8 results about "Persistent identifier" patented technology

Provided herein is a method, apparatus, and system for identifying a health status of an individual, by using a health challenge of the individual to gather vital sign information to generate a health status of the individual. Method for identifying health status include: generating a non-persistent identifier for a user; receiving an indication of an initiation of a health challenge for the user associated with the non-persistent identifier; receiving, responsive to the health challenge, an indication of at least one vital sign of the user; determining, from the at least one vital sign, a health status of the user; and providing an indication of the health status of the user and the associated non-persistent identifier, where the health status includes a binary indication of health of the user, and where the health status is used to permit or deny a service to the user.

Systems and methods for collaborative editing of a procedure-flow graph. A repository stores a live graph of nodes and directed edges. A server implements:(i) a change-request engine creating a draft copy associated with a baseline identifier; (ii) a graph engine computing differences, detecting baseline mismatches, and performing a rebase that aligns draft nodes and edges to the current live graph using persistent identifiers and, when absent, similarity heuristics, while preserving topological order, validating mandatory navigation links, and merging non-conflicting edits; and (iii) a conflict-resolution engine presenting side-by-side views, enabling flow-scoped discard, and executing a placeholder-copy workflow that replays local edits onto a subgraph initialized from the live graph. An approval module publishes approved drafts and flags other drafts as out-of-date. Client devices render side-by-side views and accept inputs to initiate rebase, resolve conflicts, and submit drafts. Embodiments provide changes panels, draft navigation, and baseline provenance.

Certain aspects of the present disclosure provide a method at a first node. A first node sends a request to a second node to assign persistent identifiers for a first plurality of user equipments (UEs) of one or more groups of UEs. The first node receives, from the second node, an indication of a first persistent identifier for the first plurality of UEs. The first persistent identifier is persistent across a plurality of radio resource control (RRC) states corresponding to at least one UE of the first plurality of UEs.

This device comprises: a reception unit whereby a message including a permanent identifier for a device, a first hash value generated with a dynamically updated first parameter serving as input, and a predetermined command is received from a first node; a storage unit that stores a permanent identifier allocated in advance to the device and a dynamically updated second parameter; and a control unit that generates a second hash value using the permanent identifier allocated in advance and the second parameter or the received first parameter as input. The control unit executes the predetermined command when the first hash value and the second hash value match.

The invention discloses a public transport passenger travel portrait restoration method and device, equipment and a storage medium. The method comprises the following steps: acquiring a first type of data which contains a passenger identifier but lacks a get-off station, and a second type of data which contains a complete origin and destination but lacks a persistent identifier; preprocessing and standardizing the two types of data; aiming at the same operating vehicle, identifying an anchor point pair and calculating a systematic clock drift distance, and calibrating a timestamp of the second type of data; and based on an optimal allocation algorithm, performing spatial-temporal trajectory matching on the two types of data in the same vehicle shift, and generating a fusion record simultaneously associated with a unique passenger identifier and a complete travel origin-destination. According to the method, the problem that a single data source cannot give consideration to accurate single trip restoration and long-term passenger tracking is solved, high-precision and long-term traceable passenger trip chain construction is realized, and a reliable data basis is provided for public transport fine analysis and operation management.

A robotically executed experimental workflow may include operating a robotic system, such as a robotic arm coupled with a suitable end effector, to unload, from a large format instrument configured to interface with a plurality of samples, a multi-sample fixture securing the plurality of samples. A subset of samples from the plurality of samples may be decoupled by robotic operations from the multi-sample fixture before being disposed in a fixture configured to secure one or more individual samples. The robotic system may be further operated to load, onto a small format instrument configured to interface with the one or more individual samples, the fixture including the subset of samples. The location of the subset of samples from the large format instrument to the small format instrument may be tracked using computer vision and / or a persistent identifier.

The disclosure relates to an ambient Internet of Things (A-IoT) device and a reader device, and respective methods for an A-IoT device and a reader device. More specifically, an ambient Internet of Things, A-IoT, device, comprises: a transceiver, which in operation: receives a paging message including a persistent identifier, ID, associated with the A-IoT device; and circuitry, which in operation: determines, in response to receiving the paging message, whether a temporary ID assigned to the A-IoT device by an access network is retained in the A-IoT device; and controls, when the temporary ID is retained, the transceiver to transmit the temporary ID to the access network.

Techniques for applying intelligent security for zero trust in a mobile network using a packet forwarding control protocol (PFCP) with a perimeter security platform are disclosed. In some embodiments, a system / process / computer program product for applying smart security for zero trust in a mobile network using a perimeter security platform (e.g., using a PFCP protocol) includes deploying a security platform in a 5G and / or 4G / LTE mobile network environment, and monitoring the PFCP message at a security platform in a separate 5G network and / or 4G / LTE network (e.g., with a CUP architecture). In particular, the security platform is configured to process a PFCP message including a PFCP session setup request / response message and / or a PFCP session modification request / response message to extract contextual information that can include user equipment (UE) IP, International Mobile Subscription Identity (IMSI) / Subscription Persistent Identifier (SUPI), IMEI / PEI, S-NSSAI, APN / DNN, and / or RAT type information. The security platform is further configured to apply security policies (e.g., enforce one or more security rules) based on the contextual information.