Abstract: An information handling system may include a host system including a host system processor, and a management controller including a management controller processor and a management controller storage resource. The information handling system may be configured to: store critical data in the management controller storage resource; and transmit the critical data to a network switch that is communicatively coupled to the information handling system, wherein the network switch is configured to store a backup copy of the critical data.

Abstract: Embodiments of this application provide an image frame stabilization method and apparatus. The method includes: receiving a first operation of a user; starting a camera application in response to the first operation, and successively performing drawing and rendering to obtain a first image frame, a second image frame, and a third image frame; compositing the first image frame to obtain a first composited image frame, compositing the second image frame to obtain a second composited image frame, and compositing the third image frame to obtain a third composited image frame, respectively based on a first frame rate; and a terminal device displays the first composited image frame in a first period, displays the second composited image frame in a second period, and displays the third composited image frame in a third period.

Abstract: A system and method for clean and low-carbon in-situ disposal of waste incineration fly ash includes a waste incineration system and a fly ash disposal system. The fly ash disposal system includes a water washing system, an MVR system, and a dioxin removal system. The water washing system includes a water washing device and a press filtering device. The dioxin removal system includes a heating device, an activated carbon adsorption device, and a heat pump system. The MVR system includes a crystallizer, a heater, a vapor compressor, and other equipment. The waste incineration system is coupled with the fly ash disposal system nearby to achieve in-situ disposal of fly ash, avoiding the logistics cost and secondary pollution problems of long-distance transportation of fly ash, and greatly reducing energy and water resource consumption.

Abstract: A method of decoding a bitstream to get one or more pictures for a video stream includes: receiving a bitstream; and decoding the bitstream to get the one or more pictures. The decoding includes: decoding a picture unit comprising one or more supplemental enhancement information (SEI) messages; and generating the one or more pictures based on a key picture and the one or more SEI messages, respectively.

Abstract: Methods and systems implement interpolation filters for motion prediction, and more specifically interpolation filters for template matching and decoder-side motion vector refinement (“DMVR”). A VVC and later standard encoder and a VVC and later standard decoder can configure one or more processors of a computing system to signal that at least one of a first filter derived by discrete cosine transform-based interpolation filter, a second filter derived by a cubic-based interpolation filter, and a third filter derived by a cubic-based interpolation filter are applied in a template matching-based mode, applied in DMVR search, or applied in both.

Abstract: Methods and systems implement application of chained motion vector prediction (“CMVP”). A VVC and later standard encoder and a VVC and later standard decoder, and/or an AVS3 and later-standard encoder and an AVS3 and later-standard decoder, can configure one or more processors of a computing system to apply CMVP in conjunction with Advanced Motion Vector Prediction (“AMVP”) mode while constructing spatially neighboring MVP candidates; apply CMVP in conjunction with Affine merge mode when inheriting Affine candidates; and apply CMVP in conjunction with subblock-based temporal motion vector prediction (“SbTMVP”) to obtain new motion shifts.

Abstract: Embodiments of the application provide an on-board interactive assisted driving method, an on-board electronic device and a storage medium. The on-board interactive assisted driving method includes: obtaining dual-light image data acquired by an on-board camera, wherein the dual-light image data includes infrared image data and visible-light image data; determining a local display mode of a host end, and on the basis of the dual-light image data, displaying, on a display interface of the host end, a target-type on-board video corresponding to the local display mode; and after a communication connection with an intelligent terminal is established, determining a terminal display mode of the intelligent terminal, obtaining, on the basis of the dual-light image data, a target-type video source corresponding to the terminal display mode, and sending the target-type video source to the intelligent terminal for display.

Abstract: A combined impeller stirring device includes a stirred tank, a stirring shaft disposed within the stirred tank, and at least one mixing impeller unit disposed on the stirring shaft. The mixing impeller unit includes a first nested mixing impeller and a second nested mixing impeller. The first nested mixing impeller includes two helical blades and two fixed shafts. The two fixed shafts are arranged in a staggered manner and separately fixedly connected to the stirring shaft. Two ends of a helical blade are connected to the two fixed shafts, respectively such that the two helical blades are arranged in rotational symmetry. The second nested mixing impeller is located between the two fixed shafts and fixedly connected to the stirring shaft.

Abstract: LDPC codewords may be decoded based on historical decoding information. In a decoding iteration, the value of flipping energy of a variable node in a codeword is computed based on information representing decoding of the codeword before the decoding iteration. A comparison result is obtained by comparing the value of flipping energy to a flipping energy threshold. The variable node is flipped in response to the comparison result satisfying a criterion.

Abstract: The present disclosure provides a computer-implemented method for encoding or decoding video. The method includes encoding or decoding, in a plurality of picture parameter sets (PPS) associated with pictures of a coded layer video sequence (CLVS), corresponding first PPS flags indicating whether pictures are allowed to be partitioned into a plurality of tiles or slices. In a first PPS, a corresponding first PPS flag with a first value indicates a first picture of the CLVS is unpartitioned, and in a second PPS, another corresponding first PPS flag with a second value being different from the first value indicates that a second picture of the CLVS is allowed to be partitioned.

Abstract: Provided are a data transmission method, a communication node, and a storage medium. The method includes acquiring resource pool configuration information and semi-static channel occupancy information; determining a resource position and a transmission mode of a channel based on the resource pool configuration information and the semi-static channel occupancy information, where the channel is a data channel or a feedback channel; transmitting data at the resource position according to the transmission mode.

