19 results about "Event generator" patented technology

In some implementations, the techniques described herein relate to a method including: receiving a stream of security events from a plurality of event generators; generating security signals based on the security events, the security signals including a subset of the security events; aggregating and correlating the security signals using a signal source; evaluating the security signals and determining risk levels using a plurality of independent processors; determining that action is required based on a combined output of the security signals and determined risk levels; and executing a security response responsive to the action.

The invention discloses a single-connecting-rod mechanical arm system modeling and double-asynchronous event trigger control design method. According to the method, random fluctuation of effective load mass and rotational inertia of a single-connecting-rod mechanical arm system, system interference and bandwidth limitation and time delay phenomena in a signal transmission process are considered, a single-connecting-rod mechanical arm model is established by utilizing a Semi-Markov theory, and the double-asynchronous event trigger control problem of the single-connecting-rod mechanical arm system is solved; the method comprises the following specific steps that firstly, random changes of effective load mass and rotational inertia are considered, and a model reflecting state changes of a single-connecting-rod mechanical arm system is established based on the Semi-Markov theory; then, designing an event generator and a controller which are asynchronous with the system modal information; furthermore, a Lyapunov function depending on the system mode and the residence time in the mode is constructed, stability analysis is conducted on the closed-loop single-connecting-rod mechanical arm system by means of a probability density function, and finally the obtained system random stability condition and the controller existence condition are expressed through a set of linear matrix inequality LMI.

An integrated circuit includes delay monitors that monitor the delays of data signals from the digital circuitry by generating pulses having widths determined by the delays. In some embodiments, the delay monitor is implemented as a digital circuit that includes a pulse generator and an event generator. The delay monitor receives a data signal and a clock signal used to clock the data signal. The pulse generator generates pulses from the received data and clock signals, where the widths of the pulses are determined by a delay of the data signal relative to the clock signal. The event generator generates events that are distributed in time relative to the clock signal. As a result, the delay is estimable based on an overlap between the events and the pulses.

Provided is a Middleware comprising an Event Generator to generate events related to access and usage of the authenticator device by one or more apps executing on an end-point; an Event Viewer that makes visible events related to certificate based PKI authenticator device interactions by the one or more apps; and an Event Uploader to upload the events. An Analytics Engine on a server side identifies an application usage status of the authenticator device in view of event and application correlations, builds analytics on usage patterns from the application usage status on PKI authenticator device interactions by the one or more apps, and reports anomalies and potential attacks on the authenticator device in view of the analytics based on an event threat analysis.

A test and measurement device is described, comprising one or more detection devices configured to receive an event from a corresponding event generator. The test and measurement device also includes a transmitter configured to receive the event from the one or more detection devices and transmit the event. The test and measurement device also includes one or more comparators configured to receive the event from the batch transmitter and forward the event to a corresponding event detector based on a comparison of an event identifier and a detector identifier.

The invention discloses a log generator design based on video streaming in the technical field of log generation, comprising an end side camera device, an end side data acquisition system, a cloud large model, an end side log recording and displaying system, a data transmission system and a cloud storage module, the end side data acquisition system comprises a coprocessor and an event generator; the end-side camera equipment sends video stream data to the end-side data acquisition system, and the video stream data is processed by the coprocessor and the event generator to generate a LOG file; the cloud big model carries out processing and analysis through a deep learning algorithm, a natural language processing algorithm, a reinforcement learning algorithm and the like, and inputs an analysis result into the end side log recording and displaying system, the log generator based on the video stream is reasonable in design and structural design, can realize log recording with low storage cost and high retrieval efficiency, and is suitable for large-scale popularization and application. And the later operation and maintenance requirements of various intelligent video applications are met.

Method and electronic system for managing event streams of software application(s), computer program and associated electronic emulation installation. The invention relates to a method for managing event streams emulated by a set (12) of first emulator(s) (14) comprising event producers, implemented by an electronic system and comprising a processing phase carried out iteratively for successive streams, and comprising: - acquiring from the producers a current stream including a current sequence of event(s) for each producer, each event having a respective date, with respect to an emulated clock common to the producers; - determining a current reordering interval between an initial time and a final time;- reordering events within the current reordering interval, the events to be reordered being the acquired events whose date belongs to the current reordering interval, and being reordered according to their respective dates; - storing the reordered events in a memory (30) for use by a set (16) of second emulator(s) (18). Figure for the abbreviation: Figure 2;

A method including tagging a feature of a mobile application as an event generator, in response to a user interacting with the feature of the mobile application on a mobile device, generating an event having an event type, requesting, by an interaction measurement software development kit (SDK) from the mobile application, interaction data associated with the user interaction with the mobile application based on the event type, and securely transmitting, by the interaction measurement SDK, the interaction data to a first computing device indicated by the interaction measurement SDK.

An information processing system includes a position management portion, an input acquisition portion, a first image condition generator, a second image condition generator, a first determination portion, and an event generator. The first image condition generator generates a first display image viewable by the first user, from a first viewpoint corresponding to the first display medium. The second image condition generator generates a second display image viewable by the second user, from a second viewpoint corresponding to the second display medium. The first determination portion that determines whether a first predetermined condition is satisfied. The event generator causes a predetermined event to occur, that can be realized in cooperation among a plurality of display media including the first display medium and the second display medium, when the first determination portion determines that the first predetermined condition is satisfied.

