play list from search criteria. A user inputs at least one search parameter for a store of music files. The player then builds a search query from the search parameter and any other search parameters entered. The query is stored in such a manner that the query is associated with a particular play list name. When the user desires to play that play list, the entry of the play list name causes the query to be executed and a list of objects is obtained. The list of objects may in turn contain other queries, which are then executed as well.