25 results about "User awareness" patented technology

Disclosed is a method and apparatus for performing, by a management platform operatively connected to both a video surveillance platform and a positioning platform via network connectivity, at least one among image processing and video analytics on obtained images or video related to a detected asset tag to provide user awareness related to a location or movement of the asset tag in a defined environment.

The invention discloses a password input shielding device for self-service financial equipment, and relates to the technical field of bank self-service terminal password keyboard shielding, and the password input shielding device comprises a frame cover, a keyboard protection plate, a controller and an inductive switch. The beneficial effects of the invention are that the induction switch is arranged at each key sleeving hole, and the judgment of the staying of the fingers of a user close to the digital keys under the action of the controller is combined, so that the effect of triggering the power-on and power-off control of the electromagnet group is achieved; furthermore, an electromagnet group electrified magnetic field is in an upward side rotating and unfolding state on a plastic shielding sheet magnetically attracted by a magnet sheet, so that the plastic shielding sheet shields a shielding structure formed by a plurality of inclined shielding strip plates at intervals, the structural function of complete shielding is instantly completed before a user is aware of pressing a key, the peep-proof effect is enhanced, and the service life of the key is prolonged. The leakage of password information of a user is avoided, and the plastic shielding sheet is quickly reset within the button completion time, so that the barrier-free property of subsequent operation visual field observation of the user is ensured.

The invention relates to the technical field of computers, in particular to a system exception management method and device, electronic equipment and a computer program product. The method comprises the following steps: monitoring a running state of at least one subsystem in the Android system; when at least one subsystem runs abnormally, abnormity management is carried out based on a preset rule, and the abnormity management comprises the step of restarting the abnormal subsystem and / or the Android system. According to the method, the problem of abnormal operation is solved by independently restarting the abnormal subsystem, so that the user experience is improved without perception of a user, and meanwhile, a scheme of restarting the whole machine is reserved to deal with more serious abnormal problems.

The invention discloses a user behavior reminding method and device, equipment and a medium. The method comprises the following steps: acquiring various behavior data of a user for a mobile terminal; determining the bad behavior habits of the user and the falling risk of the mobile terminal according to the multiple behavior data; and sending reminding information to the user according to the bad behavior habits and the falling risk. According to the embodiment of the invention, the bad behavior habits of the user and the falling risk of the mobile terminal are accurately determined by integrating various behavior data, and the reminding information about the bad behavior habits of the user and the possible falling of the mobile terminal is sent out; through the alarm information of the bad behavior habits, the user can be aware of the bad behavior habits and is guided to change to a healthier equipment use mode, and early warning is timely performed when the mobile terminal is about to fall off, so that the user is prevented from being injured by crashing, and the risk of equipment damage is reduced.

The embodiment of the invention provides an application program hot upgrading method and device, equipment and a storage medium. The method comprises the steps of obtaining application program running state data, calling a pre-occupied large-page memory of a to-be-upgraded sub-process corresponding to an application program, setting a control mechanism, and performing locking operation and releasing operation on the pre-occupied large-page memory according to the control mechanism. Matching a historical process corresponding to a to-be-upgraded sub-process according to the program identifier of the application program, wherein the to-be-upgraded sub-process runs an empty large page memory released by the historical process; and under the condition that the operation of the empty-occupied large-page memory of the to-be-upgraded sub-process is finished, releasing the actually-occupied large-page memory by utilizing the historical process, and performing empty-occupied locking on the actually-occupied large-page memory by utilizing the to-be-upgraded sub-process to obtain the empty-occupied large-page memory of the to-be-upgraded sub-process. The memory overhead and delay of dynamically distributing a large page are avoided, and smooth switching without perception of a user is realized. Meanwhile, the advantage of high performance of the large-page memory is kept in the whole process, and the problem of performance jitter in the service upgrading process is effectively solved.

