Abstract: Dosing regimens and methods for administering combination therapies combining a CD47 blocking agent and an anti-CD20/anti-CD3 bispecific antibody are provided. The dosing regimens and methods may further include additional therapeutic agents.

Abstract: This application relates to a bus monitoring and controlling method, an electronic device, a chip, and a storage medium. The method is applied to an integrated circuit device. The integrated circuit device monitors communication data between a master and a slave on an SPMI bus. If it is determined based on the communication data that a working state of the integrated circuit device is a first working state, and the SPMI bus is in an idle state, the integrated circuit device performs bus arbitration on the master by simulating the slave, performs bus arbitration on the slave by simulating the master, and controls switching of a switch module, so that the integrated circuit device is separately connected to the master and the slave. When it is determined that the master with the highest priority preempts the SPMI bus, the integrated circuit device sends supplementary data to the slave.

Abstract: Disclosed is a method, device, and storage medium for synchronous treatment of water hazard and subsidence. The method includes: exploring rock strata between a coal seam and a ground surface to determine basic data of the rock strata; in response to determining that the basic data meets a preset condition, setting a plurality of monitoring holes on the ground surface based on a drilling position; in response to determining that the coal seam is mined, performing water injection pressure monitoring on at least of the plurality of monitoring holes within a preset range at intervals of a preset time; in response to determining that a pressure change of the water injection pressure monitoring performed on any of the plurality of monitoring holes meets a first requirement, performing grouting on the any monitoring hole until a grouting pressure of the any monitoring hole reaches a second requirement.

Abstract: The present application discloses a system and a method for performing a scan chain ECO, the method includes: receiving an original netlist input by a user as first input information, the original netlist contains original scan chain information; receiving a register modification list and a scan DEF file input by the user as second input information, wherein the register modification list is configured to indicate register information to be up-chained and/or register information to be down-chained; modifying the original netlist based on the first input information and the second input information, to complete up-chaining and/or down-chaining of a list of registers in the second input information to obtain a modified scan chain netlist; and receiving the modified scan chain netlist and returning the modified scan chain netlist to the user.

Abstract: Combination therapies comprising a SIRPaFc fusion protein and an anti-CD19 agent are provided. The combination therapies can optionally further include an E3 ubiquitin ligase modulator.

Abstract: This invention provides an artificial intelligence-based multi-physics monitoring method for predicting rock fracture, which adaptively integrates and analyzes multi-physical monitoring results to predict the rock fracture development process. This method will provide real-time guidance information for actual shale gas hydraulic fracturing reservoir modification field operations and provide risk warnings for uncontrollable fractures. The artificial intelligence-based multi-physics monitoring rock fracture prediction method of this invention adaptively integrates and analyzes multi-physical monitoring results to predict the rock fracture development process.

Abstract: The present invention provides an artificial intelligence-based method for reducing CT metal artifacts in multi-physics monitoring, and hydraulic fracturing operations. CT data with and without metal artifacts from piezoelectric ceramic sensors, and a location map of the piezoelectric ceramic sensors are used to construct an artifact reduction module based on a dual-domain three-channel approach. The artifact reduction module uses both image domain and chord diagram domain information to obtain CT data with the metal artifacts from piezoelectric ceramic sensors removed. The method can suppress CT metal artifacts and improve CT image quality, and thus obtain more accurate rock property information under specific pressure conditions. Reservoir mechanical characteristics can be inferred under specific construction conditions, such as wellhead injection pressure, providing guidance information for actual shale gas hydraulic fracturing reservoir field construction and management.

Abstract: A computer-implemented thermal modeling method for a magnetic coupler used in an inductive power transfer system. The method includes: providing a core model of a magnetic core of the magnetic coupler; dividing the core model into a plurality of core blocks to obtain a divided core; providing a coil model of a coil of the magnetic coupler; homogenizing the coil model to obtain a homogenized coil; and setting an equivalent contact thermal resistance at an interface between the divided core and the homogenized coil. Experimental results show that the numerical model can simulate the dynamic temperature changes of the magnetic coupler with an error of 4.2% after calibration and 6.0% without calibration.

Abstract: Techniques for determining one or more expected categories of data for receipt by a skill or application and comparing the expected categories of data to user disclosed data, such as from a spoken natural language user input. The techniques include determining the spoken natural language user input is directed at an interaction with a particular skill and identifying a set of data categories registered for receipt by the skill. The techniques may further include determining if the skill solicited the disclosed data of the user input or if the user mistakenly provided the disclosed data. In some embodiments, the interaction with the skill may end if the skill is not authorized to receive the disclosed data. In some embodiments, the unsolicited disclosed data may be used to identify misunderstood or confusing requests for user input.

