Abstract: This disclosure provides a monitoring auxiliary device and a monitoring system. The monitoring auxiliary device is in wired connection with multiple types of sensors to obtain physiological parameter signals detected by the sensors. The monitoring auxiliary device outputs monitoring-related data in a wired manner. When not in wired connection with the monitor, the monitoring-related data is transmitted to a monitor through a wireless communication module. The monitoring auxiliary device summarizes data from various sensors and outputs said data to the monitor in a wired manner or a wireless manner, requiring very few cables to connect with the monitor, thereby reducing a workload of medical staff plugging and unplugging cables and maintaining a clean surface of patient support.

Abstract: This disclosure describes systems, methods, and devices related to decoding JPEG XS video data. A device may identify a bitstream received from a device, the bitstream encoded using JPEG XS; determine that a first slice of a video frame of the bitstream is located within a region of interest of the video frame; determine that a second slice of the video frame is not located within a region of interest of the video frame; discard the second slice based on the determination that the second slice is not located within a region of interest of the video frame; apply an inverse wavelet transformation to the first slice based on the determination that the first slice is located within a region of interest of the video frame; and generate a reconstructed video frame including the first slice and excluding the second slice.

Abstract: Methods and apparatuses for adjusting timing of a user equipment, UE, with respect to a serving cell in a wireless network An example method comprises receiving (810) from the wireless network, in or associated with a message or command changing an active configuration of the UE, an indication of whether the change in active configuration of the UE corresponds to one or both of (i) a change in Remote Radio Head, RRH, or transmission point(s), TRP(s), for transmissions from the wireless network to the UE and (ii) a change in uplink, UL, transmit timing and/or timing advance, TA, for the UE that exceeds the UE's capability to track with gradual timing adjustment procedures specified for the UE. The example method further comprises performing (820) one or more timing-adjustment operations, based on the indication.

Abstract: A training data determination method, a target detection method, a device, and a medium are provided. The method includes: obtaining a first image; performing an image generation process on the first image, to obtain at least one feature map and a second image, in which the second image is determined based on the at least one feature map, and the at least one feature map is determined based on the first image; determining, based on the at least one feature map, a target detection box corresponding to the second image; and determining training data based on the second image and the target detection box corresponding to the second image.

Abstract: The present disclosure may provide a method and a system for anomaly detection of a carrier plate. The method may be implemented by the system for anomaly detection of a carrier plate including at least a processor and a storage device. The method may include: obtaining point cloud data of the carrier plate and a subject placed on the carrier plate; obtaining at least one data block by segmenting the point cloud data; and performing an anomaly detection of the carrier plate based on the at least one data block.

Abstract: The present disclosure relates to an interaction method, device, electronic apparatus, storage medium and program product, and involves the technical field of artificial intelligence. The interaction method of the present disclosure comprises: displaying an interaction interface of a user and a first Agent, wherein the interaction interface comprises one or more operation controls of one or more interaction functions; interacting with the user via an interaction function corresponding to a first operation control, in response to triggering the first operation control in the one or more operation controls of the one or more interaction functions.

Abstract: A hard folding tonneau cover for a pickup truck bed is described. The cover assembly is affixed directly to the truck bed instead of prior art mounting frames attached to the sides of the truck bed. Each cover assembly includes a fixed bulk head panel and at least three foldable cover panels, connected to the bulk head panel, to enclose the open truck bed. A rubber hinge connector is provided between each panel to allow the panels to rotate up to 180 degree into a folded-open configuration. The panels are supported over the truck bed in a flush position by laterally projecting side frame elements. The cover panel adjacent the truck bed tail gate includes a locking latch assembly mounted exteriorly on the top surface and the bottom surface. Slam latching mechanisms mounted on the bottom cover panel surfaces secure the closed cover panels against the inside edge of the truck bed. The cover panels can be released without dropping the tailgate.

