Abstract: A resource scheduling method, applied to the field of high-performance computing, including: obtaining a binding relationship between a process group and a processor, where the binding relationship indicates a binding relationship between at least one slave thread of a first process group in at least one process group and a plurality of processor cores in the processor, and the first process group is any process group in the at least one process group; then monitoring a working state of a first processor core, where the first processor core is any processor core in the plurality of processor cores; and when the first processor core is in an idle state, scheduling the first processor core to run a first slave thread based on the binding relationship, where the first slave thread is any slave thread that has a binding relationship with the first processor core in the first process group.

Abstract: A conductive mounting structure for a lighting lamp. The lighting lamp comprises a first assembly (1) connected to a power supply and a second assembly (2) having a light source; the first assembly (1) comprises a first mounting member (11), and the second assembly (2) comprises a second mounting member (21). The first assembly (1) and the second assembly (2) are connected by using a connection structure. The connection structure comprises a contact (3), and a conductive component (4) conducted after being in contact with the contact (3), the contact (3) and the conductive component (4) are respectively provided on the first mounting member (11) and the second mounting member (21), and the contact (3) is in contact with the conductive component (4) after the first assembly (1) and the second assembly (2) are assembled and combined.

Abstract: A power prediction method includes obtaining evaluation metrics of models in a model pool, where the evaluation metrics are used to indicate precision of the models; selecting, based on the evaluation metrics, a first model for a power prediction on a first electrical unit; and presenting a result of the power prediction of the first electrical unit using the first model.

Abstract: This application provides example methods and systems for supplying power to a device, and example related devices, and relates to the field of energy technologies. One example method includes predicting power load of the device in a first electricity price interval, where the first electricity price interval is a continuous time period in which electricity prices are the same. A power supply policy can then be selected for the device based on the power load of the device in the first electricity price interval, a quantity of stored electric charges of a power storage device at a first moment, and an electricity price at the first moment. Power can then be supplied to the device based on the selected power supply policy.