202 results about "Network Computer" patented technology

Computer-implemented methods and systems make a generative AI system more explainable. A programmed computer system grows a generative AI system by adding one or more explainable network elements to the generative AI system. Each explainable network element can be trained to discriminate two or more explainable sets of training data items for the generative AI system. After adding the one or more explainable network elements, training of the generative AI system can be updated with the one or more explainable network elements added. Then the programmed computer system can determined whether continued growth of the generative AI system is required.

This application is directed to integrated multimodal neural networks. A computer system obtains sensor data from a plurality of sensor devices during a time duration, and the plurality of sensor devices include at least two distinct senor types and are disposed in a physical environment. One or more signature events are detected in the sensor data, and one or more information items are generated to characterize the one or more signature events detected in the sensor data, independently of the sensor types of the sensor devices. A large behavior model is applied to process the one or more information items and generate a multimodal output associated with the sensor data. The multimodal output describes the signature events associated with the sensor data in one of a plurality of predefined output modalities. The multimodal output is presented according to the one of the plurality of predefined output modalities.

A networked computer system for enabling players of a gaming device to collect a series of Non-Fungible Tokens (NFTs). Computational power of the networked computer system is also leveraged to support the recordation of NFT transactions, including the acquisition of NFT transactions and the transfer of NFTs.

A networked computer system for enabling players of a gaming device to collect and stack Non-Fungible Tokens (NFTs). Computational power of the networked computer system is also leveraged to support the recordation of NFT transactions, including the acquisition of NFT transactions and the transfer of NFTs.

A method is disclosed and includes receiving, by a record server computer from a first processing network computer, a token, a device identifier associated with a user device, a session identifier associated with a registration request, and metadata about the token, and then receiving a metadata request from a second processing network computer in response to the second processing network computer receiving an authorization request message comprising the token, and the device identifier and / or the session identifier. The metadata request comprises at least the device identifier and / or the session identifier. The method also includes retrieving, by the record server computer, metadata associated with the metadata request, and providing the metadata to the second processing network computer. The second processing network computer processes the authorization request message using the token and the metadata.

Ethical data tracker systems and methods are disclosed. A payment network computer receives a token request from an application running on a client device. The token request includes user contact information and a merchant identifier. A token server computer generates a token associated with the merchant identifier. The payment network computer maps the token to the user contact information and the merchant identifier, stores the token, the user contact information, and the merchant identifier in a database, and determines a validation of a mapping in the database of a token and a merchant identifier received from a network service provider. The payment network computer authorizes or prohibits the network service provider to communicate with the account holder via the user contact information based on the determining of the validation of the mapping in the database of the token and the merchant identifier received from the network service provider.

A method and system for filtering service requests by destination and deadline are described. A network computer system receives provider data corresponding to a specified destination and a deadline from a service provider. The network computer system tracks a current location of the service provider through a device equipped with one or more location-based resources and receives request data corresponding to requests for service from users. The network computer system analyzes the request data for each of the requests for service to identify a subset of the requests that are assignable to the service provider based on whether the service provider is able to fulfill the request and travel to the desired destination before the deadline. The network computer system transmits a message to the service provider's device requesting that the service provider fulfill one of the requests for service from the identified subset.

A network computer system provides interactive graphic design system instructions for performing fragment-based design search. The network computer system receives a search query specifying a representation of one or more design elements. The network computer system matches one or more embeddings associated with the representation to a set of embeddings for a set of design fragments, wherein each of the one or more design fragments corresponds to a subset of one or more hierarchical structures representing one or more design interfaces. The network computer system generates a set of search results using the set of embeddings and outputs the set of search results in a response to the search query.

The invention mainly discloses an intranet and extranet information exchange method, which is characterized in that an intranet computer display is connected with an input node only through a video line, and comprises the following steps that: an intranet computer loads a video signal to be transmitted and displays the video signal on the display of the intranet computer; the input node receives a video signal from an intranet computer display and forwards the video signal to the output node; the output node carries out screenshot on the received video signal, carries out OCR identification, generates state information according to an OCR identification result, transmits the state information to the input node, and sends the OCR identification result to an external network computer; the input node modifies the EDID field of the input node according to the received state information, and the intranet computer reads the EDID field through the DDC channel and adjusts the video page switching operation according to the EDID field. And secure transmission and efficient processing of data are ensured.

