42results about "Data acquisition and logging" patented technology

The invention presents a method for managing spatial data in a space and Earth surveillance or orbital operations security environment, the method being characterized by the following steps: Structuring the spatial data in the form of a directed acyclic graph (DAG); Associating each node with a creation date and traceability metadata allowing each node to be linked to the parent nodes from which it is derived; Including for each node numerical quality indicators and a confidentiality level specific to the data it contains; Transferring said metadata containing said indicators and levels from each node to the derived nodes; Managing and monitoring data transformations based on said quality and confidentiality metadata. Figure 2

Technical system for the distributed acquisition and state-dependent evaluation of usage-related interaction signals in digital transaction environments, comprehensive an interaction signal acquisition unit, designed to capture usage-related signals generated during a transaction process, a state mapping unit, designed to convert the acquired signals into a structured usage state representation, and an evaluation coordination unit, designed for the coordinated processing of multiple usage state representations from different transaction environments, whereby the evaluation is based on the state representations without central storage of the underlying raw signals.

A method includes determining, by a processing module of a data logging device, whether an event has occurred that potentially compromises reliability of the data logging device. The method further includes, when the event has occurred, determining, by the processing module, whether the reliability of the data logging device has been compromised. The method further includes, when the reliability of the data logging device has been compromised, generating, by the processing module, a compromised indication signal. The method further includes, when the reliability of the data logging device has not been compromised, generating, by the processing module, a data integrity indication signal.

The invention relates to the field of information technology and can be used for certifying the intellectual property rights of a rights holder by means of a digital signature, as well as well as for displaying information about copyright. The technical result is an increase in the reliability of a system for the distribution of media content. A network platform for the distribution of media content comprises a module for receiving a digital signature, a processing module, a database of digital files, a secure repository for persoiulized digital signatures of copyright holders, a module for certifying intellectual property rights, and a web interface for interaction with a user.

A learning assistance device (1) according to the embodiments comprises a real-time subject data acquisition unit (41) that acquires real-time multidimensional learner information as a time series, a target data acquisition unit (42) that acquires multidimensional copyee information that corresponds to the real-time multidimensional learner information for a prescribed time from a multidimensional copyee information data set that has undergone preprocessing during dimension reduction, a data mixing unit (43) that generates mixed multidimensional information obtained by mixing the real-time multidimensional learner information and the multidimensional copyee information that corresponds to the real-time multidimensional learner information on the basis of a mixing rate parameter, a mixed data mapping unit (45) and a target data mapping unit (44) that generate coordinate data obtained by mapping the mixed multidimensional information and the preprocessed multidimensional copyee information data set onto a map, and a rendering unit (46) that renders the coordinate data as an image.

A flight recorder system of an aircraft includes a resource controller module (RCM) communicatively coupled, via a switch fabric, to a set of flight recorder system modules (FRM). Each FRM comprises a respective control module, a respective local memory, and a respective set of input and output (I / O) ports communicatively coupled to the switch fabric. The RCM is configured to detect a respective FRM coupled to the switch fabric, and based on the detection, configure an operation of the FRM, and wherein the respective local memory of the FRM is readable by the RCM, and shareable with the other FRMs via the switch fabric.

An electronic device includes a display, a communicator that establishes a connection to at least one Internet of Things (IoT) device, and a processor configured to receive information on an event from the at least one IoT device in response to detecting the event occurring in the at least one IoT device, update a graphic object for a category based on a merge between the detected event and another event according to a priority of each event in response to classifying the detected event into the category in which the other event previously occurring is pending among preset categories, and display the graphic object for the classified category on the display based on a graphic object for another category and a priority of each category.

Fluid infrastructure management systems and methods are described. An exemplar method includes: (1) obtaining, inside a server and a remote telemetry unit, a digital twin model providing one or more estimates of a flow attribute inside a fluid infrastructure item; (2) receiving a forecast of an environmental condition around an area surrounding the sensor; (3) estimating, at the server and using the forecast and one of the digital twin models, flow attribute to produce one or more server's estimated flow attribute values; (4) obtaining, using the sensor and at the remote telemetry unit, the sensor measurement of the flow attribute; and reporting or more of the server's estimated flow attribute values as being or being an estimate of the sensor measurement, if the server does not receive from the remote telemetry unit the sensor measurement.