Abstract: A vehicle-mounted driver-assistance instrument includes a host body and a bracket member. The host body includes a controller connected to an on-board camera, and a display screen, and the display screen is arranged on one side of the host body. The controller controls the display screen to display in-vehicle images generated from image data acquired by the on-board camera. The bracket member is rotatably connected to the host body, and rotates with respect to the host body to a stand state or a stowed state. When the bracket member rotates to the stand state, the bracket member and the host body form a mounting position for mounting an intelligent terminal device. When the bracket member rotates to the stowed state, the bracket member is stowed on the host body. The vehicle-mounted driver-assistance instrument integrates the host body with the bracket member, providing a storage function for the bracket member.

Abstract: A semiconductor die comprises a first bump structure. The first bump structure comprises a pillar portion and a solder portion attached to the pillar portion. The first bump structure is a signal bump structure of the semiconductor die that transmits electrical signals between the semiconductor die and a leadframe. The semiconductor die further comprises a second bump structure. The second bump structure comprises a base portion, a plurality of pillar portions on the base portion, and a plurality of solder portions attached to the plurality of pillar portions. The second bump structure is a power bump structure of the semiconductor die that transmits power between the semiconductor die and the leadframe.

Abstract: A semiconductor package comprises a semiconductor die. The semiconductor die comprises a metal pad. The semiconductor package also comprises a leadframe. The semiconductor package further comprises a bump structure between the semiconductor die and the leadframe. The bump structure comprises a first solder portion. The first solder portion is in contact with the metal pad. The bump structure also comprises a second solder portion. The second solder portion is in contact with the leadframe. The bump structure further comprises a metal post between the first solder portion and the second solder portion. The bump structure could reduce stress in BEOL layer of the semiconductor die to improve reliability of the semiconductor package.

Abstract: The present disclosure provides a method of encoding a video sequence. The method includes receiving a video sequence; encoding the video sequence using an extrapolation filter-based intra prediction (EIP) fusion mode. The encoding the video sequence using the EIP fusion mode includes obtaining a first predictor by an extrapolation filter-based intra prediction (EIP) mode; obtaining a second predictor by an intra prediction mode; generating a fused predictor by fusing the first predictor and the second predictor; and predicting one or more pictures using the fused predictor.

Abstract: Systems and methods are provided for concatenated error-correcting coding. An apparatus may include a Low-Density Parity-Check (LDPC) decoder configured to perform an iterative LDPC decoding process on bits of an LDPC codeword, a Bose-Chaudhuri-Hocquenghem (BCH) decoder coupled to the LDPC decoder and a BCH scheduler coupled to the LDPC decoder and the BCH decoder. The LDPC codeword may be generated by LDPC encoding a Bose-Chaudhuri-Hocquenghem (BCH) codeword and the BCH codeword may be generated by BCH encoding a data unit. The BCH scheduler may be configured to determine whether a triggering condition for the BCH decoder is met after each iteration of the iterative LDPC decoding process and activate the BCH decoder to operate on an intermediate decoding result of the LDPC decoder if the triggering condition for the BCH decoder is met.

Abstract: A method for generating a video intermediate frame includes performing a warp operation on a plurality of target video frames, based on a bidirectional optical flow between the plurality of target video frames, to obtain a plurality of pictures, determining a similarity between sub-pictures corresponding to image sub-regions in the plurality of pictures, predicting, based on the similarity, a network depth of a frame synthesis network matched with a corresponding image sub-region, the network depth increasing as the similarity decreases, performing synthetic processing, using the frame synthesis network, on corresponding sub-pictures of each of the image sub-regions, based on the network depth matched with the corresponding image sub-region, to obtain a plurality of images, and splicing the plurality of images to obtain intermediate frames of the plurality of target video frames, based on each of the image sub-regions.

Abstract: The present invention discloses polypeptides and related substances against hair loss and dermatitis, and the uses thereof. Particularly, disclosed is the use of an osteocalcin-derived peptide, and homologous polypeptides, polypeptide-derived peptides or derivatives of the polypeptides and polypeptide-derived peptides, which use the osteocalcin-derived peptide as a skeleton and which are derived from different species, in preparing drugs for treating hair follicle recession and/or hair loss caused by psychological stress, seborrheic hair follicle recession and/or hair loss, acne and/or dermatitis caused by psychological stress and seborrheic acne and/or dermatitis. Further disclosed are the use, in preparing drugs, medical cosmetology products, cosmetics, health-care products, foods and additives for preventing and/or treating hair follicle recession, hair loss, acne and dermatitis, of substances capable of binding to a GPR158 receptor and modulating its activity.

Abstract: A method of manufacturing a display panel, including: providing an array substrate; preparing a light emitting layer on the array substrate; preparing a second electrode pattern layer on the light emitting layer. The preparing a light emitting layer on the array substrate, includes: coating an active group material on the first electrode pattern layer to form a bonding layer; placing the array substrate in a reaction solution containing a light emitting material to enable the light emitting material to attach to the bonding layer to form the light emitting layer. The active group material has a first functional group, the light emitting material has a second functional group and a third functional group. The second functional group and the first functional group can undergo a grafting copolymerization reaction. The third functional groups of molecules of the light emitting material can undergo a polymerization reaction.

Abstract: A VVC and later standard encoder and a VVC and later standard decoder are provided, configuring one or more processors of a computing system to perform motion vector refinement for geometric partitioning for motion prediction, and more specifically application of first-pass and second-pass Decoder-side Motion Vector Refinement (“DMVR”) in GPM motion prediction. The VVC and later standard encoder and decoder implement performing motion prediction upon two partitions of a geometric partitioning mode (GPM)-coded coding block, based on respective motion information of each partition, and applying weighted blending to respective motion predictions of each partition of the GPM-coded coding block based on a blending matrix, wherein the blending matrix depends on a split mode.