41 results about "Event manager" patented technology

The embodiment of the invention provides a hardware verification method and device, electronic equipment and a storage medium, and relates to the technical field of hardware verification. The method comprises the following steps: dividing a time slice into an execution time slice of a software test tool and an execution time slice of a hardware simulator; writing simulation input data into the hardware simulator through a data interface of the hardware simulator after all events which can be executed at the current moment in the software test tool are executed in the execution time slice of the software test tool; converting the time slice into an execution time slice of a hardware simulator, calling a control interface of the hardware simulator in a software environment, and controlling the hardware simulator to operate so as to perform hardware verification; and converting the time slice into an execution time slice of a software test tool, and obtaining a hardware verification result through a data interface of the hardware simulator. Event manager data of software and hardware are synchronized through the data interface, and hardware verification in a software environment by using a software test tool is supported.

A system and a method for responding to an outage of a computing system use a sidecar computing system and an event manager. The computing system is operatively connected to multiple user devices by a first network. The sidecar computing system includes a processor, a non-transitory storage device and multiple virtual machines, wherein computer-readable instructions are stored in the storage device. A second network operatively connected to the sidecar computing system and the sidecar computing system is deactivated when the computing system is operating. The event manager communicates with the computing system through the first network and the sidecar computing system through the second computer network, wherein the event manager activates the sidecar computing system to operate in an outage mode when the computing system has an outage.

The invention relates to power reduction in processing a physical layer of a wireless system. A system includes a controller that receives data for a time slot and processes the data in a first power mode, and assigns jobs associated with the data to one or more accelerators or one or more DSP cores. The scheduler receives the jobs assigned by the controller and schedules the jobs for execution by the at least one or more hardware accelerators and the one or more DSP cores. An event manager manages a power mode for the controller. After the controller completes processing of the data associated with the time slot, the controller transitions from the first power mode to the second power mode. When the controller is processing the data, the second power mode is a lower power mode than the first power mode. The event manager transitions the controller from the second power mode to the first power mode in response to the trigger event.

One or more embodiments of the invention relates to a method of managing data in a cluster. The method includes receiving, by a global event manager of the cluster, a notification that an event has occurred on the cluster, wherein the cluster comprises a plurality of file system redirector proxy (FSRP) nodes. In response to the notification, the global event manager performs a load balancing analysis on the cluster to assign an export location of a file system export to a FSRP node of the plurality of FSRP nodes, and notifying each of the plurality of FSRP nodes in the cluster of the event, wherein the notifying results in an update of a global export table of each of the plurality of FSRP nodes of the assigning of the export location to the FSRP node.

To provide a system and a method for reducing power consumption in a base station.SOLUTION: A method receives data for a slot, processes the data in a first power mode, and assigns jobs associated with the data to one or more accelerators or one or more signal processing (DSP) cores. A scheduler receives jobs assigned by the controller and schedules a plurality of jobs for execution by at least one or more hardware accelerators and one or more DSP cores. After a controller completes processing of the data associated with the slot, the first power mode is transitioned to a second power mode that is a lower power mode than the first power mode, and an event manager transitions the controller from the second power mode to the first power mode in response to a trigger event.SELECTED DRAWING: Figure 9

A system in which an event manager executes a multitenant computing platform. The event manager obtains a first domain-specific event indicating a user request to perform operations associated with a particular tenant's domain object. Information for the domain object associated with the domain-specific event is retrieved from a tenant database, the information including a domain object definition and instructions defining its behaviors. A protected event execution environment (sandbox) is generated on the multitenant computing platform implementing restrictions on execution of the domain object's behavior instructions. The restrictions are specific to the combination of the user and the domain object. Execution of the instructions is initiated in the protected event execution environment. A second domain-specific event which indicates a request to modify the domain object information is then obtained, and the modification of the domain object information is initiated in the protected event execution environment.

One or more embodiments of the invention relate to a method for managing data in a cluster. The method comprises receiving a notification by a global event manager of the cluster that an event has occurred on the cluster, wherein the cluster comprises a plurality of file system redirection proxy (FSRP) nodes. In response to the notification, the global event manager performs load balancing analysis on the cluster to assign an export location of a file system export to one of the plurality of FSRP nodes and notifies each of the FSRP nodes in the cluster of the event, wherein the notification results in an update of a global export table of each of the plurality of FSRP nodes of the assignment of the export location to the FSRP node.