The invention relates to the provision and retrieval of user-specific information (104) within defined, short distances. The technology is based on the interaction of three components.These are: a mobile transmitting device (2) of a first user (4) with a transmitting unit (6) in the form of a BLE beacon for transmitting an identification tag (101); user-specific information (104) linked to the identification tag (101), for example, a user profile of the first user (4); and a receiving device (3) of a second user (5), preferably a smartphone, with a receiving unit (7) configured to receive the identification tag (101) transmitted by the mobile transmitting device (2), which receiving device (3) is configured to obtain the user-specific information (104) linked to the received identification tag (101) and output it to the second user (5), wherein this functionality of the receiving device (3) is preferably provided by a suitably programmed smartphone app (8).

A vehicle (10) communicating with a server providing a network service determines, when a change occurs in a driving state based on data indicating the vehicle's driving state, whether the number of transmissions or the data size of data transmitted from the vehicle (10) to a server (20) exceeds a threshold. If the threshold is exceeded, the vehicle (10), based on a transmission condition that should be met to maintain the accuracy of the network service, determines whether data should be classified into a first group with respect to a transmission cycle, a second group with respect to a change in value, and a third group with respect to a range of movement. If the vehicle (10) determines that the data is classified into the first through third groups, it transmits the data to the server (20) according to the transmission condition.

The present disclosure relates to a method for recording data from a communication system (2) of a motor vehicle (1) for testing and validating a driver assistance system. For this purpose, a data processing system (3) is connected to the communication system (2), and the motor vehicle (1) is driven in public road traffic. The data processing system (3) receives, temporarily stores, and analyzes data that is communicated in the communication system (2) during the journey. Once data relevant to a driver assistance function of the driver assistance system to be tested or validated has been identified (101) in the received data, further data temporally correlated with the relevant data is identified (102) and analyzed in the received and temporarily stored data. This further data relates to operational data of the motor vehicle (1) and / or environmental data from environmental sensors (231, 232, 233) of the motor vehicle (1).If it is determined (103) that the further analyzed data are inconsistent with the proper functioning of the driver assistance system, a temporal sequence of received and buffered data is identified and stored as a relevant test and validation dataset (104). The present disclosure further relates to a data processing system and a computer program for carrying out the procedure.

Some embodiments are directed to processing of technical operational message processing in a computing platform. The method may include comparing a received technical operational messages to sets of representative technical operational messages using Retrieval Augmented Generation (RAG), and classifying a received technical operational message with the cluster associated with a matching set of representative technical operational messages, thus obtaining a sequence of cluster classifications corresponding to the received technical operational messages.

A computer-implemented method for aggregating and mapping burst event features into daily portraits. The method includes receiving a set of historical data objects indicative of one or more occurrences of a set of burst events, each set of burst events associated with a set of configuration items; determining one or more daily features of the set of burst events; aggregating the one or more daily features at a daily level; performing clustering on the aggregated one or more daily features at the daily level to create one or more daily portrait cluster clusters; and outputting the one or more daily portrait cluster clusters.

A maintenance system for a medical device includes a user device configured to communicate with the medical device and execute maintenance tasks on the medical device and communicate with a user via a user interface of the user device or the medical device. The maintenance tasks may be executed by either device or both devices, and communication with a user may occur via a user interface of either device or both devices. The system may also include a server configured to communicate with one or both of the user device and the medical device. The maintenance tasks may include an electrical safety check, a physical check, a performance check, and a functional check. Examples of functional checks include validation of a transient current detector and a thermal cutout.

Method and device for determining and providing a ranking, according to their environmental impact, of a plurality of distinct aeronautical flights. The present invention relates to a method (50) for determining and providing a ranking, according to their environmental impact, of a plurality of flights comprising - for each flight: - discretization (58) of its trajectory into a plurality of segments; - for each segment: - determination (64) of the value of the nitrogen oxide emission index; - obtaining (66) the quantity of nitrogen oxides emitted on said segment; - obtaining (76) the total quantity of nitrogen oxides, by summing the quantities on each segment; - conversion (78) of said total quantity into carbon dioxide equivalent using a predetermined metric and determination (80) of an environmental impact score; - determination (98) and provision of a ranking (99) of said plurality of flights, ranked by decreasing value of said score.Figure for the abbreviation: Figure 2.

