132 results about "Server system" patented technology

The application discloses a kind of de-server systems, comprising: message management device can receive first message, first message is used to indicate scheduling first stateful function operation first state instance;First message is stored in the first message queue corresponding to first state instance, first message queue is also used to store multiple messages, each message in multiple messages is used to indicate one stateful function operation first state instance;Second message is transmitted to the second stateful function corresponding to second message, and the second stateful function corresponding to second message is operated to idle first state instance, wherein, second message is the message located at the front end of first message queue.The technical scheme of the application controls the time-sharing operation of different stateful functions to state instance by the way of message management, and the stateful function only operates the state instance after obtaining the message of the state instance, so as to avoid resource waste.

Disclosed are a server system based on public cloud technology, an instance creation method and a cloud management platform, and belong to the technical field of cloud services. The server system comprises a first server and a second server connected by a connection channel. A first instance of the first server is provided with a first business module and a first security module; a second instance of the second server is provided with a second business module and a second security module; the first business module is used for sending an access request for the second business module, and the access request is used for requesting the second business module to provide a second tenant service; the first security module is used for obtaining the access request, encrypting the access request, and sending the encrypted access request to the connection channel; and the second security module is used for obtaining the encrypted access request from the connection channel, decrypting the encrypted access request, and sending the decrypted access request to the second business module. The application realizes end-to-end encryption protection of the access request.

Disclosed are a server system based on public cloud technology, an instance creation method and a cloud management platform, belonging to the technical field of cloud services. The server system comprises a first server and a second server, between which connection channels are established. A first service module and a first security module are provided in a first instance of the first server; a second service module and a second security module are provided in a second instance of the second server; the first service module is configured to send an access request for the second service module, the access request being used for requesting the second service module to provide a second tenant service; the first security module is configured to acquire the access request, encrypt the access request, and send the encrypted access request to the connection channel; and the second security module is configured to acquire the encrypted access request from the connection channel, decrypt the encrypted access request, and send the decrypted access request to the second service module. The present application implements end-to-end encryption protection of access requests.

Systems and methods in the field of software development and workflows for networked applications. System would allow rotation of test, staging, and production servers by reassigning their respective addressing, with minimal or no modification to the servers. It would reduce or eliminate uncertainty, additional testing, delays, and downtime as a result of server rotation and maintenance.

Systems, methods, and computer readable medium are disclosed for performance of network connection operations. Performance of network connection operations includes accessing a cloud service via a client device, the cloud service containing real-time network information including at least two of a real-time server load for a plurality of servers, real-time server capacity, a customer preference, or geolocation IP; receiving from the cloud service, identities of a plurality of candidate servers from the servers, wherein, based on the real time information, the candidate servers meet criteria for potential establishment of a connection with the client device; transmitting probe packets from the client device to at least some of the candidate servers; receiving responses to the probe packets; determining from the responses, communication characteristics for at least some of the probe packets; selecting a server based on the communication characteristics; and establishing a connection between the client device and the selected server.

The application provides an IPMI command processing method, device, system and electronic equipment. The method comprises the following steps: obtaining state information of a BMC; determining whether the BMC is currently in a fault state according to the state information of the BMC; triggering an interrupt signal and transmitting the interrupt signal to a BIOS to modify the IPMI retry count of the BMC to a preset minimum IPMI retry count based on the BIOS in the case that it is determined that the BMC is currently in the fault state; and exiting a system management mode when the IPMI command retry count reaches the preset minimum IPMI retry count. The BMC is detected in the fault state, and the IPMI retry count is modified to the preset minimum IPMI retry count in the case that it is determined that the BMC is faulty, so as to reduce the number of repeated IPMI command transmissions and shorten the running time of the server in the system management mode, thereby improving the server system performance.

