49 results about "Transient storage" patented technology

A data storage apparatus may include a storage device; a buffer memory device configured to temporarily store write data and a mapping table; and a memory controller configured to control the storage device to program the write data. The memory controller is configured to when externally receiving write commands including a logical addresses, store the logical addresses by mapping the logical addresses to physical addresses sequentially stored in the mapping table in a sequence in which the write commands are received, and when a program operation corresponding to a first write command fails, invalidate first mapping information corresponding to the first write command and update the first mapping information by allocating a new physical address to a logical addresses including the first write command in response to a reprogram command generated with respect to the first write command.

This application provides a method and apparatus for managing cached files, enabling flexible storage of cached files and improving system performance. The method includes: acquiring characteristic information of the cached file, the characteristic information including at least one of read / write information, size information, or active time information of the cached file; determining the file type of the cached file based on the characteristic information, the file type including at least two of a deletable type, a temporary storage type, or a long-term storage type; and managing the cached file according to the file type.

A direct memory access (DMA) device includes a controller, a read request issuing circuit, a read buffer temporarily storing read data and an arrival time of the read data, and a read buffer managing circuit that calculates an average bus latency and an average buffer residence time. The read request issuing circuit adjusts the issuing capability based on the average bus latency and the average buffer residence time. The DMA device operates by issuing a read request based on an issuing capability, storing an issuing time of the read request, receiving read data corresponding to the read request, temporarily storing the read data and an arrival time of the read data in a read buffer, calculating an average bus latency based on the issuing time of the read request, calculating an average buffer residence time, adjusting the issuing capability, and issuing the read request based on the adjusted issuing capability.

Provided are methods for nodes used for wireless communications, and an apparatus. A first node used for wireless communications comprises: a first receiver, which receives first information, wherein the first information is used for determining X ROs, and the X ROs are mapped to Q ROGs, X being a positive integer greater than 1, and Q being a positive integer; and a second receiver, which receives second information, wherein the second information is used for determining a plurality of candidate numerical values, the number of ROs comprised in any one of the Q ROGs is one of the plurality of candidate numerical values, the plurality of candidate numerical values include a first candidate numerical value and a second candidate numerical value, the larger value among the first candidate numerical value and the second candidate numerical value is preferentially used for the mapping from the X ROs to the Q ROGs, and / or the mapping from the X ROs to the Q ROGs is related to the numbers of ROGs respectively corresponding to the plurality of candidate numerical values.

A processing apparatus for accelerating convolution operations according to one embodiment includes a plurality of elementary processing unit arranged in an array structure, a line buffer in which data is temporarily stored, and a controller configured to control operations of the line buffer and the elementary processing unitelementary processing units to perform convolution operations. The controller stores a portion of feature-map data in the line buffer for the convolution operation, performs convolution operations on the portion of feature-map data stored in the line buffer and kernel data stored in the elementary processing unit, and divides a feature map to be processed during the convolution operation into a plurality of partitions in consideration of a storage capacity of the line buffer and a size of the feature map, and stores, in the line buffer, data among the divided feature-map data to be operated with the kernel data.

A host device and a method of operating a host device are provided. The host device includes a cache configured to temporarily store data copied from a main memory, and a processor configured to process data read from the cache. The cache includes a plurality of ways, wherein each of the plurality of ways has an area distinguished by a plurality of indexes, the data includes first data, and the plurality of indexes includes a first index. The processor includes a cache management circuit configured to generate the first index by using a first adaptive matrix and a first vector, wherein the first adaptive matrix is based on upper bits of a first address corresponding to the first data, and the first vector is based on lower bits of the first address, and manage the first data to be temporarily stored in an empty area among areas corresponding to the first index in the plurality of ways.

A storage device organizes data across different storage media based on access history and user behavior to accelerate data retrieval. The storage device includes a primary storage medium and a secondary storage medium for storing the data. The secondary storage medium can be accessed more quickly than the primary storage medium. A controller on the storage device performs an initial data retrieval to identify hot blocks in the primary storage medium based on access history. The controller also performs a secondary data retrieval to identify hot blocks in the primary storage medium based on a semantic search.The controller can pre-retrieve the hot blocks from the first storage medium, temporarily store the pre-retrieved hot blocks in the second storage medium, and / or move the hot blocks from a slower storage medium to a faster storage medium.

