Abstract: A method for managing sessions with an application server via an identity management system is described. The method may include receiving, via an application protocol interface (API) of a cloud service of the identity management system, a first request associated with a first user for user access to an account of the application server. The API may transmit a second request for a secrets service to encrypt a password associated with the first user to a public key of a keypair. The API may receive a message including the encrypted password and forward the encrypted password to an end-client. The identity management system may establish a session on behalf of the first user for the account of the application server based on the end-client having access to a private key of the keypair.

Abstract: A method of manufacturing a composite storage tank for liquid hydrogen. The method includes placing a port on a layup tool. The port includes a flange portion and a conduit portion projecting from the flange portion. The conduit portion includes a passage extending through the conduit portion. The method also includes laying up a plurality of reinforcing fiber tows on the layup tool to integrate the flange portion of the port with the plurality of reinforcing fiber tows. The plurality of reinforcing fiber tows is laid up to form at least a portion of a preform including the port for the composite storage tank. The method further includes introducing a matrix material to the preform and curing the preform including the matrix material to generate the composite storage tank.

Abstract: A transaction manager for use with memory is described. The transaction manager can include a write data buffer to store outstanding write requests, a read data multiplexer to select between data read from the memory and the write data buffer, a command queue and a priority queue to store requests for the memory, and a transaction table to track outstanding write requests, each write request associated with a state that is Invalid, Modified, or Forwarded.

Abstract: A method (100) for providing localization information using an ultrasound system (200), comprising: receiving (140) a plurality of ultrasound images for a first imaged region; receiving (150), via a user interface, a user input comprising location information about the first imaged region; processing (160), using a trained localization algorithm, both: (i) one or more of the received plurality of ultrasound images and (ii) the received user input to generate a localization report for the first imaged region, the localization report comprising one or more of a coordinate, a contour, and a structure identification; and providing (170), via a user interface, the localization report to a user.

Abstract: Provided are methods of forming a semiconductor device. The method includes exposing a top surface of a substrate to a reactant and a metal precursor to selectively deposit a capping layer on the top surface of the substrate, the substrate comprising at least one feature formed in a dielectric layer, the dielectric layer defining a filled gap including sidewalls and a bottom, a barrier layer on the sidewalls of the filled gap, and a metal liner on the barrier layer, the capping layer depositing on one or more of the filled gap, the barrier layer, and the metal liner.

Abstract: A temperature sampling assembly includes a sampling circuit board, a temperature sensing chip, and a heat conducting base. The sampling circuit board includes a sampling part. The temperature sensing chip is mounted at the sampling part and is electrically connected to the sampling circuit board. The heat conducting base includes a first side and a second side opposite each other in a thickness direction. The first side is fixedly adhered to the sampling part through a fixing adhesive. The second side is configured to be connected to a to-be-sampled component.

Abstract: The present invention provides compounds, compositions, and methods of using the same.

Abstract: The present disclosure relates to package, manufacturing method, and electrical system. The package comprises: a mounting substrate with at least one power die having a power device and attached to a first surface of the mounting substrate; and a lead frame comprising a first die attachment portion and at least one first lead, wherein at least one cooperation device die having a cooperation device for cooperating with the power device is attached to the first die attachment portion, and wherein during a normal operation an amount of heat generated by the cooperation device is less than an amount of heat generated by the power device, wherein the at least one first lead is coupled to the first surface of the mounting substrate to be electrically coupled to the power die.

Abstract: A UE may obtain an indication of an FD capability of a network node, the indication of the FD capability of the network node indicating that the network node supports an FD mode, and transmit, during an initial access procedure, an indication of an FD capability of the UE to the network node. The network node may transmit an indication of an FD capability of the network node to a UE, the indication of the FD capability of the network node indicating that the network node supports an FD mode, obtain an indication of an FD capability of the UE during an initial access procedure, and configure one or more resources for the UE based on the FD capability of the UE.

Abstract: An electronic device may include a proximity sensor for detecting whether an external object is in the vicinity of the device. The proximity sensor may have a light detector and a light source that can be reused for data communications. The light detector may be coupled to optical receiver circuitry, whereas the light source may be coupled to optical transmitter circuitry. The optical transmitter circuitry may include encoding circuits configured to convert electrical signals to optical signals. The optical receiver circuitry may include decoding circuits configured to convert optical signals to electrical signals. The optical signals can be encoded and decoded using pulse width modulation schemes or amplitude modulation schemes.

Abstract: A method and an apparatus for generating a video file, a terminal, and a storage medium are provided. The method includes: presenting, in response to a received video editing instruction, a video editing interface; determining, in response to a clicking operation on a button in the video editing interface, a target audio and a target image for video synthesis; obtaining an audio parameter corresponding to each audio frame; generating a spectrogram corresponding to each audio frame based on the audio parameter; generating, based on the spectrogram and the target image, multiple video frame images that each corresponds to one of the audio frames and includes the spectrum corresponding to the one of the audio frames; and performing, based on the multiple video frame images and the target audio, video encoding to obtain a target video file.

Abstract: This specification describes methods and systems for accessing attribute data in graph neural network (GNN) processing. An example system includes: a plurality of cores, each of the plurality of cores comprises a key-value fetcher and a filter, and is programmable using a software interface to support a plurality of data formats of the GNN attribute data, wherein: the key-value fetcher is programmable using the software interface to perform key-value fetching associated with accessing the GNN attribute data, and the filter of at least one of the plurality of cores is programmable using the software interface to sample node identifiers associated with accessing the GNN attribute data; and a first memory communicatively coupled with the plurality of cores, wherein the first memory is configured to store data shared by the plurality of cores.

Abstract: The present disclosure provides a data encryption method, applied to a processor in a cryptographic device, where the cryptographic device includes a first storage module, and the method includes: receiving to-be-processed data sent by a server, and distinguishing critical data and non-critical data in the to-be-processed data; performing encryption processing on the critical data in the to-be-processed data to obtain encrypted critical data; and writing the encrypted critical data and the non-critical data into the first storage module to enable a client to read data from the first storage module.

Abstract: Embodiments of the present disclosure relate to a method, a device and a computer-readable storage medium for data analysis. The method comprises: generating, at least based on historical conditional data associated with a historical factor affecting a historical event and historical result data, an association between the historical factor and a result of the historical event, the historical result data indicating the result of the historical event caused by the historical factor; determining at least one target result of interest selected for a current event, the current event being associated with the historical event; determining a current factor affecting the current event and at least one target object associated with the at least one target result of interest; and determining data of the at least one target result of interest at least based on the association, current conditional data associated with the current factor and the at least one target object.

Abstract: The disclosure provides a hybrid membrane camouflaged nanomedicine loaded with oxidative phosphorylation inhibitor and preparation method thereof. The nanomedicine comprises an inner core and an outer shell coated on the periphery of the inner core. The inner core is a ROS-responsive drug-loaded nanoparticle, and the drug loaded by the ROS-responsive nanocarrier is an oxidative phosphorylation inhibitor. The outer shell is a hybrid membrane of mitochondrial membrane and cancer cell membrane. The nanomedicines can cross the BBB and reach tumor sites by the homologous targeting of cancer cell membrane, and then they can homologously target and enter mitochondria by the mitochondrial membrane. Subsequently, under the high-level ROS environment of the mitochondria, the ROS responsive drug-loaded nanoparticle releases the oxidative phosphorylation inhibitor due to the swell and degradation of the inner core, so that the safe and efficient targeted GBM therapy is achieved.