The application relates to a floating assembly, a fastening device, a bracket and a server system. The floating assembly comprises a fixed part and a movable part. The fixed part is used for being fixed to a frame, and the fixed part comprises a side wall and a fixed side and a floating side which are oppositely arranged along the thickness direction. The side wall is used for surrounding a receiving cavity. The movable part is slidably arranged in the receiving cavity, so that the movable part protrudes from the direction of the fixed side to the floating side. The movable part comprises an abutting surface and a mounting hole. The abutting surface is used for abutting against a to-be-fixed object, and the fixed side is farther away from the abutting surface than the floating side. The mounting hole is in communication with the receiving cavity and is used for limiting a fastener. The floating assembly of the application can be switched between a recovery state and a protruding state at will, can ensure that the abutting surface abuts against the to-be-fixed object, and thus ensures the stability and safety of the to-be-fixed object after installation. In addition, the floating assembly has the advantages of simple structure, small size, compactness, easy production and installation, high convenience and wide application range.

This utility model provides a server rack and server system, relating to the field of artificial intelligence technology, particularly large models and chips. The specific implementation is as follows: The rack includes a frame, an orthogonal backplane, and a cable tray; the frame has a first mounting area and a second mounting area, and the orthogonal backplane and cable tray are both fixed to the frame; wherein, the first mounting area is used to install a first device, the first device including a first node, the first node being electrically connected to the orthogonal backplane for data transmission through the orthogonal backplane; the second mounting area is used to install a second device, the second device including a second node, the second node being electrically connected to the cable tray for data transmission through the cable tray.

This invention provides a printing device, a control method, and a program that, when creating a virtual printer, prevents situations where the user cannot obtain the desired print result by setting predetermined capability information if the virtual printer is not associated with a printing device. [Solution] A first server system provides a first cloud print service 104 that provides print data to a printer, and registers the first cloud print service as a destination printer with respect to a second server system that provides a second cloud print service 105, and obtains print data from the second server system that has registered the first cloud print service as a destination printer using IPP (Internet Printing Protocol) operations, and provides print data based on the obtained print data to the printer 107.

To clearly inform the user of the nature of the error based on the error log. [Solution] A server system is provided that exchanges information between an application server that runs an application, an LLM server having a large-scale language model, and a notification server that provides notification services, the server system comprising: a detection unit that detects errors that occur in the application server; a first acquisition unit that acquires an error log corresponding to the error detected by the detection unit and a prompt; a second acquisition unit that acquires analysis information showing the result of analyzing the error log in the LLM server based on the prompt; and a notification unit that controls the notification of the analysis information acquired by the second acquisition unit to the user via the notification server.

Techniques are disclosed relating to generating user-specific time-to-live (TTL) values using machine learning. In various embodiments, a server system maintains a cache data store that is operable to store data for a plurality of users of a web service. In response to a cache miss for a request from a first one of the plurality of users, the server system may generate a user-specific TTL value for the first user. In various embodiments, generating the user-specific TTL value may include using a machine learning model to generate a predicted future access pattern for the first user that indicates a distribution of time periods during which the first user is expected to access the web service and, based on the predicted future access pattern, determining the user-specific TTL value for the first user.

This application is directed to a method of managing processing capability of a server system having one or more processing cores that further include multiple processing slices. Upon receiving requests to initiate online gaming sessions, the server system allocates each processing slice of the processing cores to a subset of the online gaming sessions to be executed thereon. A first processing slice is allocated to a first subset of the online gaming sessions including a first gaming session and a second gaming session. At the first processing slice, a time-sharing processing schedule is determined for the first subset of the online gaming sessions. In accordance with the time-sharing processing schedule, the first and second gaming sessions share a duty cycle of the first processing slice, and are executed dynamically and in parallel according to real-time data processing need of the first and second gaming sessions.

The present invention proposes a method and system that converts a procedure document into a smart procedure system capable of voice interfacing. The system of the present invention may include a conversion module that converts the BPMN process model of a procedure expressed in XML, automatically generated via NLP-based technology, into a smart procedure system capable of voice interfacing. The conversion module may be configured as a client-server architecture composed of a mobile application client on a smart device and a server system providing backend services.

This application relates to the field of cloud computing technology and discloses a cloud phone access method, server, and medium, which can improve the performance of cloud phone access and enhance the user experience of using cloud phones on the terminal device side. The method includes: when a first user accesses a cloud phone through a terminal device, the terminal device can send an identity identifier corresponding to the first user to the cloud phone scheduling server of the cloud phone server system. The cloud phone scheduling server can determine whether the first cloud phone corresponding to the identity identifier is in an idle state. If it is determined that the first cloud phone is in an idle state, the terminal device can send an access request carrying the identity identifier to the first cloud phone in the cloud phone server. Then, the first cloud phone can run based on the application data corresponding to the identity identifier stored in the first cloud phone and return the running data of the first cloud phone to the terminal device, causing the terminal device to output the running data.

