Acer

A method and a system for establishing a 2D-to-3D image model are provided. The method for establishing the 2D-to-3D image model includes the following steps. A 2D-to-3D image model training process is performed through a training dataset to obtain a plurality of candidate models. The candidate models are tested via a plurality of testing datasets to obtain a plurality of accuracy scores. The accuracy scores are sorted according to each of the testing datasets to obtain a plurality of accuracy rankings for the candidate models. The accuracy rankings are normalized for each of the testing datasets to obtain a plurality of standardization indicators. A comprehensive calculation is performed on the standardization indicators corresponding the testing datasets for each of the candidate models to obtain a total index score. One is selected from the candidate models according to the total index scores to obtain the 2D-to-3D image model.

A method performed by a user equipment (UE), a method performed by a network device (NW), and a user equipment (UE) are provided. In the method, a configuration for channel state information, CSI, report associated with a first event type is received. One or more event instances for a first reference signal configured by a resource set for a new beam is determined based on the first event type in a case that a reference signal receiving power, RSRP, value of the first reference signal is greater than a RSRP value of a second reference signal. An indicator for the CSI report is transmitted according to the determined event instance.

A method performed by a serving cell of a network (12) for handling a re-establishment procedure comprises: transmitting a wake up signal, WUS, configuration set to a communication device(14) (402); wherein the WUS configuration set comprises a plurality of identities, IDs, for a plurality of cells, a plurality of frequencies corresponding to the plurality of cells and a plurality of WUS configuration corresponding to the plurality of cells; wherein the plurality of cells comprise the serving cell and at least one neighbor cell of the serving cell.

An aspect of the present disclosure features git-based software generating method. The method includes, by a computing device, configuring a software output setting. The method also includes, by the computing device, receiving a QR code corresponding to code information. The method also includes, by an Al model of the computing device, analyzing the QR code to obtain the code information corresponding to the QR code. The method also includes, by the computing device, downloading codes corresponding to the code information according to the code information. The method also includes, by the computing device, outputting a software according to the codes and a software output configuration.

A method for a communication device for handling a re-establishment procedure includes initiating the re-establishment procedure (302); selecting a target cell according to a cell selection procedure (304); and determining whether the target cell is a cell that the communication device is able to camp on according to a stored system information block 1, SIB1, in response to the target cell not providing an SIB1, after selecting the target cell according to the cell selection procedure (306).

A method for a communication device for handling a re-establishment procedure includes initiating the re-establishment procedure (302); selecting a target cell according to a cell selection procedure (304); triggering an on-demand system information block 1, OD-SIB1, procedure according to a stored wake up signal, WUS, configuration to the target cell in response to at least one triggering OD-SIB1 procedure condition being fulfilled (306); determining whether the target cell is a cell that the communication device is able to camp on according to an SIB1 from the target cell (308); and transmitting a re-establishment request message to the target cell in response to the target cell being the cell that the communication device is able to camp on (310).

A method for a communication device for handling a re-establishment procedure includes initiating the re-establishment procedure (302); selecting a target cell according to a cell selection procedure (304); triggering an on-demand system information block 1, OD-SIB1, procedure according to a stored wake up signal, WUS, configuration to the target cell in response to at least one triggering OD-SIB1 procedure condition being fulfilled (306); selecting an OD-SIB1 request from a preamble pool (308); transmitting the OD-SIB1 request to the target cell at a uplink, UL, resource in the OD-SIB1 procedure (310); determining whether the target cell is a cell that the communication device is able to camp on according to an SIB1 from the target cell (312); and transmitting a re-establishment request message to the target cell in response to the target cell being the cell that the communication device is able to camp on (314).

The disclosure provides a method for training an image generation model and an electronic apparatus (100), and the method includes the following steps. A plurality of first layer outputs of a first teacher model (TM1) and a plurality of second layer outputs of a second teacher model (TM2) are obtained by inputting a training image to the first teacher model (TM1) and the second teacher model (TM2). The training image is input to a student model (SM1) to obtain a plurality of third layer outputs of the student model (SM1). A first loss between the first layer outputs and the third layer outputs is determined according to a plurality of first loss weights. A second loss between the second layer outputs and the third layer outputs is determined. The student model (SM1) is updated by using the first loss and the second loss to train the student model (SM1).

Provided are a method for dynamically adjusting hardware configuration instruction and an electronic apparatus (100). The method for dynamically adjusting hardware configuration instructions is adapted to the electronic apparatus including a basic input-output system (BIOS) device (110) and a hardware device (120). The method includes the following steps. A binary raw data file (F1) is generated according to a hardware configuration instruction set of the hardware device, wherein the hardware configuration instruction set includes at least one hardware configuration instruction. The binary raw data file is written to BIOS variable storage space (31) of the BIOS device. By executing BIOS code (B1), the hardware configuration instruction in the binary raw data file is read from the BIOS variable storage space. By executing the BIOS code, the hardware configuration instruction read from the BIOS variable storage space is written into a register (R1) of the hardware device.

A user equipment (UE) receives physical downlink (DL) shared channel (PDSCH) in a DL slot as scheduled using a DL control indicator (DCI). The UE identifies that the DL slot is part of a group of DL slots based on the DCI and/or another DCI corresponding to the group. The UE identifies one or more uplink (UL) slots at which to transmit hybrid automatic repeat request (HARQ) feedback corresponding to the slots in the group, and transmits the HARQ feedback information at one of these UL slots. In some cases, if HARQ feedback information is not received, a semi-static codebook may prevent HARQ payload size misalignment.