Provided is a system and method which perform an antivirus scan of incoming files via a file management application of a file system. Infected files can be prevented from being stored to the file system. In one example, the method may include receiving, via a first application contained in a first data container, a data file that is uploaded for storage to a file system, storing the data file in a temporary storage, transmitting a location of the data file in the temporary storage to a second application contained in a second data container, and receiving, via the first application contained in the first data container, a response from the second application contained in the second container, indicating results of a security scan performed on the data file.

The present invention describes a petrophysical modeling method that integrates well nuclear spectroscopy data and interpretations with some input petrophysical parameters, decomposing the hydrogen and chlorine signals into their specific origins, such as well drilling fluid, kerogen, water, and hydrocarbons in the pores. The model consists of a set of equations that are solved sequentially with input values defined by Monte Carlo simulation, from which properties such as salinity, porosity, density, sigma, and hydrogen index of the kerogen are calculated. The acceptability of such results is verified by comparison with logs such as density, porosity by NMR, and macroscopic cross section of thermal neutron capture.

The present invention provides an encoding device that can efficiently perform motion compensation using affine motion compensation. [Solution] The encoding device 100 comprises a circuit 160 and a memory 162. The circuit 160 uses the memory 162 to perform motion compensation on the target block in the affine motion compensation prediction process in the inter prediction process of the target block by limiting the range in which motion search or motion compensation is performed. In the affine motion compensation prediction process, the range in which motion search or motion compensation is performed is limited so that the variation between the motion vector of the control point at the upper left corner and the motion vector of the control point at the upper right corner of the target block in the affine motion compensation prediction process falls within a predetermined range. The variation is a value based on the difference between the motion vector of the control point at the upper left corner and the motion vector of the control point at the upper right corner of the target block.

Provided are a communication method, a terminal device, and a network device. The method comprises: a terminal device executes a first operation on the basis of a first moment, wherein the first moment is a change moment of a satellite corresponding to a first cell of the terminal device, and the first operation comprises one or more of the following operations: a second operation that the terminal device starts to execute by using ephemeris information of the changed satellite; and a third operation executed by the terminal device in response to the change of the satellite corresponding to the first cell. The terminal device may execute the first operation to deal with a satellite change. Taking the first operation comprising the second operation as an example, the terminal device may determine, on the basis of the change moment of the satellite, the moment of starting use of the ephemeris information of the changed satellite, such that the use of the ephemeris information better conforms to the actual situation. Taking the first operation comprising the third operation as an example, the terminal device can avoid a communication abnormality, caused by a satellite change, to the extent possible by executing the third operation.

Methods and systems, including computer-readable media, are described for speeding up data transfer between an object repository and a hardware accelerator operating in different availability zones. The methods include receiving a request from a hardware accelerator unit in a first availability zone to write a data object to an object repository in a second availability zone. The methods include transmitting the data object to a temporary storage location of the first availability zone, and updating a location record associated with the data object. After a time period, the methods include initiating a data transfer of the data object from the temporary storage location to the object repository in the second availability zone and further updating the location record associated with the data object.

This application provides a data dumping method and system for a multi-storage pool storage system. The method includes: when a first storage pool failure is detected in the storage system, determining the first common storage space occupied by the first storage pool; according to the first transaction log data corresponding to the first storage pool, dumping a plurality of first data to be dumped in the first common storage space to a temporary storage space through each first business module corresponding to the first storage pool to obtain a plurality of second data to be dumped; obtaining the data dumping actions of each first business module on each of the first data to be dumped, and updating the first transaction log data according to each data dumping action to obtain second transaction log data; dumping the second transaction log data to the temporary storage space; and releasing the storage resources of the first common storage space to improve the storage resource utilization efficiency in the case of storage pool failure.