One embodiment is related to a method. The method includes receiving from a storage application server computer, a token request message comprising a user identifier associated with a storage application on a user device, and determining a token. The token is a limited use token. The method includes mapping the token to the user identifier, transmitting, a token response message comprising the token to the storage application server computer. The method includes receiving from a processing network computer, a de-tokenization request message comprising the token, after the processing network computer receives an authorization request message comprising the token from a resource provider computer via a transport computer. The method also includes determining the user identifier using the token, and transmitting the user identifier to the processing network computer.

A method for computing an organization's credit score, the method comprises collecting sequential data of the organization; processing the sequential data using a Sequential Deep Neural Network (SDNN) computer model such that the SDNN computer model outputs a first credit score value; collecting non-sequential data of the organization; processing the non-sequential data using a Convolutional Neural Network (CNN) computer model such that the CNN computer model outputs a second credit score value; computing a total credit score based on the first credit score value and the second credit score value.

A method is disclosed. The method comprises receiving, by a processing network computer, a plurality of clearing files from a plurality of transport computers. The processing network computer may then generate, based on the data in the plurality of clearing files, a settlement file comprising a first settlement amount and a first destination associated with an account at a custodian computer. The processing network computer may then transmit the settlement file to an authorizing entity computer. The processing network computer may then transmit a transfer instruction file comprising the first destination, a second settlement amount, and a second destination associated with a transport computer to a custodian computer. Later, the authorizing entity computer sends the first settlement amount to the first destination at the custodian computer. Then the custodian computer, or the processing network computer, sends the second settlement amount to the second destination associated with the transport computer.

A computer-implemented method for managing fault elements of a signaling network representing a vehicle and / or a system of the vehicle, wherein the signaling network comprises a plurality of nodes, each representing a signal, a plurality of directed edges for connecting the nodes, and one of the nodes and / or one of the edges as a fault element, wherein the method comprises: capturing a data set, the data set comprising the fault element based on a validation of the signaling network; determining one or more corrective actions related to the fault element based on the data set; and outputting a signaling network adapted based on the corrective actions and / or an analysis result adapted based on the corrective actions.

Computer systems and methods with decentralized blockchain orchestration architecture use multiple orchestrators embedded at the cluster level. A push architecture is provided for manipulating and verifying workload configurations, including the ability to determine differences between stored configurations and actual configurations.

The invention discloses a CAV dedicated lane deployment strategy double-layer optimization design method, and relates to the technical field of traffic network computers in an intelligent network connection environment, and the method comprises the steps: constructing an intelligent network connection expansion network; constructing a road section impedance function considering a CAV proportion and a time headway parameter, and constructing a travel cost function of CAV users and HV users; constructing a double-layer optimization model of the traffic bearing capacity of the intelligent network connection expansion network; forming a double-layer optimization model of a CAV special lane deployment strategy; converting the nonlinear user equalization UE traffic distribution model into a linearized user equalization UE traffic distribution model; performing linearization processing on the nonlinear road section impedance function to obtain a CAV special lane deployment strategy double-layer optimization model in a mixed integer linear programming form; and solving the CAV special lane deployment strategy double-layer optimization model in the mixed integer linear programming form to obtain a design result of the urban road network CAV special lane deployment strategy. According to the method, the optimal deployment scheme can be found.

The invention relates to an integrated multi-modal neural network. A computer system obtains sensor data from a plurality of sensor devices during a duration, and the plurality of sensor devices include at least two different sensor types and are disposed in a physical environment. One or more signed events are detected in the sensor data, and one or more items of information are generated to characterize the one or more signed events detected in the sensor data, independently of the sensor type of the sensor device. A large behavioral model is applied to process the one or more items of information and produce a multi-modal output associated with the sensor data. The multi-modal output describes the signature event associated with the sensor data in one of a plurality of predefined output modalities. The multi-modal output is presented in accordance with the one of the plurality of predefined output modalities.