Abstract: Various embodiments described herein provide for methods that allow a location server, e.g., a Location Management Function (LMF) to facilitate determining the location of a User Equipment (UE) using multi Round Trip Time (RTT) measurements by a single satellite in a Non-Terrestrial Network (NTN) by using the orbital movement of the satellite to perform successive positioning measurements to the UE. The UE and the satellite can send their respective positioning measurements to the LMF, along with time stamps at which the positioning measurements were obtained, and the LMF, using the known location and timing of the satellite, can determine the location of the UE. The LMF can also consider the UE processing capability to configure the UE with uplink (UL) transmission time stamps indicating the start of transmission of UL reference signals for positioning measurements.

Abstract: A coding method, a decoding method, a coding apparatus, a decoding apparatus, a coder, a decoder, a code stream and a storage medium provided in the embodiments of the present application, the decoding method comprising: according to a template of a current block, determining a prediction cost of a candidate prediction mode of the current block; according to the prediction cost, determining a first prediction mode of the current block; according to the first prediction mode, determining a reference template of the template; according to the reference template and the template, determining a first model parameter; and, according to the first prediction mode and the first model parameter, performing intra prediction on the current block to obtain a prediction value of the current block.

Abstract: A decoding method includes the following. A bitstream is parsed to determine first flag information, where the first flag information indicates that a DIMD Merge mode is used for a current block. Multiple search positions around the current block are determined according to the first flag information, where the multiple search positions include a spatial non-adjacent position of the current block. Gradient information to be blended is determined according to the multiple search positions. A prediction value of the current block is determined according to the gradient information to be blended.

Abstract: Provided herein are certain fused multicyclic compounds with a multicyclic linker, such as a compound of Formula (I), as PARP1 inhibitors, pharmaceutical compositions comprising the compounds, and method of use of the compounds or pharmaceutical compositions in the treatment of diseases or disorders.

Abstract: The present application relates to a neural network with fused operators. The neural network comprises a convolution operation having a convolution sub-operation and a bias sub-operation, and an element-wise operation following the convolution operation. The neural network is deployed in an artificial intelligence accelerator having a convolution unit for performing the convolution sub-operation and a single point processing unit for performing the element-wise operation. The single point processing unit comprises a plurality of sub-module circuits that are connected sequentially and configured with respective configuration parameters.

Abstract: A method (200) for delay spread management is disclosed; performed by a radio access node configured to communicate with a user device. The method comprises transmitting (220) control signaling to the user device, wherein the control signaling is indicative of a configuration of the user device to perform delay spread measurements, and receiving (270) on or more delay spread report from the user device in response to the configuration. A corresponding method for delay spread management is also disclosed; performed by a user device configured to communicate with a radio access node. The method comprises performing delay spready measurements according to a configuration indicated by control signaling received from the radio access node, and transmitting one or more delay spread report indicative of a result of the delay spread measurements to the radio access node.

Abstract: A method of recycling fibers from post-consumer nylon fabrics is performed as follows. Post-consumer nylon textiles are crushed to obtain crushed textiles, which are fed to a two-stage screw machine, and transported to a compression zone, a melting zone, and a metering zone in sequence. Then the crushed textiles are subjected to water cooling, air cooling, granulation and drying to obtain nylon fabric chips, which are subjected to secondary granulation. The nylon fabric chips and a nylon-6 masterbatch are fed into a composite core screw and a skin screw to obtain a mixed melt, which is fed into a spinning box and compounded to obtain a coated filament bundle. The coated filament bundle is ejected for monomer suction, and subjected to primary cooling by lateral blowing, cluster oiling, secondary cooling, stretched shaping and winding to obtain recycled fibers.

Abstract: A bonding system for bonding an electronic component to a base member includes a first container for forming a first inert environment where the base member is locatable during bonding of the electronic component. A first plasma cleaning device is located in the first container to clean the electronic component and/or the base member by removing metal oxides therefrom. A second plasma cleaning device is also provided to clean the electronic component by removing organic contaminants therefrom before the electronic component is conveyed into the first container. A bond head is movably installed in the first container to bond the electronic component to the base member after the electronic component and/or the base member have been cleaned by the first plasma cleaning device.