A system and processor-implemented method for monitoring subscriber session logs data, and scheduled report generation is provided. The method includes receiving, by a receiving engine through a user interface (UI), a request to schedule a generation of one or more reports on one or more key performance metrics from subscriber session logs. The method further includes processing by a scheduler engine, the request to initiate a trigger to generate the one or more reports at the requested schedule. The method further includes processing a set of parameters indicative of fields of subscriber session logs data to obtain the one or more key performance metrics. The method further includes generating the one or more reports based on the key performance metrics by the processor. The method further includes communicating, by the processor, the generated one or more reports to the monitoring unit based on the requested schedule.

A system and method include reception of multiple streams of technical operational messages from a plurality of sources within the computing platform, definition of a set of technical operational message clusters, wherein each cluster is associated with a set of representative technical operational messages, comparison of the received technical operational messages to the sets of representative technical operational messages using Retrieval Augmented Generation (RAG), and classification of a received technical operational message with the cluster associated with a matching set of representative technical operational messages, thus obtaining a sequence of cluster classifications corresponding to the received technical operational messages.

A method for transferring log data from an execution of a computer program. The method includes: generating an indexed list of identifiers of user-defined log-statement-argument data types; before execution of the program, for each log statement of a set of log statements for outputting log data that is contained in the program, transferring static log data to a log data receiver; and, upon execution of the program, for each log statement of the set of log statements that is executed during execution of the program, transferring, dynamic log data for the log statement, and wherein, if the log statement uses one of the user-defined log-statement-argument data types for outputting dynamic log data, the dynamic log data contain an index of the identifier of the log-statement-argument data type.

A power control method can include dynamically collecting data of a plurality of first indices of a processing device when the processing device is operated at runtime, wherein the first plurality of indices are selected from a power table representing operation capacity of the processing device; generating a first adjustment value according to a difference between data of the power table and the collected data of the plurality of first indices; and updating the power table for the processing device according to the first adjustment value.

The invention relates to a method for processing machine data (30a, 30b) from a container treatment device (18a, 18b). The method has the steps of receiving, by means of a first input interface (26b) of a central monitoring station (12), first machine data (30a) from a first container treatment device (18a) via the Internet (24), the machine data comprising data preferably captured by at least one sensor of the first container treatment device (18a); generating first customer data (38a) by processing at least part of the received first machine data (30a) using at least one first customer processing routine of a processing unit (32) of the central monitoring station (12); and providing, at a first customer interface of the central monitoring station (12), the first customer data (38a) for retrieval by means of a first customer network (46a). The method also has the steps of generating manufacturer data (40) by processing at least part of the received first machine data (30a) using at least one manufacturer processing routine (54) of the processing unit (32) of the central monitoring station (12), the manufacturer processing routine (54) differing from the customer processing routine, and providing the manufacturer data (40) at a manufacturer interface of the central monitoring station (12), the manufacturer interface differing from the first customer interface.

A ransomware mitigation system and corresponding methods are provided. The ransomware mitigation system monitors the rate of modification of files on computing devices to determine whether the monitored rate of modifications exceeds a predetermined threshold. If the threshold is exceeded, then the ransomware mitigation system actuates a forced shutdown of the computing device and / or a forced disconnection of the network connection to the computing device. The ransomware mitigation system includes a software monitoring portion as well as a hardware switching unit. The software monitoring portion is in synchronous bidirectional communication with the hardware switching unit on a separate network. If the software monitoring portion is shutdown then the hardware unit actuates the shutdown and / or disconnection of the computing device(s). The hardware unit includes a hardware lock that requires physical presence of a person to allow for maintenance.

Provided herein are compositions, devices, systems and methods for generation and use of biomolecule-based information for storage. Further provided are devices comprising addressable electrodes controlling polynucleotide synthesis (deprotection, extension, or cleavage, etc.) The compositions, devices, systems and methods described herein provide improved storage, density, and retrieval of biomolecule-based information.