This application discloses a biometric feature matching method, a terminal device, a server, a system, and a medium, which belong to the data processing field. The method includes: obtaining second encrypted data by interacting with a server multiple times based on a first secret key, an acquired biometric feature vector to be matched, a preset generator, a second secret key, and first encrypted data, where the first encrypted data is obtained by the terminal device previously encrypting a sample biometric feature vector using the generator and the first secret key and is sent to the server, where a calculation operator including the second secret key and a target Euclidean distance is formed in the second encrypted data; and sending the second encrypted data to the server, so that the server obtains a matching result between the biometric feature vector to be matched and the sample biometric feature vector using the second encrypted data, the generator, the second secret key, and the preset Euclidean distance matching threshold.

This application provides an intelligent boot device and method for a computer system, relating to the field of computer technology. The device includes: a baseboard management controller with an out-of-band monitoring module that monitors the boot process and generates a boot status identifier; a boot control unit that reads the identifier; a multi-level redundant storage partition including primary and backup boot path partitions and an independent repair partition; and a boot control unit that selects a boot device from the primary, backup, or repair partition based on the identifier. This application solves the technical problem of traditional server single-path boot mode, where damage to critical boot components leads to system boot failure, and the recovery process relies on manual intervention. It achieves a three-level fault-tolerance mechanism by constructing primary and backup dual paths and an independent repair partition, and utilizes out-of-band monitoring to achieve automatic fault detection and intelligent boot path switching, thereby improving the reliability and automation of server system booting and reducing business offline time.

A server includes a server module and an expansion module, the server module includes a first tray provided with a first connecting mechanism, a first circuit board mounted on the first tray, and a top cover covered on the first tray for enclosing the first circuit board between the first tray and the top cover; the expansion module includes a second tray provided with a second connecting mechanism matching with the first connecting mechanism and a second circuit board mounted on the second tray, the second circuit board is electrically connected to the first circuit board. A server system is also provided.

This specification provides a server memory fault detection method, system, and electronic device, capable of early detection and warning of memory faults, ensuring the stability of server system operation. The method includes: monitoring a target server; when the target server triggers a system interrupt signal, collecting basic error information of the memory units corresponding to the system interrupt signal; parsing the basic error information to determine the corresponding memory unit attribute information stored in an internal database; querying and detecting the data content in the internal database to determine the information frequency of the memory unit attribute information corresponding to multiple memory units within a preset time period; determining whether a memory fault exists in the corresponding memory unit based on the information frequency; and when a memory fault is determined to exist in the memory unit, generating corresponding alarm information based on the memory unit attribute information and reporting it.

System (10) for route planning of a vehicle (12) based on the road characteristics, wherein the system (10) comprises: a global navigation satellite system (GNSS) (16) for determining a geographic location of the vehicle (12); a vehicle communication system (20) for communicating with server systems (28); and a vehicle controller (14) in electrical connection with the GNSS (16) and the vehicle communication system (20), wherein the vehicle controller (14) is programmed: to determine a vehicle mass, a vehicle height and a vehicle width; to receive a navigation request from an occupant of the vehicle (12); and to determine a navigation route using at least the GNSS (16) and the vehicle communication system (20) in response to receiving the navigation request, wherein the navigation route is based at least partially on the vehicle mass, vehicle height and vehicle width, wherein, in order to determine the navigation route, the vehicle controller (14) is further programmed as follows: to determine the geographical location of the vehicle (12) using the GNSS (16); to transmit the vehicle's geographical location (12), navigation request, vehicle mass, vehicle height and vehicle width to a server controller (30); and to receive the navigation route from the server controller (30) using the server controller (30), which is programmed as follows: to determine several possible routes at least partially based on the geographical location of the vehicle (12), each of which satisfies the navigation requirement; to determine a route-drive comfort score for each of the several possible routes; and to select the navigation route from the several possible routes at least partially based on the route drive comfort score for each of the several possible routes, wherein the server controller (30) is electrically connected to a database, wherein the database contains several segment drive comfort records, wherein each of the several segment drive comfort records corresponds to one of several road segments of several lanes, and wherein each of the several segment drive comfort records has a location attribute, a vehicle class attribute and a drive comfort score attribute, wherein, in order to determine the route drive comfort score for each of the several possible routes, the server controller (30) is further programmed as follows: to determine a vehicle class of the vehicle (12) at least partially based on the vehicle mass, vehicle height and vehicle width; to retrieve a subset of the multiple segment drive comfort records from the database, wherein the location of each subset of the multiple segment drive comfort records is along one of the multiple possible routes, and wherein the vehicle class of each subset of the multiple segment drive comfort records corresponds to the vehicle class of vehicle (12); and The route drive comfort score for each of the multiple possible routes is determined by summing the drive comfort score of each subset of the multiple segment drive comfort data records along each of the multiple possible routes.