The invention relates to the technical field of communication interaction, in particular to an equipment interaction method and head-mounted equipment. The device interaction method is applied to a first head-mounted device, the first head-mounted device comprises an image acquisition module, and the method comprises the following steps: respectively acquiring a first image and a second image through the image acquisition module; determining a second head-mounted device for interacting with the first head-mounted device based on the first image and the second image; interacting with the second head-mounted device through the talkback mode; or the first user wearing the first head-mounted device interacts with the second user wearing the second head-mounted device through the transparent transmission mode. According to the embodiment of the invention, the dependence on user awareness can be effectively reduced, the operation difficulty is simplified, the autonomous switching of the operation mode is realized, the intelligence of the first head-mounted device is improved, and the use experience of the user is enhanced.

The embodiment of the application provides a kind of application program's compiling method, terminal and storage medium, it is related to computer technical field, method includes: in the scene where terminal is in night charging, when stopping charging is detected, the battery power of terminal is acquired.In the battery power of terminal is not less than first electric quantity threshold, whether the trigger condition of target compilation task of application program is satisfied is detected.The trigger condition includes: user does not use terminal, and the temperature of terminal is not higher than first temperature threshold.When the trigger condition of target compilation task is satisfied, target compilation task is executed, can avoid the problem that battery is heated due to charging, reduce the whole machine temperature of terminal, improve terminal performance.And realize the compilation of application program without user awareness, improve user experience.And avoid the situation that compilation task is interrupted to execute due to user using terminal, improve compilation efficiency.

It is possible to provide an education and improvement support system that raises user awareness and encourages continued use. [Solution] The information processing system includes an awareness information collection unit that collects user awareness information, an awareness evaluation unit that analyzes and evaluates the awareness information, an extraction unit that extracts the user's problems and / or challenges, a scientific information provision unit that provides scientific information that serves as the basis for solving the problem and / or achieving the challenge, and a guidance information provision unit that provides guidance information that serves as a behavioral guide for solving the problem and / or achieving the challenge.

The application provides a fingerprint identification-based unlocking method, device and system. The method comprises the following steps: acquiring fingerprint information of a user; generating a dynamic encryption token after the fingerprint information is verified, wherein the encryption token comprises a timestamp and a unique identifier of the wearable smart device; and sending the encryption token to a mobile terminal through an encrypted link to unlock the mobile terminal. The application can ensure security and realize remote unlocking of a terminal device by a wearable smart device without user awareness and continuous environmental interference.

We provide a centralized sustainability activity recording system to raise user awareness of sustainability activities and support companies in efficiently taking on the role of promoting sustainability. [Solution] The sustainability activity unified recording system comprises a sustainability activity unified recording device, an activity support server, a store terminal, and a user terminal. The sustainability activity unified recording device is configured to acquire activity information related to sustainability activities from one or more of the linked locations among the activity support server, store terminal, or user terminal, to unified record the acquired activity information in association with a common ID, and to provide the activity information associated with the common ID in response to an activity information request.

Embodiments of the present application provide a method, device and equipment for obtaining Bash execution information based on Hook technology, which constructs a plug-in function and a socket, analyzes Bash source code logic, finds a suitable function insertion position, inserts a corresponding plug-in function, uses the plug-in function to obtain Bash command execution information of each node in real time, and sends the Bash command execution information to the socket, waiting for an external program to obtain. Embodiments of the present application can obtain detailed information of user (may be a normal user or a malicious user) operating in a Bash terminal in real time without user awareness, can provide convenience for subsequent audit and other demand scenarios of Bash commands, and thus better guarantee user safety.

A data processing method and a control device are provided. The method of the present disclosure is directed to a loudspeaker system including a plurality of loudspeakers. By collecting locally measured distance information from respective loudspeakers and determining a real-time spatial layout of the loudspeaker system based on the distance information, automatic layout calibration of the loudspeaker system is achieved. Subsequently, according to the layout of the loudspeaker system, and in combination with an actual orientation of a user and spatial position-related data indicative of a position of a sound source in audio content to be played, corresponding data in the audio content is assigned to corresponding loudspeakers, thereby utilizing playback by the respective loudspeakers to collectively achieve spatial audio rendering, providing an immersive sound experience for the user. The method of the present disclosure does not require additional layout calibration processing, and thus can achieve real-time layout determination without user awareness and can automatically adjust audio playback of the loudspeakers according to changes in the real-time orientation of the user, thereby achieving user orientation-adaptive spatial audio rendering.