The process comprises the steps of: - providing (E1) algorithms configured to determine a theoretical motion sickness intensity; - processing (E3) data with each algorithm to deduce a theoretical motion sickness intensity and an associated statistical robustness; - analyzing (E5) said theoretical motion sickness intensities and statistical robustness to deduce a most probable motion sickness intensity and an associated probability; - deducing (E6) from said most probable intensity a measure to be taken against motion sickness; and - monitoring (E7, E8) the implementation of said measure as a function of said associated probability. Figure for the abstract: Fig 2

This application discloses a data compression method and apparatus, and relates to the field of data processing technologies. The method includes: obtaining a first trace log generated in a running process of a first process, where each log record in the first trace log includes a function call record of calling a communication function by the first process; and constructing a first dictionary and a first grammar set based on the function call record in the first trace log, to compress the function call record in the first trace log, where for a first function call record included in any log record in the first trace log, a first symbol string in the first dictionary indicates the first function call record, and a first grammar tree in the first grammar set indicates a function call relationship in the first function call record. According to the method, a compression rate of compressing the trace log can be improved, and compression duration can be shortened.

A method of generating reports starts with comparing an event log with a plurality of event patterns. It is found that there is a match between a certain series of events and a certain event pattern. A data set acquired by execution of the certain series of events is incorporated into a template corresponding to the certain event pattern. Consequently, a candidate report is generated. The automatically generated candidate report is deleted as needed according to a user's instruction.

A computer-implemented method for aggregating and mapping event features into a daily profile. The method includes receiving a set of historical data objects, the set of historical data objects indicating occurrences of a set of events, each event being associated with a set of configurable items; determining a single event profile for each historical data object; determining an integrated single event profile for each historical data object; aggregating the integrated single event profiles by day dimension; and outputting the integrated single event profiles by day dimension.

According to one aspect of the invention, when an optimal target of an action is calculated by using a model based on a graph configured with a plurality of vertices indicating a state represented by a degree of achievement of the action and a required time for the achievement of the action and a plurality of edges indicating the action that a person can take in the state, a reward for achieving the state, a maximum value of the required time, and a present bias parameter for weighting a cost for taking the action in a time series are acquired. The optimal target for the action is calculated by substituting the reward, the maximum value of the required time, and the present bias parameter into an optimal target calculation formula generated based on a simplified model in which a shape of the graph is restricted by reflecting a present bias.

Systems and methods monitor copyrighted material and the proportion of a document accessed. A library of material in which copyright or related rights subsist is linked to copyright data for each item of material. A database contains rules for use of copyrighted material. The extent of a document in its entirety, including copyrighted material, can be quantified e.g. by an input counter counting its text, graphics and other content. The extent of a document accessed in each instance of use of the document can be quantified e.g. by an output counter. Use of copyrighted material can be metered based on the accessed extent. Document access can be permitted e.g. based on copyright use rules. A determination can be made as to whether the proportion of a document accessed is above a predetermined value. If fair use is unavailable or exhausted, a user may purchase a licence to access copyrighted material.

The invention relates to a computer-implemented method for sizing and constructing an electric vehicle battery. The sizing method comprises at least the following steps: a) several potential capacities (Capo) of the battery are defined; b) for each potential battery capacity, a route planner (Plan) is used to determine at least one possible route for said journey, each possible route being defined by a succession of road segments, and the travel time and / or energy consumption, as well as the location of the charging stations to be used by the electric vehicle on each possible route to recharge its battery and the associated charge level, are determined; c) from this data for each potential battery capacity, the battery capacity (Dim) is identified from among said potential capacities. Figure 1 to be published

A method of generating reports starts with comparing an event log (38) with a plurality of event patterns (74). It is found that there is a match between a certain series of events (80) and a certain event pattern (74). A data set (84) acquired by execution of the certain series of events (80) is incorporated into a template (76A) corresponding to the certain event pattern (74). Consequently, a candidate report (86) is generated. The automatically generated candidate report (86) is deleted as needed according to a user's instruction.