The application discloses a target device power supply method, system and device and a computer readable storage medium, relates to the technical field of server power supply setting, and determines whether a control instruction for controlling power-off of the server is received in the execution process of a configuration identification process of the server. If yes, instead of directly controlling the whole server to completely power off as in the prior art, the execution of the control instruction is suspended, that is, the execution of the control instruction is prohibited, and the configuration identification process is controlled to continue execution. Therefore, when it is determined that the configuration identification process is executed and the result is that there is a target device, it is determined that the server executes a first preset power-off strategy to keep power supply for the target device, so that unexpected power-off of the server cannot cause power-off collapse of the target device, the protection of the server system is realized, the collapse probability of the whole server system is reduced, and convenience is provided for subsequent user use and server maintenance and the like.

This application proposes a method, system, and server for hot-updating server firmware, relating to the field of server maintenance. When applied to a BMC (Browser Control Center), the method includes: receiving a remote update command carrying target configuration data; responding to the remote update command, writing the target configuration data to a target non-volatile memory area associated with the MCP (Machine Processor) and decoupled from the BIOS mirror storage area; sending a reset command to the SCP (Processor Controller), which instructs the SCP to perform an independent reset on the MCP, which has an independent power domain, after detecting that the target configuration data has been written, so that the MCP restarts, loads the target configuration data from the target non-volatile memory area, and updates the firmware layer logic of the underlying hardware of the server system; and obtaining update status information returned by the MCP through an inter-processor communication channel. This solution can adjust the server's firmware configuration data or fix firmware layer security vulnerabilities without restarting the main server system.

Summary: 5 The invention relates to a server for providing media files for download by a user with an operating system in which the user is created, a media table stored in a memory, in which at least a first media ID is assigned to a first media file and a second media ID is assigned to a second media file, an identification table stored in a memory, in 10 which an identifier that can be assigned to an identification carrier is stored and assigned to the user, and an assignment table stored in a memory, wherein the first media ID and / or the second media ID can be assigned, in the allocation table, to the identifier and the first media ID is not assigned to the identifier, with a program routine provided on the server, with which the user changes the allocation table and assigns 15 the first media ID to the identifier in the allocation table. 10 15 the first media ID to the identifier in the allocation table. 20 26 20 53 76 07 J ul 2 02 6 2 0 2 6 2 0 5 3 7 6 0 7 J u l 2 0 2 6 1 0 1 5

Embodiments provide methods and systems of enabling an electronic payment from a merchant device using customer credential when a customer does not have mobile device or card with him. The customer enters customer credential, associated with a customer wallet, on a merchant wallet application accessible in the merchant device. The customer credential and merchant credential are transmitted to a server system associated with a payment network. The server system validates the customer credential, generates and transmits a pull payment request to a customer wallet server for approval of the payment request for transferring funds from customer wallet to the merchant wallet. After the approval, the server system transmits the successful payment response to the merchant device.