Implementations are described herein for using the information about user engagement with large language model (LLM) output as a subsequent input into an LLM, so that the LLM is able to provide, for rendition on one or more output devices, a subsequent output that is tailored to the user. In various implementations, based on one or more input device signals, a user engagement event with an element of a first LLM output generated using a LLM and rendered using one or more output devices may be detected. Additional information about the element of the first LLM output may be captured and used to generate at least part of a subsequent input prompt for the LLM. The subsequent input prompt may be processed using the LLM to generate a subsequent LLM output for rendition on one or more of the output devices.

An Information Handling System (IHS) provides audio spatial notifications through an audio environment agent. The agent identifies microphones and audio playback devices, creating sensitivity and range profiles. Diagnostic sound waves identify acoustic characteristics such as occlusions, distortions, and echoes. The system automatically alters speaker outputs to modify audio within the environment, optimizing spatial separation for notifications. The method includes executing an operating system with the agent, identifying audio components, and producing diagnostic sound waves. The system modifies audio signals to create acoustic separation between notifications and other audio content, enhancing user awareness of notification sources.

Implementations are described herein for using the information about user engagement with large language model (LLM) output as a subsequent input into an LLM, so that the LLM is able to provide, for rendition on one or more output devices, a subsequent output that is tailored to the user. In various implementations, based on one or more input device signals, a user engagement event with an element of a first LLM output generated using a LLM and rendered using one or more output devices may be detected. Additional information about the element of the first LLM output may be captured and used to generate at least part of a subsequent input prompt for the LLM. The subsequent input prompt may be processed using the LLM to generate a subsequent LLM output for rendition on one or more of the output devices.

To provide an information processing system and an information processing device that can transfer a conversation between a user and one virtual agent to another virtual agent without causing discomfort to the user. SOLUTION: A virtual agent conversation system 10 converses with a user using one of a plurality of virtual agents 22. The virtual agent conversation system 10 includes a conversation unit 140A that instructs an artificial intelligence system 12 to generate conversation content for the virtual agent 22 with the user, acquires the conversation content generated by the artificial intelligence system 12, and presents it to the user, and a performance control unit 144A that, when the conversation is handed over from one virtual agent 22 to another virtual agent 22, performs a performance to make the user aware that the conversation has been handed over.

A method for providing an instant messaging service is disclosed. When a target chat room that includes an unread message of a user account exists among one or more chat rooms in which the user account joins, a user terminal displays, on a chat room list screen, a graphic object indicating a target account that transmitted the unread message in an area corresponding to the target chat room. The method may further include displaying an icon indicating a topic of a thread including the unread message and providing summary information of the unread thread before the user enters the chat room. The disclosed method enhances user awareness of unread communications and related topics across multiple chat rooms within an instant messaging service.

Make users aware of the degree to which elements of the output data may contain errors caused by AI. [Solution] An information processing system comprising a processor that acquires input data, acquires output data generated by AI (Artificial Intelligence) in accordance with the input data, and outputs the output data and error probability information indicating the degree to which elements of the output data are likely to contain errors caused by the AI.

Embodiments of the present disclosure provide a method for processing a scheduled task, a device, and a storage medium. A proxy service is launched before a scheduled task framework launches, thereby disabling the scheduled task framework without user awareness using the proxy service; on this basis, a job controller in Kubernetes is called to create a container group for each scheduled task and use the container group to carry the scheduled task and the proxy service. Thus, the job controller manages the scheduled task instead of the scheduled task framework, the proxy service process the scheduled task and monitor an execution state of the scheduled task instead of the scheduled task framework, and after using the proxy service to detect that the execution of the target scheduled task has completed, the container group occupied by the target scheduled task is released.

