Abstract: A system for object storage includes a plurality of computing platforms each being at least one of an on-premise computing platforms or a cloud computing platform, each computing platform of the plurality of computing platforms hosting a datastore and a metastore for the datastore. One or more gateways execute on one or more computing platforms of the plurality of computing platforms. The one or more gateways are configured to: receive a request to store an object; identify a bucket associated with the object according to one or more attributes associated with the object; identify a tag mapped to the bucket; and transmit the object to a corresponding computing platform of the plurality of computing platforms associated with the tag.

Abstract: Provided is a method of data storage in a data storage system, the method including identifying object headers respectively corresponding to object data, storing the object data at one side of an allocated data chunk, and storing the object headers at another side of the allocated data chunk.

Abstract: Disclosed are a memory control method and a storage device. The method includes: reading first data from a first physical unit in the memory module; after obtaining the first data from the memory module, on the premise of not performing a decoding operation on the first data through a decoding circuit, performing a data quality analysis on the first data to obtain a quality analysis result; if the quality analysis result is a first result, directly initiating a re-read operation for the first physical unit to re-read the first physical unit through a re-read voltage to obtain second data.

Abstract: Systems, methods, and apparatus related to commands for accessing storage spaces of memory systems (e.g., solid-state drive (SSD) having NAND flash memory). In one approach, a controller retrieves a command including a buffer identifier. The controller determines, from a lookup table, a memory address associated with the buffer identifier for data transfer during execution of the command to access a logical storage space implemented using the non-volatile memory.

Abstract: Systems, methods, and apparatus related to commands for accessing storage spaces of memory systems (e.g., solid-state drive (SSD) having NAND flash memory). In one approach, a submission queue is configured in a memory for a memory sub-system operable to execute a first command retrieved from the submission queue and generated according to a first command format. A processing device generates a second command according to a second command format configured without a plurality of command fields predefined according to the first command format. The processing device enters the second command into the submission queue for execution in the memory sub-system.

Abstract: According to one embodiment, a memory system receives, from a host, a write request including a first identifier associated with one write destination block and storage location information indicating a location in a write buffer on a memory of the host in which first data to be written is stored. When the first data is to be written to a nonvolatile memory, the memory system obtains the first data from the write buffer by transmitting a transfer request including the storage location information to the host, transfers the first data to the nonvolatile memory, and writes the first data to the one write destination block.

Abstract: An image forming apparatus includes: a first communicator that performs first communication using a first communication interface; a second communicator that performs second communication using a second communication interface that performs communication in accordance with the same wired communication method as the first communication interface; a storage that stores first connection information for the first communication and second connection information for the second communication; a display; and one or more controllers that acquire first update information that is new setting information for the first communication via the first communicator when a connection to the first communication interface has been detected, to compare the first update information with the second connection information, and to cause the display to display warning information for prompting check of at least one of wirings and network settings when it has been determined that the first update information matches the second connection

Abstract: To make it possible to execute merge printing by generating print data having a variable number of print elements without incorporating descriptions required to repeatedly generate commands into the program code of an application that generates print data. Print data are generated using a template constituted by commands of the smallest unit not including repetitions, the number of which corresponds to a variable number of print elements, and field data including data of print elements to be inserted into merge fields of generation commands included in the template. A repeat range RR is specified from the template, the merge fields are substituted with data of the print elements, including repeat substitutions within the specified range, and print data including print-related commands into which the data of the print elements have been inserted is generated using a plurality of generation commands including substituted generation commands.

Abstract: A non-transitory computer-readable storage medium storing a support program that causes the information processing apparatus to perform operations. The operations include identifying a physical printer that is a control target of a virtual printer associated with the support program, setting a name of a first printer queue of the virtual printer as an identification name of the physical printer identified in the identifying, and, in a case where, when an application program of the information processing apparatus displays a printer selection screen displaying the first printer queue of the virtual printer with the identification name, and the first printer queue of the virtual printer is selected on the printer selection screen, an operating system of the information processing apparatus issues an instruction to display a print settings screen, displaying, on a user interface of the information processing apparatus, the print settings screen based on capabilities of the physical printer identified.

Abstract: A server may include a memory configured to store, for each of a plurality of image processing devices, unique identification information assigned by a vendor of the image processing device and device identification information identifying the image processing device in association with each other, and store, for each of the plurality of image processing devices, user account information assigned by a vendor of the image processing device. The server may receive specific unique identification information from the terminal device and specific device identification information from a specific image processing device. In a case where the specific unique identification information and the specific device identification information are stored in the memory in association with each other, the server may send service screen information representing a service screen for subscribing to a service to the terminal device.

