6 results about "It integration" patented technology

The invention relates to a monitoring system of a low-frequency load shedding device, which is applied to the field of power supply or power distribution, and comprises a device body, an execution mechanism arranged in the device body, a DSP (Digital Signal Processor) operation processing unit carried in the device body and double sets of redundant links connected with the device body, by adopting the arrangement of double sets of redundant link data acquisition units, a scheduling regulation feedback unit, a reserved re-verification unit, a prediction scheduling emergency unit and a load regulation emergency recovery unit, the fusion of multi-source information can be promoted in the application process of the monitoring system, on one hand, the intermittency and volatility of new energy are predicted and applied, and on the other hand, the integration of the multi-source information is facilitated; on the other hand, data can be re-verified after load regulation and control, data errors caused by previous-stage actions are reduced, false actions of the device body are reduced, effectiveness and safety of load cutting of the device body are guaranteed, and monitoring accuracy and stability of the monitoring system on power grid frequency data are effectively improved; and the phenomenon of mistaken cutting or missing cutting is avoided.

Methods, systems, and devices for dynamically assembling modular emergency response solutions with a decentralized data plane are described. In some implementations, a server may receive operational input data defining emergency response requirements for an entity. A generative artificial intelligence model may analyze the operational input data to calculate a required solution shape and identify a plurality of atomic software tools from a tool library, each associated with a semantic interface layer specifying functional attributes and data dependencies. The server may construct a modular configuration blueprint specifying logical relationships among the identified tools and their integration with the decentralized data plane. The server may establish a data lifecycle management protocol to classify and manage information as ephemeral or persistent and configure a zero-trust security framework to govern data access and interactions. The server may deploy the modular configuration blueprint to a designated network endpoint for execution.

The invention discloses a user-authorized linkable ring signature method for a financial science and technology block chain scene, which is applied to a financial scene of a block chain, mainly aims at cross-mechanism transaction verification and privacy protection, and is characterized in that anonymous verification and traceability of transaction records are realized in combination with an authority control mechanism. The method specifically comprises the steps of system initialization, key generation, link secret generation, signature, verification, linking, authorization and link verification. Compared with the prior art, the method has the advantages that user privacy protection is supported, controllability and traceability are achieved, and efficient verification is achieved, and it is ensured that transaction data can be reliably verified while user privacy is guaranteed in the loan approval or anti-money laundering (AML) auditing process of a bank. According to the method, the problem that privacy protection and traceability are difficult to consider in a traditional signature scheme is avoided, and the security and practicability of cross-mechanism data sharing are improved.

This invention provides a spatial information integration platform system, information processing method, and program that enable the digital integration of physical information and its integration with business processes. [Solution] The spatial information integration platform system according to this disclosure is characterized by comprising: a spatial information integration unit that integrates data between a plurality of sensing devices, an analysis engine, and a business system using a spatial identifier; a generative artificial intelligence engine that analyzes log data and business history to propose the configuration and workflow of the sensing devices, the analysis engine, and the business system; and an execution control unit that controls the sensing devices, the analysis engine, and the business system based on the workflow.

State-of-the-art Integration Platform as a Service (iPaaS) platforms do not enable users to utilize their own artificial intelligence (AI) models (e.g., large language models or other generative model). Disclosed embodiments enable users to bring your own model (BYOM) within an integration platform. In particular, users may build or import their own AI model, and integrate that AI model into their integration processes in the same manner as any other integration step. This may involve dragging a shape, representing the AI model, from a virtual palette onto a virtual canvas, and configuring the corresponding AI step. During execution, the resulting integration process may automatically and dynamically, in real time, receive input data and retrieve contextual metadata to enhance the input data with context. The combination of input data and contextual metadata may be provided to the AI step to perform the desired task with improved accuracy.

The invention discloses a soft dexterous hand posture sensing system based on an IMU (Inertial Measurement Unit) and an integration method thereof, belongs to the technical field of robot hands, and particularly relates to real-time sensing of posture and motion of a soft dexterous hand. The problem that in the prior art, due to the fact that the finger size of the soft dexterous hand is small, a driver and a sensor are prone to mutual influence is solved. And the signal stability of the sensor is difficult to guarantee due to the limitation of the process and the material. And the problem that the existing sensor scheme is difficult to sense all attitude information due to more degrees of freedom of soft finger joints is solved. The system comprises five IMU finger flexible sensing modules, an IMU center acquisition board, a control board and an upper computer. The IMU-based soft dexterous hand posture sensing system and the integration method thereof are suitable for real-time sensing of the posture and motion of the whole soft dexterous hand.