Abstract: A method for acquiring a virtual frame number and a virtual slot number at a virtualization platform is provided. The virtualization operating system receives a command for creating a virtual server sent from a virtualization management platform. In response to the command for creating a virtual server, the virtualization operating system creates a virtual server on a board. After creating the virtual server, the virtualization operating system sends a frame number request message carrying an identifier of the virtual server to the virtualization management platform. The virtualization operating system receives a virtual frame number corresponding to the identifier of the virtual server sent from the virtualization management platform. The virtualization operating system obtains a virtual slot number corresponding to the identifier of the virtual server according to the virtual frame number.

Abstract: The present invention discloses a blade server and a service scheduling method of the blade server. The method includes the following steps. According to the requirement for processing capability of a service, a blade is selected for a logical partition storing the service data (A1); an identifier of the logical partition storing the service data is issued to the selected blade (A2); the blade starts the service from the logical partition corresponding to the identifier of the logical partition (A3), realizing the dynamic distribution of blades according to the service requirement, and enabling a high-performance blade to be selected at the peaks of the service, so as to ensure that the service is processed normally; while at the valleys of the service, a blade having relatively low performance is used to release the high-performance blade for processing other services.

Abstract: The present invention discloses a blade server and a service scheduling method of the blade server. The method includes the following steps. According to the requirement for processing capability of a service, a blade is selected for a logical partition storing the service data (A1); an identifier of the logical partition storing the service data is issued to the selected blade (A2); the blade starts the service from the logical partition corresponding to the identifier of the logical partition (A3), realizing the dynamic distribution of blades according to the service requirement, and enabling a high-performance blade to be selected at the peaks of the service, so as to ensure that the service is processed normally; while at the valleys of the service, a blade having relatively low performance is used to release the high-performance blade for processing other services.