An advanced intelligence engine (AIE) for use in identifying what may be complex events or developments on one or more data platforms or networks from various types of structured or normalized data generated by one or more disparate data sources. The AIE may conduct one or more types of quantitative, correlative, behavioral and corroborative analyses to detect events from what may otherwise be considered unimportant or non-relevant information spanning one or more time periods. Events generated by the AIE may be passed to an event manager to determine whether further action is required such as reporting, remediation, and the like.

Systems and methods are disclosed for operating a warehouse by connecting a gateway device with a data ingestion pipeline, the data ingestion pipeline being in communication with a plurality of worker computing devices and a plurality of sensor devices, the worker computing devices each relating to one or more workers of a plurality of workers; connecting the gateway device with a plurality of process safety suit (PSS) devices in communication with a system integration framework, the PSS devices comprising one or more voice devices, mobility devices, hand-held devices, printers, and / or scanners, the system integration framework comprising a plurality of event manager modules; determining, based on information received from the data ingestion pipeline and the system integration framework, warehouse energy and emission calculations; and determining, based on the warehouse energy and emission calculations, key warehouse performance calculations by aggregating across one or more reporting periods.

The invention belongs to the technical field of operation and maintenance management, and relates to a soft keyboard event scheduling method and device, equipment and a storage medium thereof. The soft keyboard event is monitored through the preset event monitor, and the corresponding soft keyboard event is executed by adopting the event proxy function mode according to the monitoring result, so that the soft keyboard event is reasonably scheduled in the event manager, the monitor and the proxy processing mode, and later unified maintenance and management by operation and maintenance personnel are facilitated. The soft keyboard event scheduling method is applied to soft keyboard event scheduling and management in a financial or medical online business processing platform, the soft keyboard event can be reasonably scheduled, and operation and maintenance personnel can conveniently carry out later unified maintenance and management.

The invention provides a method and a system for monitoring an operating system of a mobile terminal, and the method comprises the steps: a system event manager records and broadcasts an occurring system event, and triggers the initialization of an application performance monitoring service assembly; a system event receiver monitors a system event, and an omission event detector checks the system event in a backtracking time window, determines an event to be processed and sends event data corresponding to the event to a local storage manager; the local storage manager stores the event data into a local database and arranges the event data into data to be reported; and the batch reporting manager periodically acquires the to-be-reported data and reports the to-be-reported data to the remote server. By means of the method, the integrity and stability of system event monitoring are improved, and then the stability and efficiency of processing and reporting the system data are improved.

A power event manager controller for a gas turbine engine power system, the gas turbine engine power system comprising at least one gas turbine engine, a thermal management system and at least one of a generator, an energy storage system, the power event manager controller receiving an input power demand, and receiving input relating to the mission plan, and inputs from each of the systems within the gas turbine engine power system, based upon the inputs from the from the power demand and the mission plan the power event controller defines a series of constraints, and wherein the power event manager controller utilises an optimiser function to obtain control reference trajectories which minimise an objective cost function of modelled states, whilst being subject to the series of constraints.

The present invention discloses an implementation method of a satellite simulation manager based on multiple spatial events, comprising the following steps: S1, creating an event list by obtaining events; S2, performing grouped judgment on the event list and respectively entering the satellite platform service and the device service; S3A, if it is an event list of a satellite object, performing operations on the events of the satellite object; S3B, if it is an event list of a device object, directly passing it into the event management service for the next operation; S4, in the event management service, creating and storing an event timeline; S5, saving another event timeline in the event management; S6, in the time-driven event judgment, after arranging in sequence according to time, during the event loop, if the event is less than the current time, execute and delete the current event and jump out of the current event loop. The present invention has high efficiency and is convenient for management, providing a basis for the addition of subsequent functions and the adaptation to different scenarios.

Devices and techniques for providing receipts for event messages in a processor are described herein. A system includes multiple memory-compute nodes coupled to one another over a scale fabric; a set of registers; and an event manager hardware circuitry to: receive an event message corresponding to an event, and the event associated with an event mode; track a counter value representing a number of received event messages related to the event, the counter value stored in the set of registers; compare the number of received event messages to a trigger value; and in response to the number of received event messages equaling the trigger value: use an atomic operation to reset the counter value in the set of registers while maintaining the event mode; and alert a thread of the event.

A firmware management operation. The firmware management operation includes providing an information handling system with a distributed BIOS; identifying information handling system diagnostics data, the information handling system diagnostics data being associated with an independent diagnostics module; authenticating the independent diagnostics module; and, executing the independent diagnostics module on the information handling system via a diagnostics event manager.