To provide a technology which creates new added value using a transmission function of a text and an image and enriches user experiences.SOLUTION: Distribution of a content incorporates a user transmission service function and, when a viewing user performs transmission operation of a text or an image while viewing, the text or image of the transmitted content is displayed in a viewing screen. A distribution server system monitors user transmission and performs privilege control when transmission whose timing is continuous and which is related to a transmission content is continued in succession to a certain scale by a different viewing user. A variety of privilege control is prepared in accordance with continuation frequency, a content of relevance, and the like. All of them augment a user's virtual experience which a plurality of viewing users view the content together and improve the user experience.SELECTED DRAWING: Figure 5

The application provides a BMC reset method, a BMC and a BMC reset system. The method comprises the following steps: in response to receiving a reset instruction, resetting a reset flag bit of a reset flag register to zero; performing a logical AND operation on the reset reset flag bit and a target bit of a command register of a PCIe endpoint device to clear the target bit, and the target bit being zero is used to make the PCIe endpoint device intercept a host access request; and in response to completion of the logical AND operation, performing a reset. The application adds a reset flag register, resets a reset flag bit of the reset flag register to zero before resetting the BMC, and performs a logical AND operation on the reset flag bit and a target bit of a command register of a PCIe endpoint device to forcibly clear the target bit, so that all access requests of the host are intercepted during the reset, and problems such as a host read request timeout, a device being mistakenly removed or a system hanging due to BMC memory initialization are avoided, and the stability and reliability of a server system are improved.

The present disclosure relates to an information processing system and an information processing method using a server system and a data analysis client terminal. The main object is to provide an information processing system capable of coping with an increase in the amount of information processing involved in the analysis of biological samples. The present disclosure provides a server system including: an automatic analysis processing unit that generates output data by performing analysis processing on light intensity data or fluorescent marker intensity data obtained by irradiating light on a biological sample; an analysis result data storage unit that stores output data generated based on the light intensity data or the fluorescent marker intensity data; and an interactive analysis processing unit that analyzes the fluorescent marker intensity data based on an analysis command related to the output data output to an output device, and outputs analysis result data. The present disclosure also provides an information processing system including the server system.

This application discloses a data-triggered heterogeneous server system and its task scheduling method, relating to the field of artificial intelligence technology. It includes: a computing node layer, comprising at least one computing node, each computing node including a processing core combination and corresponding core shared memory, wherein the processing core combination includes at least one general-purpose processing core and multiple accelerated processing cores; and a data-triggered control layer, comprising at least one control node, the control node being connected to the corresponding computing node including at least one general-purpose processing core and multiple accelerated processing cores. When received reference data meets the triggering conditions, the control node directly sends task instructions to multiple target processing cores in the connected computing node, wherein the processing core combination includes multiple target processing cores. This solves the technical problem of low data scheduling efficiency in heterogeneous servers in related technologies.

Systems and methods of sidelink positioning operations based on interactions between a location management function (LMF) and a sidelink positioning server wireless transmit / receive unit (WTRU) are described herein. Sidelink (SL) positioning operations can be performed based on interactions between a network entity and a SL positioning server WTRU. A WTRU can receive configuration information associated with SL positioning assistance. The WTRU can send a positioning service message to a network entity. The WTRU can determine a SL positioning service request associated with a target WTRU. The WTRU can determine positioning service information. The positioning service can be associated with the target WTRU. The WTRU can receive a message from the network entity, where the message can include a candidate list of SL reference WTRUs (e.g., a first candidate list of SL reference WTRUs). The determined SL reference WTRU can be from the candidate list of SL reference WTRUs.

The embodiment of the utility model discloses a temperature monitoring device and a server. The server comprises a board card and a substrate controller. The board card power supply is connected with the corresponding N slots through the N groups of cables and the N power supply connectors. The temperature monitoring device comprises N temperature monitoring circuits, and each temperature monitoring circuit comprises at least one semiconductor device and a temperature chip; the at least one semiconductor device is located at a target position and is in contact with the to-be-monitored cable; the temperature chip is respectively connected with the at least one semiconductor device and the substrate controller; the at least one semiconductor device is used for generating a first electric signal according to the temperature change of the target position and sending the first electric signal to the temperature chip; the temperature chip is used for processing the first electric signal to obtain a second electric signal and sending the second electric signal to the substrate controller; the substrate controller is used for determining the temperature of the to-be-monitored cable according to the second electric signal. The service life of the cable is prolonged, and the performance of the whole server system is ensured.