A data processing method and a control device are provided. The method of the present disclosure is directed to a loudspeaker system including a plurality of loudspeakers. By collecting locally measured distance information from respective loudspeakers and determining a real-time spatial layout of the loudspeaker system based on the distance information, automatic layout calibration of the loudspeaker system is achieved. Subsequently, according to the layout of the loudspeaker system, and in combination with an actual orientation of a user and spatial position-related data indicative of a position of a sound source in audio content to be played, corresponding data in the audio content is assigned to corresponding loudspeakers, thereby utilizing playback by the respective loudspeakers to collectively achieve spatial audio rendering, providing an immersive sound experience for the user. The method of the present disclosure does not require additional layout calibration processing, and thus can achieve real-time layout determination without user awareness and can automatically adjust audio playback of the loudspeakers according to changes in the real-time orientation of the user, thereby achieving user orientation-adaptive spatial audio rendering.

This invention provides an Electron ad-dominating optimization method based on polymorphic rendering and state awareness, applied in the field of data processing technology. This application targets Electron ad-dominating applications, using BrowserWindowAPI and Node.js powerMonitor to monitor window focus, power status, and user interaction to determine three playback states: active, low-frequency, and background. The rendering mode is dynamically switched based on the state: GPU acceleration + 60fps high frame rate during active playback, CPU software rendering + 15fps low frame rate during low-frequency playback, and off-screen rendering with cached frame data during background playback. Partial redrawing is achieved by combining OffscreenCanvas and WebWorker, reducing unnecessary computation. In the background state, resources such as DOM nodes and GPU memory are actively reclaimed, and focus is quickly restored, all without user awareness, significantly reducing resource consumption and energy usage, and improving operational stability.

An embodiment user awareness device includes a processor configured to receive first information about a first user from a first device, specify the first user based on a result of comparing the first information with pre-registration information, transmit data corresponding to a first service to the first device to provide the first user with the first service based on the pre-registration information, receive data on a history of the first service from the first device, receive second information about a second user from a second device, compare the first information with the second information to determine whether the second user is the first user, and transmit data corresponding to a second service associated with the first service to the second device to provide the second user with the second service in response to the second user being the first user.

Assigning privacy ratings to tracking domains in order to increase user awareness of online privacy violations. A list of known tracking domains and raw data from a set of host websites may be received. A prevalence, frequency, and role for each tracking domain may be determined from the raw data. Each tracking domain may be assigned to a prevalence cluster, a frequency cluster, and a role cluster. A rank may be determined for each prevalence cluster, frequency cluster, and role cluster. A domain privacy rating may be assigned to each tracking domain that is based on the ranks of the clusters to which each tracking domain is assigned. A privacy action may be performed based on the domain privacy rating assigned to each tracking domain.

We provide a centralized sustainability activity recording system to raise user awareness of sustainability activities and support companies in efficiently taking on the role of promoting sustainability. [Solution] The sustainability activity unified recording system comprises a sustainability activity unified recording device, an activity support server, a store terminal, and a user terminal. The sustainability activity unified recording device is configured to acquire activity information related to sustainability activities from one or more of the linked locations among the activity support server, store terminal, or user terminal, to unified record the acquired activity information in association with a common ID, and to provide the activity information associated with the common ID in response to an activity information request.

Embodiments of the present application provide a target model rendering method and device and a storage medium. In the process of model rendering based on a random sampling method, the terminal device renders multiple noise layers and an auxiliary layer through multiple random samplings, and then sends the multiple noise layers and the auxiliary layer to a server. The server calculates a noise distribution map according to the multiple noise layers, and performs noise reduction processing on the multiple noise layers under the guidance of the noise distribution map and the auxiliary layer through a neural network model to obtain a noise reduction result image. The terminal device can display the noise reduction result image. On the one hand, the random sampling method for the target model achieves fast rendering and reduces rendering time consumption. On the other hand, the neural network model on the server side achieves noise reduction on the rendered image, which is conducive to providing faster rendering speed and higher image quality without user awareness, so as to balance the rendering speed and image quality.