Data processing apparatus and methods of operating such data processing apparatus are disclosed. An issue circuit buffers operations until operands required by the operations are available in a set of registers before execution. When a first load operation and a second load operation both depend on a common operand, and when the common operand is available in the set of registers, the first load operation and the second load operation are identified in the issue circuit. A load circuit has a first address generation unit to generate a first address for the first load operation and a second address generation unit to generate a second address for the second load operation. An address comparison unit compares the first address and the second address. The load circuit is arranged to cause a merged lookup to be performed in a local scratchpad storing copies of data values from a memory when the address comparison unit determines that the first address and the second address differ by less than a predetermined address range characteristic of the local scratchpad.

We provide reactor systems. [Solution] The reactor system may comprise a substrate carrier and / or a translation arm, which may be configured to move a substrate within the reactor system; a temperature measuring device; a processor; and / or a tangible non-temporary memory configured to communicate with the processor and storing instructions that cause the processor to perform actions in response to execution by the processor. The temperature measuring device may be coupled to the substrate carrier and / or the translation arm, and / or the temperature measuring device may be coupled to another component of the reactor system. The temperature measuring device may be configured to measure the temperature of a processed substrate within the reaction system. The processor may perform actions including measuring the temperature of the substrate and / or comparing the measured temperature with a reference temperature.

The embodiment of the present disclosure discloses a data transmission method and system between a remote client and a Hive table and a storage medium. The method comprises: in response to a data transmission instruction triggered by a user, the remote client modifies the data transmission instruction into a data relay transmission instruction and sends it to a Hive server, wherein the data relay transmission instruction comprises a relay storage path under a distributed file system, and the relay storage path is used to temporarily store the to-be-transmitted data in the process of data transmission between the remote client and the Hive table; the Hive server analyzes and compiles the data relay transmission instruction, generates a data transmission execution plan and sends it to a Yarn cluster; based on the relay storage path and the data transmission execution plan, the remote client and the Yarn cluster cooperatively execute the data transmission operation to complete the transmission of the to-be-transmitted data between the remote client and the Hive table. The technical scheme of the present disclosure enables the user to trigger the instruction only once, thereby realizing the data transmission between the remote client and the Hive table.

The described technology is generally directed towards automatic storage of data / digital objects in a self-adaptive replication system. Data replication can be switched between synchronous (sync) replication and asynchronous (async) replication between a local storage system and a remote storage system. Latency between writing data to the local storage system and the remote storage system can be determined. In the event of the latency is less than a threshold value, sync replication can be utilized, and in the event of the latent is greater than the threshold value, async replication can be utilized. Accordingly, data replication can adapt based on infrastructure, volume of data to be write, period(s) of no-data writes, etc. Async replication can use a buffer to temporarily store data during a write operation at the remote storage system. Alternatively, a list can be maintained for data to write to the remote storage system for subsequent replication.

Systems and methods for returning query results are described herein. The computing system can include ephemeral memory. The computing system can receive a user query identifying first data and identify whether the first data is stored in ephemeral memory or the external in-memory data store. If the first data is stored in the ephemeral memory, the computing system can return the first data from the ephemeral memory. If the first data is stored in the external in-memory data store, the computing system can transmit a request to the external in-memory data identifying the first data using a data block identifier associated with the data. The computing system can then receive the data from the external in-memory data store, return the data as the query result, and cache the data in the ephemeral memory with a time-to-live value.

A storage system and method utilize an in-memory search (IMS) memory device to improve data storage efficiency. A data controller generates a feature, such as a hash value, corresponding to user data temporarily stored in a random access memory. This feature is transmitted to the IMS memory device, which stores a plurality of characteristic values comprising data features and physical block addresses of data already written in a storage device. The IMS memory device compares the received feature with the stored characteristic values. Based on the comparison result provided by the IMS memory device, the data controller determines whether the user data is a duplicate and decides whether to write the user data into the storage device, thereby optimizing storage space usage and reducing data swapping.

The invention relates to a device and a method for treating substrates with a process chamber (1) in which a first number (N1) of storage locations (3) are provided, each for one substrate (22). A first cassette (K1) is loaded with a second number (N2) of substrates to be processed. The processed substrates are stored in a second cassette (K2), which also has a second number (N2) of storage locations (31). Since the first number (N1) is coprime to the second number (N2), the unprocessed substrates (22) and the processed substrates (32) are temporarily stored within the device in first and second storage elements (S1, S2), respectively. This temporary storage is such that fully loaded first cassettes (K1) are always supplied to the device and fully filled cassettes (K2) are always removed from the device.