The invention relates to the field of data transmission, in particular to a one-way data transmission device which comprises a data transmission chamber and an optical disc recycling bin communicated with the data transmission chamber through an optical disc recycling opening. The data transmission room is provided with an external network unit, an internal network unit, a transfer bin and a signal transmission module; the external network unit is used for reading data from an external storage medium, recording the data in a pre-stored optical disk, transferring the optical disk to a transfer bin, and triggering the signal transmission module to send a signal to the internal network unit; and the intranet unit is used for transferring the optical disc in the transfer bin to the preset CD driver according to the signal, reading data from the optical disc in the preset CD driver, and transferring the optical disc from the preset CD driver to the optical disc recovery port. An absolute physical isolation barrier is established between the internal network and the external network, one-way, automatic and safe ferrying of data from the external network to the internal network is achieved, the risk of data leakage is effectively eradicated, and the safety and reliability of data transmission between computers of the internal network and the external network are improved.

Disclosed herein are systems and methods for a threat hunting development environment. The systems and methods may include running a networked assisted threat hunting environment configured to: establish a data transfer pipeline between the threat hunting environment and at least one tenant network via a dedicated user interface, the data transfer pipeline maintaining a connection between the threat hunting environment and the at least one tenant network during an active session and enabling continuous data communication via at least one SIEM server; query the at least one tenant network with queries developed via an integrated code editor; receive query result data from the at least one tenant network; analyze the result data for detected threats in the at least one tenant network; and push subsequent queries to the at least one tenant network based on the analyzed result data to respond to the detected threats.

A network computer provides interactive graphic design system instructions for execution at a user computing device. The user computing device determines that a main component in a design interface includes a freeform content area and rendering, on a canvas, a visual representation of the freeform content area within an instance of the main component. The user computing device further receives, via an input interface, a first set of user input specifying content to be inserted in the freeform content area of the instance and populates the freeform content area within the instance with the content.

Computer systems and methods with decentralized blockchain orchestration architecture use multiple orchestrators embedded at the cluster level. A push architecture is provided for manipulating and verifying workload configurations, including the ability to determine differences between stored configurations and actual configurations.

A computing device can execute a browser application to enable a user of the computing device to interact with a current user interface (UI) design file. The computing device can automatically preload a set of UI design files of the user from a backend network computer system into browser memory of the computing device. The computing device can detect an offline trigger on the computing device, and in response, initiate an offline mode on the browser application, where the offline mode enables the user to continue interacting with the current UI design file.

The utility model relates to the technical field of network computer room monitoring, and discloses a monitoring device with a dustproof structure, which comprises a mounting piece, mounting holes are formed in four corners of the mounting piece, a moving mechanism is arranged in the mounting piece, a monitoring head body is arranged at the top of the moving mechanism, a dustproof mechanism is arranged on the surface of the monitoring head body, and the dustproof mechanism is arranged in the mounting piece. Supporting plates are fixedly connected to the two sides of the surface of the mounting piece, and cleaning brushes are fixedly connected to the tops of the supporting plates. According to the monitoring device with the dustproof structure, through the arrangement of the dustproof mechanism, when the transparent dustproof shell is damaged, the transparent dustproof shell can be detached and replaced in time, through the arrangement of the transparent dustproof shell, the dustproof purpose can be achieved, and the phenomenon that dust appears on the surface of the monitoring head body, and consequently the normal monitoring function of the monitoring head body is affected is avoided; and through the arranged moving mechanism, different positions can be monitored, and the monitoring range of the monitoring head body is expanded.

The invention discloses an intelligent wireless alarm device for a network machine room, and the device comprises a fixed decoration part which comprises a fixed decoration block, and the interior of the fixed decoration block is provided with a fixed cavity. The insect-proof and dust-proof mechanism can be driven to act through the approval mechanism so as to change the isolated smoke detector main body, and when the smoke detector main body which monitors smoke in a machine room in real time gives an alarm, the approval mechanism drives the insect-proof and dust-proof mechanism to act, so that the alarm smoke detector main body is isolated; the previously isolated smoke sensor main body is in contact with air and detects smoke in the machine room, if the smoke sensor main body gives an alarm, it is indicated that a fire behavior exists indeed, people can conduct fire extinguishing work according to information sent by an approval mechanism, and if the smoke sensor main body does not give an alarm, it is indicated that false alarm exists, and people can conduct fire extinguishing work according to the information sent by the approval mechanism. In this way, people can carry out maintenance work according to the information sent by the approval mechanism, the situation that judgment of people is affected by false alarm is avoided, and the practicability of the intelligent wireless alarm device for the network machine room is improved.

