3results about How to "Improve recoverability" patented technology

This invention discloses a method for snapshotting and rolling back neural symbolic transactions for long-range agent collaboration, comprising the following steps: acquiring the states of multiple agents and establishing a unified temporal view; enabling an isolated shadow transaction runtime environment on the unified view; performing differential recording on key changes during shadow runtime to form a snapshot chain; determining the rationality of state changes through neural symbolic consistency verification; if the verification passes, submitting the result and establishing a traceable collaborative state; if the verification fails, predicting the minimum rollback range and performing cascading rollback recovery. This invention employs neural symbolic transaction execution and causal dependency rollback methods to achieve traceable submission and minimal rollback in long-range agent collaboration, possessing advantages such as strong consistency, accurate recovery, and high system stability.

This invention discloses a method for collaborative startup, state synchronization, and anomaly recovery of a desktop intelligent agent system, belonging to the field of desktop software operation control technology. The method includes: a launcher process creating a named mutex and detecting the existence of an already running instance; activating the already running instance and terminating the current instance if one exists; and loading a local configuration file and verifying the integrity of key fields if no running instance exists. This invention avoids resource conflicts caused by repeated startups by using single-instance mutexes and activation of already running instances; improves recoverability after upgrades, migrations, and reinstallations through configuration completion, compatible migration, and failure rollback; enhances the availability of local sidecar services through gateway orchestration and health check mechanisms; improves state consistency between the main process, rendering layer, and gateway through a unified state bus; and reduces the frequency of manual intervention and improves long-term operational stability through an anomaly-level recovery mechanism.

This invention belongs to the field of biomedical materials and flexible sensing technology, and particularly relates to an implantable pressure sensor, its preparation method, and its application. The pressure sensor has a three-layer parallel plate structure, wherein the electrode layer is a conductive hydrogel prepared from polymerizable zwitterionic monomers, the dielectric layer is a microphase-separated hydrogel formed by copolymerization of acrylamide monomers and acrylate monomers, and the encapsulation layer is a biocompatible polymer fiber membrane. By controlling the material composition, polymerization conditions, and structure, the device achieves good matching with biological soft tissues in terms of water content and tissue adaptability. In terms of functional characteristics, the implantable sensor exhibits advantages such as sensitive pressure response and strong cyclic stability, and can be applied in fields such as tissue engineering, physiological or pathological signal monitoring, neural stimulation modulation, and drug delivery.