Abstract: A ZUFS memory system includes: a memory device; and a memory controller coupled with the memory device and configured to control the memory device to perform partition storage by zones, wherein a storage space of a zone is configured to support sequential writing; wherein the memory controller is configured with a first interface for coupling with a host, and receives a first command from the host through the first interface, the first command comprises specified mode information, and the specified mode information indicates a storage mode of a to-be-created zone; and the memory controller is further configured to: determine whether available storage space of the memory device satisfies a creation condition according to the specified mode information; and create the zone with the storage mode according to the first command in response to the available storage space satisfying the creation condition.

Abstract: Methods, devices, apparatuses, and systems for operating memory systems are provided. In one aspect, a memory system includes a memory device including a plurality of memory blocks, and a memory controller coupled to the memory device. The memory controller is configured to identify a first memory block of the plurality of memory blocks, where the first memory block includes specific data that is invalid. The memory controller can be configured to increase a priority level of the first memory block among the plurality of memory blocks, and perform garbage collection on the memory device based on priority levels of the plurality of memory blocks.

Abstract: A lightweight filesystem may be provided for remote storage caching. A filesystem may maintain a persistent cache for a data set stored as data files in immutable data objects in a remote data store. Filesystem metadata may be evaluated to determine whether a portion of a data file is stored in the persistent cache according to an offset and length specified in a request. If in the persistent cache, data obtained from a data block in the persistent cache may be returned. If not in the persistent cache, then the remote data store may be accessed and the data file in the immutable data object read to obtain the portion of the data file.

Abstract: Disclosed are an application of a plant TIM protein, a TIM gene encoding the plant TIM protein or a homologous gene of the same in plant resistance to viruses. Further disclosed is a method for obtaining virus-resistant plant, where the method involves downregulating the expression or activity of the plant TIM protein. Further disclosed is a method for identifying whether the plants obtained by the above method has antiviral capability, to determine whether the plant contains TIM protein or TIM genes through identification. The present disclosure introduces a gene editing vector and a gene silencing vector carrying a target gene into target plant using a transgenic method, so as to obtain homozygous plant with GmTIM gene knockout in soybean and plant with down-regulated expression of NbTIM in Nicotiana benthamiana, which are capable of significantly inhibiting viral infection.

Abstract: Time and value ordering may be applied for items stored in data backups. A change log that persists changes to a data set may be updated with changes and used to update an in-memory table for the data set, which describes changes to items up to a current time. An event may be detected to seal the in-memory table from subsequent updates and a persistent data object that orders the items in the in-memory according to both keys of the respective items and the respective time values of the items, as stored in the change log, may be generated and stored as part of a backup for the data set.

Abstract: Provided are a trajectory prediction method and device, a storage medium, and a computer program to avoid low accuracy and low reliability of a prediction result in conventional trajectory prediction methods. A trajectory prediction neural network acquires input current trajectory data and current map data of current environment when a moving subject moves in the current environment. The current trajectory data and the current map data are expressed as a current trajectory point set and a current map point set in a high-dimensional space. A global scene feature is extracted according to the current trajectory point set and the current map point set. The global scene feature has a trajectory feature and a map feature of the current environment. Multiple prediction trajectory point sets of the moving subject and a probability corresponding to each prediction trajectory point set are predicted and output according to the global scene feature.

Abstract: The present invention relates to methods for determining the quantity of an analyte in sample using lateral flow strips comprising highly-doped upconversion nanoparticles.

Abstract: A heel cup applied in a shoe is provided. The heel cup includes an inner surface and an outer surface. Each of the inner surface and the outer surface is a curved surface. The heel cup includes a first part and a second part connected along a longitudinal direction. The heel cup has a cross-section along the longitudinal direction, each cross-section has a shape of an arc. Each cross-section includes an upper arc and a lower arc connected along the longitudinal direction. When viewed from a side where the inner surface of the heel cup is located, the inner surface of the first part is convex, and the inner surface of the second part is concave. The upper arc has a first bending amplitude, and the lower arc has a second bending amplitude, wherein the first bending amplitude is greater than or equal to the second bending amplitude.

Abstract: The present invention relates to methods for determining the quantity of an analyte in sample using lateral flow strips comprising highly-doped upconversion nanoparticles.

Abstract: Shaded bid values may be determined and/or submitted to one or more auction modules for participation in auctions. Auction information including at least one of impression indications associated with the auctions, sets of features associated with the auctions, the shaded bid values associated with the auctions, etc. may be stored in a database. A machine learning model may be trained using the auction information to generate a first machine learning model with feature parameters associated with features. A bid request, indicative of a second set of features, may be received. The first machine learning model may be used to determine win probabilities and/or expected bid surpluses associated with multiple shaded bid values based upon one or more feature parameters, of the feature parameters, associated with the second set of features. A shaded bid value for submission may be determined based upon the win probabilities and/or the expected bid surpluses.

Abstract: A lightweight filesystem may be provided for remote storage caching. A filesystem may maintain a persistent cache for a data set stored as data files in immutable data objects in a remote data store. Filesystem metadata may be evaluated to determine whether a portion of a data file is stored in the persistent cache according to an offset and length specified in a request. If in the persistent cache, data obtained from a data block in the persistent cache may be returned. If not in the persistent cache, then the remote data store may be accessed and the data file in the immutable data object read to obtain the portion of the data file.

Abstract: Time and value ordering may be applied for items stored in data backups. A change log that persists changes to a data set may be updated with changes and used to update an in-memory table for the data set, which describes changes to items up to a current time. An event may be detected to seal the in-memory table from subsequent updates and a persistent data object that orders the items in the in-memory according to both keys of the respective items and the respective time values of the items, as stored in the change log, may be generated and stored as part of a backup for the data set.

Abstract: Provided are modulators of androgen receptor (AR) condensates, methods of modulating or inhibiting AR condensates, and methods of treating diseases and conditions using such modulators or inhibitors of AR condensates.

Abstract: Provided are methods for modulating a SRC-1 condensate to regulate transcription of one or more genes, methods of treating diseases and conditions using SRC-1 inhibitors, and methods for screening of agents that modulate SRC-1 condensate.

Abstract: Time and value ordering may be applied for items stored in data backups. A change log that persists changes to a data set may be updated with changes and used to update an in-memory table for the data set, which describes changes to items up to a current time. An event may be detected to seal the in-memory table from subsequent updates and a persistent data object that orders the items in the in-memory according to both keys of the respective items and the respective time values of the items, as stored in the change log, may be generated and stored as part of a backup for the data set.

Abstract: A failure analysis method includes: obtaining failure data of IO channels in a target chip particle, the target chip particle including a plurality of physical modules, a number of the plurality of physical modules is M, and each physical module including a plurality of IO channels, wherein M is a positive integer greater than or equal to 2; splitting the failure data to form M groups of module failure data corresponding to the physical modules; determining a partial failure type of each physical module according to each module failure data; and determining a storage failure type of the target chip particle according to the partial failure type of each physical module.

Abstract: Disclosed are a method of underlying drive forwarding and a multi-core system implemented based on a UEFI, which can increase a running speed of the multi-core system implemented based on a UEFI. The underlying drive forwarding method is configured for underlying drive forwarding of a multi-core system. The multi-core system is implemented based on a UEFI and includes an application processor and a bootstrap processor. The bootstrap processor is provided with an execution interface configured to call underlying hardware. The application processor is configured with an instruction interface corresponding to the execution interface.