The invention discloses information network computer data equipment with a protection function, which comprises a box body and a protection module, and is characterized in that a mounting plate is fixedly mounted on the front side of the box body; the protection module comprises a mounting frame, a hollow foam plate, heat dissipation holes, a V-shaped frame, a driving assembly, a driving rod, a protection plate, a connecting hole and a mounting hole, the mounting frame is fixedly mounted at the top of the box body, the hollow foam plate is slidably mounted on the inner wall of the mounting frame, and the heat dissipation holes are formed in the top of the box body; the hollow foam plate moves upwards to be separated from the top of the box body and remove shielding of the heat dissipation holes, the hollow foam plate moves upwards to prevent the adhesion phenomenon of the hollow foam plate and the box body, and the hollow foam plate is pushed to avoid accidental shielding of the heat dissipation holes due to adhesion. The computer case has the advantage that on the premise that the heat dissipation efficiency is guaranteed, foreign matter is prevented from entering the case body.

Systems and methods for dynamically assessing and displaying quality features of electronic messages, while composed on client devices, can include one or more processors monitoring the process of composing the electronic message. The one or more processors can retrieve, upon detecting a pause event, data associated with the composed electronic message from a message composing container, and determine a plurality of feature values for a plurality of features of the electronic message based on the retrieved data. The one or more processors can determine, based on the plurality of feature values, a likelihood of receiving a response from a receiving entity once the electronic message is sent to that receiving entity. The one or more processors can provide an indication of the determined likelihood of receiving a response and indications of the plurality of determined feature values for display in association with a message composing window displaying the text received.

A computerized broker system for enabling coordination of computerized federation resources in a networked computer environment to support discovery, connection and correspondence with the computerized federation resources, the computerized broker system is disclosed. The computerized broker system enables the coordination of unique meaningful multipart identifiers and resolver outcomes that satisfy the mutual interest of federation members and ensure agreement, interoperability, usability, reusability, flexibility, stability, expected behaviors, scalability, avoidance of conflict, and other such mutual benefits that are difficult to achieve at scale through member to member cooperation and with no brokerage. A method for distributing and discovering networked resources in a computerized broker system is disclosed and a further method for managing federated networks and federation resources in a computerized broker system is also disclosed. The methods of the present invention enable the creation of one or more federations of independent individuals who share a mutual interest in distributing federated resources, wherein the independent individuals organize to pursue the mutual benefit of distributing networked resources.

Embodiments provide for a computer system and method to employ a sequence invariant model to determine user intentions, based on monitoring of real-time activities of the user.

A computer-implemented system facilitates controlled social interactions in public venues without exposing users outside those venues. A server receives location signals from user devices, confirms presence within a venue geofence using stored boundary data and short-range checks, and issues venue-bound session tokens. The server computes a venue “vibe” profile by fusing audio features, occupancy estimates, and explicit user feedback, and returns the profile to devices. Messaging between devices is authorized only while both present valid tokens; authorization is revoked and venue-scoped identifiers and message metadata are purged when a device leaves or a token expires. Optional features include Live-Peak time-gated live view with credit-based extensions, administrative boundary refinement, and tokenized payments to venue merchants upon acceptance of offers. The system supports interactions beyond dating, including friendship, group coordination, and professional networking.

Systems and methods for network-based delivery of dynamic content are disclosed. A method may include: receiving, by a network computer program, a location for a customer electronic device associated with a customer; determining, by the network computer program and from the location, that the customer is within a predetermined distance of a merchant; requesting, by the network computer program, content for one or more payment card issued by an issuer to the customer from an issuer backend for the issuer; receiving, by the network computer program, the content; and communicating, by the network computer program, the content to a merchant backend for the merchant. The merchant backend receives, from a merchant point of sale device, payment card information for one of the payment cards, retrieves the content for the payment card, and causes the merchant point of sale device to display the content on a display.