Transaction scheduling is described for a user data cache by assessing update criteria. In one example an event records memory stores a list of events each corresponding to performance of a transaction at a remote resource for a user. The memory has criteria for each event and a criterion value for each criterion and event combination. An event manager assesses criteria for each event by performing an operation on the stored criterion value for each criterion and event combination, assigning a score for each criterion and event combination, and compiling the assigned scores to generate a composite score for each event. The events are ordered based on the respective composite scores and executed in the ordered sequence by performing a corresponding transaction at remote resource. Updated criterion values are stored for executed events.

The invention provides a vehicle fault prediction method based on AUTOSAR, and the method comprises the steps: A, carrying out enhanced data collection and diagnosis execution, recording key parameter snapshots and supporting a periodic broadcast mode through expanding a diagnosis event manager DEM and a diagnosis communication manager DCM of a basic software layer of the AUTOSAR; b, light-weight in-vehicle data aggregation, wherein prediction required data signals distributed on different electronic control units (ECU) are aggregated to an application layer of a main diagnosis ECU through an environment RTE during operation of the AUTOSAR; step C, deploying and executing loosely coupled intelligent prediction, packaging a prediction algorithm into an independent AUTOSAR software component SWC, and subscribing real-time data flow and accessing historical fault data by the SWC through an RTE port; and D, performing fault prediction by adopting a hybrid prediction model in combination with the physical model and the data-driven model. The safety and reliability of the vehicle are effectively improved, and the full-life-cycle maintenance cost is reduced.

Provided are a device, system, method, and computer program for inferring an attacker group by analyzing malicious code. The system includes a sandbox pool manager configured to allocate analysis target files for inferring an attacker group to one or more nodes and separately execute the analysis target files in separate malicious code analysis environments by controlling each node, an event manager configured to determine in real time whether all events related to the analysis target files have been collected on the basis of running state information of each node and collect events which are recorded in the malicious code analysis environments of each of the nodes and related to the analysis target files, an attacker group inference part configured to infer an attacker group by analyzing the collected events, and an analysis result provider configured to provide information on the inferred attacker group.

The application discloses a flutter-based automatic burying point method and device, equipment and medium, including: step one, carrying out page browsing automatic burying point, including: creating and registering route observer, defining several methods through route observer; creating burying point configuration file, setting page browsing related configuration parameters; configuring the route parameters of each page; calling several methods when the route changes, obtaining page browsing events through several methods; step two, carrying out click event burying point, including: creating click event manager, encapsulating the custom Widget, obtaining DMTrackWidget, wrapping DMTrackWidget, and intercepting the click event of the Widget; creating a burying point configuration file, setting click event related configuration parameters; creating a click event class; setting the object of the click event for the Widget; in the click event intercepted by the click event manager, finding the corresponding Widget by traversing, obtaining click event information and uploading to the server.

A method of managing data in a cluster, that includes a plurality of file system redirector proxy (FSRP) nodes, includes receiving, by a global event manager of the cluster, a notification that an event (e.g. unavailability of a FSRP) has occurred on the cluster. In response to the notification, the global event manager performs a load balancing analysis on the cluster to assign an export location of a file system export to a FSRP node of the plurality of FSRP nodes, and notifying each of the plurality of FSRP nodes in the 10 cluster of the event, wherein the notifying results in an update of a global export table of each of the plurality of FSRP nodes of the assigning of the export location to the FSRP node. The file system preferably exports in format readable in a network file system NFS protocol with. clients manage namespaces in the NFS protocol.

One or more embodiments of the present invention relate to a method of managing data in a cluster. The method includes receiving, by a global event manager of the cluster, a notification that an event has occurred on the cluster, wherein the cluster includes a plurality of file system redirection proxy (FSRP) nodes. In response to the notification, the global event manager performs a load balancing analysis on the cluster to assign an export location for file system export to an FSRP node of the plurality of FSRP nodes, and notifies each FSRP node of the plurality of FSRP nodes in the cluster of the event, wherein the notification results in an update of a global export table for each of the plurality of FSRP nodes with respect to the assignment of the export location to the FSRP node.