An integrated circuit includes delay monitors that monitor the delays of data signals from the digital circuitry by generating pulses having widths determined by the delays. In some embodiments, the delay monitor is implemented as a digital circuit that includes a pulse generator and an event generator. The delay monitor receives a data signal and a clock signal used to clock the data signal. The pulse generator generates pulses from the received data and clock signals, where the widths of the pulses are determined by a delay of the data signal relative to the clock signal. The event generator generates events that are distributed in time relative to the clock signal. As a result, the delay is estimable based on an overlap between the events and the pulses.

One example method includes receiving, by a graph proxy, an event from an event generator, and the event includes information about an IO and information about data affected by the IO, comparing, by the graph proxy, the data to a schema, when the data is determined by the graph proxy to map to the schema, identifying, by the graph proxy, a rule that is associated with the event, and the rule specifies performance of an action when a condition is met, and when the condition is met, performing, by the graph proxy, the action, and the action is performed with respect to a graph.

Systems, methods, and computer-readable media for processing transactions utilizing a gaming system, where the transactions are initiated by game providers. The system may include a remote gaming server, a remote gaming server bridge, a gaming system, an eligibility verifier, a wallet, an event generator, an event publisher, a session manager, an alert system, and a pendings fixer. The remote gaming server may transmit a request (e.g., a transaction) to the gaming system, where the remote gaming server bridge may translate the request such that it is processable and understandable by the gaming system. The wallet may update an account associated with the user, including by depositing a sum or withdrawing the sum from the account. The event generator may generate a system event associated with the transaction, and the event publisher may publish the system event to a data store.

The present invention discloses a single-link robotic arm system modeling and dual-asynchronous event-triggered control design method; the present invention considers the random fluctuations of the payload mass and moment of inertia of the single-link robotic arm system, system interference, and bandwidth limitation and time lag in the signal transmission process, and uses Semi-Markov theory to establish a single-link robotic arm model to solve the dual-asynchronous event-triggered control problem of the single-link robotic arm system; the specific steps are as follows: first, considering the random changes in payload mass and moment of inertia, a model reflecting the state changes of the single-link robotic arm system is established based on Semi-Markov theory. Then, an event generator and controller that are asynchronous with the system modal information are designed. Furthermore, by constructing a Lyapunov function that depends on the system mode and the residence time within the mode, the closed-loop single-link robotic arm system is analyzed for stability with the help of a probability density function, and finally the obtained system random stability conditions and controller existence conditions are expressed by a set of linear matrix inequalities LMI.

The invention discloses a pat-watt laser proton knife event triggering timing system and a control method thereof. Information real-time transmission and interaction between the Patwatt laser accelerator system and the irradiation treatment system are achieved through the event generator, the event receiver and the accelerator state integrator, and it is ensured that the two systems efficiently and stably operate cooperatively; by means of precise time sequence control, pat-watt laser acceleration, proton beam generation and irradiation treatment operation can be efficiently synchronized, so that the whole treatment process is orderly carried out according to a preset treatment plan, and the safety and efficiency of treatment are remarkably improved; according to the invention, not only are the stability and reliability of the Patwatt laser proton knife system enhanced, but also an efficient and feasible technical path is provided for the combined application of the Patwatt laser accelerator and the irradiation treatment system, and the application and development of the Patwatt laser proton treatment technology in clinical medicine are further promoted; the method provides a key reference value for future technical innovation and application expansion in related fields.

A test and measurement device is described having one or more capture devices configured to receive an event from a respective event generator. The test and measurement device also includes a broadcaster configured to receive the event from the one or more capture devices and broadcast the event. The test and measurement device also includes one or more comparators configured to receive the event from the batch broadcaster and route the event to a respective event detector based on a comparison of an event identifier and a detector identifier.

Systems, methods, and computer-readable media for processing transactions utilizing a gaming system, where the transactions are initiated by game providers. The system may include a remote gaming server, a remote gaming server bridge, a gaming system, an eligibility verifier, a wallet, an event generator, an event publisher, a session manager, an alert system, and a pendings fixer. The remote gaming server may transmit a request (e.g., a transaction) to the gaming system, where the remote gaming server bridge may translate the request such that it is processable and understandable by the gaming system. The wallet may update an account associated with the user, including by depositing a sum or withdrawing the sum from the account. The event generator may generate a system event associated with the transaction, and the event publisher may publish the system event to a data store.

A test and measurement device is described having one or more capture devices configured to receive events from respective event generators. The test and measurement device also includes a broadcaster configured to receive an event from the one or more capture devices and broadcast the event. The test and measurement device also includes one or more comparators configured to receive events from the batch broadcaster and route the events to respective event detectors based on a comparison of the event identifier and the detector identifier.

The invention discloses an intelligent recommendation system and method based on a large model, and relates to the technical field of smart home, and the system comprises a data obtaining module which is used for obtaining multi-modal data in a preset Internet of Things range; the data processing module is used for processing the multi-modal data acquired by the data acquisition module and outputting feature information of the multi-modal data; the event generator is used for generating an event corresponding to the multi-modal data based on the feature information of the multi-modal data output by the data processing module; the rule generator is used for generating an event rule corresponding to the multi-modal data based on the event corresponding to the multi-modal data; the intelligent recommendation module is used for carrying out intelligent scene recommendation through the intelligent recommendation module according to the event rules corresponding to the multi-modal data generated by the rule generator; and the privacy and security module is used for carrying out encrypted storage and security calculation on the multi-modal data. According to the method and the device, a heterogeneous and interdependent relationship among entities, data, information and knowledge can be constructed according to the collected multi-modal data, and intelligent scene recommendation of different users is realized.