The present invention solves the technical and operational challenges faced by the X-ray diffractometry analysis process in the oil and gas industry through calculations that replace the manual visual steps performed by laboratory analysts. The computer-implemented method unifies all manual steps of the XRD analysis process in a single environment, also eliminating the need for multiple software programs and repetitive activities. Furthermore, the computer-implemented method uses computational search algorithms and physical constraints of the diffractometer to robustly identify minerals, significantly reducing analysis time per sample and increasing the standardization of results. This innovative and effective approach offers a complete solution to the challenges faced by the XRD analysis process in the oil and gas industry, ensuring faster, more accurate, and more efficient sample analysis.

This invention discloses an automatic standby device and method for a data acquisition concentrator, relating to the field of communication equipment technology. The device includes a rear housing, inside which are a data storage module and a main board. The main board has a standby communication connector and a main communication connector. The main board is connected to the data storage module via the standby communication connector for temporary data storage in case of a main communication connector failure. A display screen is mounted on the main board, and a front cover is provided at the front of the rear housing. The front of the front cover has a protective shield for protecting the display screen. This invention improves the reliability and efficiency of data acquisition concentrator switching, enhances the security of scheduling management, and avoids interference from communication anomalies.

According to one embodiment, in a non-transient storage medium storing computer-readable instructions, the instructions are configured to cause the electronic device to perform at least one operation when executed by at least one processor of the electronic device, wherein the at least one operation comprises: connecting to a wearable electronic device; verifying first sensing data acquired from the wearable electronic device and accumulated during a first period among sensing data measured by a plurality of sensors of the wearable electronic device; verifying that a first condition is satisfied among a plurality of conditions related to a degenerative disease in which the amount of change of the first sensing data during the first period exceeds a threshold value; verifying second sensing data acquired from the wearable electronic device and measured by a plurality of sensors of the wearable electronic device during a second period based on the verification that the first condition is satisfied; verifying that a second condition among the plurality of conditions is satisfied based on the second sensing data; and, based on the verification that the second condition is satisfied, the degenerative corresponding to the first condition and the second condition It may include an action that displays a notification about the disease.

A method for creating a temporary storage volume for an application bundle in a cloud-network architecture framework. The method includes identifying an application comprising a role. The role is mapped to a pod comprising a container requesting, from a storage provider, an ephemeral storage volume. The method includes mounting the ephemeral storage volume to one or more of the pod or the container.

Data processing system for real-time processing and analysis of distributed data in scalable computer networks, comprehensive a plurality of processing units distributed from one another, a data stream acquisition unit for the continuous recording of incoming data streams, a coordinating control unit for assigning data processing tasks to the processing units, as well as an intermediate storage unit for the temporary storage of data and processing results, characterized by the fact that The data processing system has a hardware-implemented synchronization and consistency control unit, which is set up to synchronize time-distributed data streams in real time using deterministic timestamp mechanisms and to physically suppress inconsistent data states before further processing, with the processing units performing parallel analysis processes and the results being merged into a consistent global state space.

A Data Storage Device (DSD) includes at least one disk and at least one memory storing an active Primary defect List (P-List) indicating defective sectors identified during formatting, a Grown defect List (G-List) indicating defective sectors identified after formatting, and an inactive P-List including entries for accepting entries from the G-List. Entries of the G-List are merged into the P-List by successively reassigning descending sets of logical addresses from respective sets of sectors to a temporary storage area and reserving at least a portion of the sectors for a set of shifting P-List entries. Entries of the shifting P-List entries are retained in the inactive P-List for grown defect sectors, and the set of shifting P-List entries is reduced by the number of retained entries before shifting toward a next set of sectors. The descending sets of logical addresses are reassigned from the temporary storage area back to non-defect sectors.

An event-responsive selective log collection system and method are disclosed. According to an aspect of the present invention, an event-responsive selective log collection system comprises: a log buffer in which streaming log data is temporarily stored; an event monitor module for monitoring a preset event within the log data stored in the log buffer; a filter module for selecting a log filter corresponding to event information transferred from the event monitor module and filtering the log data stored in the log buffer; and a storage for storing the log data filtered by the filter module.