To provide a method and an apparatus for monitoring and managing a loading dock and facility operation.SOLUTION: In a material handling facility, an event manager of a main server comprises: a data analyzer to monitor first data indicating whether a truck trailer is present at a dock of the material handling facility and monitor second data which indicates a condition associated with a door at the dock and is different from the first data; a notification engine 916 being a notification generator to generate a notification based on the first data and the second data; and a web page analyzer 918.SELECTED DRAWING: Figure 9

A first event sent from a service belonging to a distributed data management application for one or more other services is received. The service and one or more other services are hosted across nodes of the cluster and the service is a sending service. The first event, including a first membership list listing services that are currently members of the cluster, is broadcast to each service in the cluster. A second event is received indicating that a new service belonging to the application has joined the cluster. The second event, including a second membership list listing services that are currently members of the cluster, is broadcast to each service in the cluster. The second membership list includes the new service. The sending service identifies the new service by comparing the first and second membership lists and determines whether the new service should be sent the first event.

A firmware management operation. The firmware management operation includes providing an information handling system with a distributed BIOS; identifying information handling system diagnostics data, the information handling system diagnostics data being associated with an independent diagnostics module; authenticating the independent diagnostics module; and, executing the independent diagnostics module on the information handling system via a diagnostics event manager.

A device comprising a system-on-a-chip (SoC) is provided. The SoC is configured to receive information from a power management integrated circuit (PMIC) that a battery in the device was removed or will be removed, and store context data associated with the device based on the received information. The SoC further includes a battery event manager. The battery event manager is configured to store the context data associated with the device based on a timer. If the timer is greater than a first timer threshold, the battery event manager transitions the boot core to a deeper low-power mode (LPM) than a current LPM and the SoC to a sleep state. If the timer is greater than a second timer threshold, the battery event manager wakes up dynamic random access memory (DRAM) and copies the context data from the DRAM into non-volatile memory.

A system for component failure management, comprising a plurality of hardware components disposed in a hardware rack and configured to process network data traffic and to generate hardware event data, an event manager coupled to the plurality of hardware components and configured to monitor the network traffic and hardware event data and to determine whether a hardware failure has occurred and a network optimization module coupled to the event manager and configured to determine whether a network partition update is required in response to the determination that a hardware failure has occurred.

A system in which an event manager executes a multitenant computing platform. The event manager obtains a first domain-specific event indicating a user request to perform operations associated with a particular tenant's domain object. Information for the domain object associated with the domain-specific event is retrieved from a tenant database, the information including a domain object definition and instructions defining its behaviors. A protected event execution environment (sandbox) is generated on the multitenant computing platform implementing restrictions on execution of the domain object's behavior instructions. The restrictions are specific to the combination of the user and the domain object. Execution of the instructions is initiated in the protected event execution environment. A second domain-specific event which indicates a request to modify the domain object information is then obtained, and the modification of the domain object information is initiated in the protected event execution environment.

In one implementation, systems and methods are provided for developing a computer-implemented digital experience application having a first and a second micro-application. Each micro-application includes a front end interface configured to receive and display information. The first micro-application includes a first event manager configured to detect an application event belonging to a category, and a first state manager configured to detect an application state belonging to the category. The digital experience application further includes a driver application configured to host the first and second micro-applications, an event hub configured to receive the detected application event from the first micro-application, and a state store configured to store the detected application state received from the first micro-application. The second micro-application includes a second event manager configured to receive the detected application event from the event hub, and a second state manager configured to receive the detected application state from the state store.

Various embodiments herein include distributed hardware vulnerability identification and resolution. One method embodiment includes conducting an inventory of devices on a network and generating a queue of scanning jobs for each inventoried device to discover possible modes of network entry via each device. The method then proceeds by scanning devices on the network that are to be blocked according to a stored representation of an expected configuration of each device to identify devices of interest and queuing a new job for a deep scan of each device of interest. Each deep scan is executed to search one or both of a greater portion and in greater detail of a device of interest than prior scanning. The method then passes deep scan results to an incident manager to open an incident ticket for each device of interest.

The application provides a multi-unmanned system reinforcement learning training environment construction method and system, comprising: modeling and abstracting the unmanned system and the environment to form configuration information and writing into a configuration file; training environment initialization; a digital world role Actor object, a subsystem, a component class register an event processing object to an event manager; according to the information about the agent type and quantity in the configuration file, waiting for all agents to access; then entering a training simulation loop, judging whether the training termination condition is reached, if yes, exiting the training simulation loop, sending a training end event to the agent, recycling network threads, rendering threads and auxiliary thread pools by the simulation thread, and destroying various functional modules; if not, continuing the training. The multi-unmanned system reinforcement learning training environment construction method based on the application can realize a training system, and supports multi-agent collaborative reinforcement learning training of any type and any number of unmanned systems.