Abstract: A power assembly includes a power component and a shell. The shell includes an accommodating structure, a flow diversion structure, a liquid storage structure, a heat dissipation structure, and a heat exchange structure. The accommodating structure is filled with cooling liquid. The flow diversion structure is configured to guide a flow direction of the cooling liquid. The liquid storage structure is configured to store the cooling liquid that is guided by the flow diversion structure to enter the liquid storage structure, and to distribute the cooling liquid that enters the liquid storage structure. The heat dissipation structure is configured to receive the cooling liquid distributed by the liquid storage structure, and to transfer the cooling liquid to the power component to cool the power component. The heat exchange structure is configured to perform heat exchange and cooling on the cooling liquid in the accommodating structure.

Abstract: Techniques for determining one or more expected categories of data for receipt by a skill or application and comparing the expected categories of data to user disclosed data, such as from a spoken natural language user input. The techniques include determining the spoken natural language user input is directed at an interaction with a particular skill and identifying a set of data categories registered for receipt by the skill. The techniques may further include determining if the skill solicited the disclosed data of the user input or if the user mistakenly provided the disclosed data. In some embodiments, the interaction with the skill may end if the skill is not authorized to receive the disclosed data. In some embodiments, the unsolicited disclosed data may be used to identify misunderstood or confusing requests for user input.

Abstract: An example embodiment includes: obtaining a specification of a target deformation shape for a substance, wherein the substance has a plurality of material control points with respective curvatures and arc lengths defining the target deformation shape, and wherein the substance includes thermo-active components and non-thermo-active components; determining a set of relations between indications of presence of the thermo-active components or the non-thermo-active components, orientations of the thermo-active components, and deformation capabilities of the thermo-active components; providing, to an optimization solver application, the specification, the set of relations, and instructions to determine values of the presence of the thermo-active components or the non-thermo-active components within the locations of the target deformation shape and the orientations of the thermo-active components, such that the substance can attain the target deformation shape in response to a temperature change when in a non-defor

Abstract: A semiconductor structure and a manufacturing method therefor, and a semiconductor device are provided. The semiconductor structure includes a substrate, and the substrate includes a storage region, a peripheral region, and a transition region located between the storage region and the peripheral region. The transition region includes a first isolation structure. The semiconductor structure further includes a first trench, which is located in the isolation structure. The first trench extends in a first direction, and a depth of the first trench is less than a depth of the isolation structure.

Abstract: The present application discloses a system and a method for performing a scan chain ECO, the method includes: receiving an original netlist input by a user as first input information, the original netlist contains original scan chain information; receiving a register modification list and a scan DEF file input by the user as second input information, wherein the register modification list is configured to indicate register information to be up-chained and/or register information to be down-chained; modifying the original netlist based on the first input information and the second input information, to complete up-chaining and/or down-chaining of a list of registers in the second input information to obtain a modified scan chain netlist; and receiving the modified scan chain netlist and returning the modified scan chain netlist to the user.

Abstract: In a data processing method, based on a client entering a game session of a game application, a game mode of the game session is obtained. A reference server tick rate corresponding to the game mode is determined. Current feature information of the game session is obtained. A current game stage of the game session is determined based on the current feature information. A target server tick rate corresponding to the current game stage is determined based on the current game stage and the reference server tick rate. Game data between a server and the client is refreshed based on the target server tick rate. Apparatus and non-transitory computer-readable storage medium counterpart embodiments are also contemplated.

Abstract: Omni-directional, horizontally polarized antennas are provided. According to one aspect, an omni-directional, horizontally polarized antenna includes a first reflector and a second reflector separated from the first reflector. Disposed between the first and second reflectors are a planar array of radially directed horizontally polarized antenna elements and a planar feed network configured to feed the antenna elements of the planar array. A coaxial feed structure configured to communicate electrical signals to or from the feed network is provided.

Abstract: Dosing regimens and methods for administering SIRPaFc fusion proteins are provided. The dosing regimens and methods include both SIRPaFc monotherapies and combination therapies.

Abstract: A power module includes a housing, a circuit component, and a package. The housing includes a main housing, a heat sink, and a fastening layer. A first outer surface of the main housing is provided with a groove. The fastening layer is disposed on a bottom surface of the groove. The heat sink is located on a side opposite to an orientation of the groove. The circuit component includes a heat dissipation surface and a pin. The heat dissipation surface is fastened to the fastening layer through welding. The pin extends out of the first outer surface in a direction away from the fastening layer. The package is configured to cover the circuit component, and to at least partially expose a distal end of the pin.

Abstract: The present disclosure provides a wireless communication device and a control method thereof. The wireless communication device includes a first communication control module and a second communication control module.

Abstract: A magnetic flux device configured to transmit or receive magnetic flux to or from a space beyond the magnetic flux device. The magnetic flux device includes a first electrically conductive coil and a magnetically permeable core. The magnetically permeable core includes a plurality of first laminated cores each laminated along a first direction, and a plurality of second laminated cores each laminated along a second direction substantially perpendicular to the first direction. The combination of the first and second laminations enhances the efficiency as well as thermal uniformity.