Abstract: A method of controlling an information processing terminal including acquiring event identification information generated based on information from a first information processing terminal, causing a display to display first output content which is generated by a plurality of first input contents acquired from the first information processing terminal and is associated with the event identification information during an event period associated with the event identification information, and causing the display to display second output content generated based on second input content acquired from a second information processing terminal that has acquired event invitation information associated with the event identification information by interrupting the display of the first output content when a first request of requesting the display to display at least one content is acquired from the second information processing terminal during the event period.

Abstract: An instrument reading display method, apparatus, device and computer-readable storage medium is provided. The method includes: setting digit positions required for reading display of an instrument; fixedly configuring each digit position with five text elements, in each digit position, numbers being ranked from large to small and in descending order from top to bottom; calculating a pixel height of each text element; calculating an offset coefficient for each digit position, wherein the offset coefficient for a current digit position is a number in an immediately lower digit position; calculating an overall offset pixel of the five text elements in the current digit position based on the offset coefficient and the pixel height of each text element; and controlling a transparency of the text element displayed in the digit position based on a magnitude of a distance of the overall offset pixel in the current digit position.

Abstract: A display system comprising a computing system and one or more display devices. Each display device includes a housing having a central opening. Each display device also includes a display screen disposed within the central opening of the housing and configured to render graphical content. Each display device further includes a controller disposed within the housing and communicatively connected to the display screen. The computing system is communicatively connected to each of the display devices and is configured to transmit graphical content to each respective display screen via the respective controller of each display device. The display system is used within a production environment for producing films.

Abstract: An electronic apparatus includes an input/output (I/O) interface connected to a display device including a plurality of display modules, memory storing preset resolution, and at least one processor configured to obtain position information indicating positions of the plurality of display modules, obtain structure information indicating a structure of the plurality of display modules based on the position information, classify the plurality of display modules as at least one main group based on the structure information, obtain target resolution based on the structure information, obtain upscaling ratio information based on the preset resolution and the target resolution, and transfer the structure information and the upscaling ratio information to the at least one main group through the I/O interface, and wherein the plurality of display modules are modules which display an image based on the structure information and the upscaling ratio information.

Abstract: Network devices, systems, and methods for determining repeated movement paths of a portable playback device and adjusting one or more operating parameters of the portable playback device based thereon. In one example, a method of configuring a portable playback device based on location comprises detecting first positional information specifying multiple instances of at least one first movement path of a portable playback device, detecting second positional information specifying a second movement path of the portable playback device, determining a value indicative of similarity between the at least one first movement path and the second movement path, and causing the portable playback device to adjust at least one operating parameter of the portable playback device based on the value.

Abstract: An electronic device may receive a first audio signal from a first application using a communication circuitry output first audio based on the first audio signal through the speaker, during outputting of the first audio through a speaker, receive a first volume control input; based on the first volume control input, control a volume of the first audio within a first volume range, based on obtaining a second audio signal from a second application during the outputting of the first audio, output second audio through the speaker, and based on receiving a second volume control input during the outputting of the first audio and the outputting of the second audio through the speaker, control the volume of the first audio within a second volume range, and control a volume of the second audio within a third volume range.

Abstract: A middleware component of an audio system configured to operate with a plurality of audio devices operating in different environments to centralize management of certain aspects of such audio devices.

Abstract: Provided in the present application are a control method based on a multi-direction input device, a multi-direction input device, a controller and an information processing system. The control method comprises: receiving control commands, the control commands comprising at least one of operation commands obtained in response to a mechanical operation directed to the multi-direction input device and voice commands captured by the multi-direction input device; generating a control signal based on the control commands and sending the control signal to the terminal device, the control signal configured to control the terminal device to perform target operation, wherein the target operation can comprise at least one of the following operations: a virtual operation in a virtual scene displayed through a graphical user interface provided by the terminal device; a device control operation on the terminal device; and an application function operation implemented using the terminal device.

Abstract: A method of computing a floating point reciprocal value may eliminate the need for specialized hardware. One or more masks may be created and one or more comparison values may be defined, the comparison values based on a floating point input value. A mantissa and an exponent may be generated, and a reciprocal value may be computed based on the masks, the comparison values, the floating point input value, the mantissa and the exponent. Use of a considerably smaller lookup table for use only in computing the mantissa considerably reduces the number of memory accesses and cycles required for computing the floating point reciprocal.

Abstract: In a floating-point number processing method, a compute device obtains a first floating-point number, and decodes the first floating-point number to obtain a sign, an exponent, and a mantissa. The first floating-point number may include a first sign field, a bit width indication field, a first exponent field, and a first mantissa field. The bit width indication field indicates a bit width D occupied by the first exponent field in a total bit width N of the first floating-point number. When the total bit width is fixed, the bit width of the first exponent field and a bit width of the first mantissa field may dynamically change with a value indicated by the bit width indication field.