Abstract:
The present application discloses a UE, network node, and method for determining a transmitting manner of a downlink signal of a cell. The UE obtains first attribute indication information of a first cell, where the first cell is any cell other than a cell serving the UE, and the first attribute indication information of the first cell includes at least one of: a radio access standard supported for signal transmitting by the first cell, a frequency band supported for signal transmitting by the first cell, an PCI supported for signal transmitting by the first cell, a modulation mode supported for signal transmitting by the first cell, or an MIMO antenna mode supported for signal transmitting by the first cell; and the UE determines a transmitting manner of a downlink signal of the first cell according to the obtained first attribute indication information of the first cell.
Abstract:
An optical switch and a wavelength division multiplexing optical system are disclosed. In an embodiment an optical switch includes an input port array, an input collimator array, an input micromirror array, an output micromirror array, an output collimator array, and an output port array. All input micromirrors included in the input micromirror array can be deflected in two mutually perpendicular directions. The maximum movable ranges of reflected light that is output after all the input micromirrors reflect incident light with the same incident angle have no common intersection on a plane on which the output micromirror array is located or have a common intersection, and an area of the intersection is less than an area of a reflection region of the output micromirror array.
Abstract:
A network communications method includes receiving, by a user equipment (UE), instruction information sent by a radio network controller (RNC) in an access network, where the instruction information is used to instruct the UE to perform uplink and downlink service transmission with a macro base station and perform uplink service transmission with a micro base station in a first area, and/or perform uplink and downlink service transmission with a micro base station and perform downlink service transmission with a macro base station in a second area, and performing, by the UE, service transmission according to the instruction information.
Abstract:
A contactor drive circuit includes a power supply, a processor, a line connection and control unit, a first drive end, and a second drive end; when a contactor is connected between the first drive end and the second drive end, the processor determines, according to a value of a current flowing through the contactor, a type of the contactor connected between the first drive end and the second drive end; and according to a result of the determining, the processor controls the line connection and control unit to enable the first drive end to be electrically connected to an anode of the power supply, and controls the second drive end to be electrically connected to a cathode of the power supply.
Abstract:
The present invention provides a method and an apparatus for controlling signal contact between a user equipment and a cell. The method includes receiving a measurement reporting event sent by the user equipment, and recording an extended active set according to the measurement reporting event. The extended active set is used to store a correspondence between the user equipment and the cell and the cell is a cell that is detected by the user equipment but has not been added to an active set of the user equipment. The method also includes controlling signal contact between the user equipment and the cell according to the extended active set.
Abstract:
In a backup method, a first controller of a storage system receives a file process request, and divides the file process request into a plurality of file operations. The first controller processes each of the file operations to generate multiple pieces of file operation information. And then, the first controller writes all of the multiple pieces of file operation information into a cache protected area. When the first controller fails, it stores the multiple pieces of file operation information to a disk protected area of a disk in the storage system. After the first controller is powered on again, the first controller copies the multiple pieces of file operation information from the disk protected area to the cache protected area. And then, it writes the file operation information into a write cache. At last, the first controller stores the file operation information into a disk of the storage system.
Abstract:
In a subrack with multiple boards, in order to enable a server board and at least one client board of the multiple boards to access a same storage device, an embodiment server board acquires, physical information of at least one physical storage device. Then the server board sends a client board the physical information to enable the client board to establish a virtue storage device and receives a first request for accessing the virtual storage device sent from the client board. The server board convertes the first request for accessing the virtual storage device into a second request for accessing the physical storage device, and sends the second request for accessing the physical storage device to a storage controller connected to the physical storage device in order to enable the storage controller to send relevant data to the client.
Abstract:
A wavelength selective switch includes a first optical switching engine. The optical switching engine is configured to deflect a transmission direction of a first light sub-beam along a port direction to send a deflected first light sub-beam to a first reflector, and to deflect a transmission direction of a second light sub-beam along the port direction to send a deflected second light sub-beam to a second reflector. The first reflector reflects the deflected first light sub-beam along a dispersion direction to send a reflected first light sub-beam to a first area of a second optical switching engine. The second reflector reflects the deflected second light sub-beam along the dispersion direction to send a reflected second light sub-beam to a second area of the second optical switching engine.
Abstract:
A data feedback method is described. The method includes a second terminal sending first feedback information to a first terminal based on a sidelink. The first terminal determines, based on a receiving result of the first terminal for first data and a receiving result that is of the second terminal and that is indicated by the first feedback information, second feedback information that is sent to a network device. In this way, an energy saving requirement of the second terminal is met. Moreover, the described method ensures the network device can also determine receiving results of the first terminal and the second terminal based on the second feedback information, thereby reducing unnecessary operations performed by the network device.
Abstract:
This application discloses a communication method and apparatus. The communication method and apparatus are applicable to an Internet of Vehicles, or are applicable to fields such as D2D, intelligent driving, and intelligent network connected vehicles. The method includes: A network apparatus determines an ith sidelink transmission resource of an ith cooperation terminal apparatus, where the ith cooperation terminal apparatus belongs to N cooperation terminals, the ith sidelink transmission resource belongs to the 1st sidelink transmission resource to an Nth sidelink transmission resource, the ith sidelink transmission resource is different from a jth sidelink transmission resource, the jth sidelink transmission resource is a sidelink transmission resource that is of a jth cooperation terminal apparatus and that is determined by the network apparatus, the ith sidelink transmission resource is used by the ith cooperation terminal apparatus to send second data to a target terminal apparatus, the second data is determined based on first data sent by the network apparatus to the ith cooperation terminal apparatus, and the N cooperation terminal apparatuses and the target terminal apparatus belong to a same cooperative transmission group. The network apparatus sends the ith sidelink transmission resource to the ith cooperation terminal apparatus and the target terminal apparatus.