Abstract: A method of activating an ice removal system of a wind turbine comprises: monitoring the output power of the wind turbine; monitoring an output from an ice sensor provided on the wind turbine indicative of an atmospheric icing condition; and activating the ice-removal system when the output power is below an expected output power and the output from the ice sensor indicates that an atmospheric icing condition has ended.

Abstract: A bus allocation system includes at least one connector coupled to a plurality of devices, and a processing subsystem that includes at least one root port that is coupled to the at least one connector. The processing system executes instructions that are stored on a memory subsystem in order to provide a Basic Input Output System (BIOS) that is configured, during a boot process, to assign temporary bus values to each of the plurality of devices that are coupled to the connector. Based on the assigned temporary bus values, the BIOS detects each link that couples each of the plurality of devices to the connector, and determines a bus allocation count based on the detected links. The BIOS then allocates a number of buses for the at least one root port based on the bus allocation count.

Abstract: A bus allocation system includes at least one connector coupled to a plurality of devices, and a processing subsystem that includes at least one root port that is coupled to the at least one connector. The processing system executes instructions that are stored on a memory subsystem in order to provide a Basic Input Output System (BIOS) that is configured, during a boot process, to assign temporary bus values to each of the plurality of devices that are coupled to the connector. Based on the assigned temporary bus values, the BIOS detects each link that couples each of the plurality of devices to the connector, and determines a bus allocation count based on the detected links. The BIOS then allocates a number of buses for the at least one root port based on the bus allocation count.

Abstract: A method, system, software, and processor for initializing information systems operating in headless and non-headless environments are presented. In one form, an information system includes a server platform operably associated with a platform BIOS and a service processor communicatively coupled to the platform BIOS. The service processor employs a platform boot monitor operable to provide an initialization mode of the server platform and may provide a flash update mode for updating a system BIOS.

Abstract: A computer system comprises an platform hardware domain coupled to a service processor hardware domain. An information passing arrangement provided between the hardware domains is configured for enabling information to be transferred between the service processor hardware domain and the platform hardware domain. The service processor hardware domain includes a first physical layer network device and the operating platform hardware domain includes a second physical layer network device, thus providing a network interface for a respective one of the hardware domains and enabling asynchronous transfer of information between the hardware domains.

Abstract: One embodiment of the disclosures made herein is a method for facilitating service processor-based system discovery and configuration. In accordance with such an embodiment, an operation is performed for tracking status information of a system component of a platform-side operating system in a data processing system. A service processor of the data processing system facilitates tracking the status information. Probing a device driver associated with the system component and receiving corresponding status information from the device driver is an example of facilitating tracking of the status information. In response to and/or in conjunction with tracking status information, an operation is performed by the service processor for enabling access of at least a portion of said status information the platform firmware.