29 results about "Computer users" patented technology

A computer user is authenticated by collecting user data from at least two dimensions of user activity into a local large language model (LLM) residing on a user device, and generating user authentication questions from at least those two dimensions of user activity using the large language model. Questions having intersecting time or location are discarded, and questions from two or more dimensions are presented to the user for response. The user is authenticated by comparing the user response to known correct answers to the questions.

The invention relates to the technical field of information security, in particular to a computer user information security intelligent management method and system.The computer user information security intelligent management method comprises the steps that S1, lightweight collectors are locally deployed at multiple endpoints and used for collecting behavior factors under the condition that identity information is not collected, and factor abstracts are generated after processing; s2, based on a federated graph neural network framework, a graph structure is locally established for the factor abstract through each terminal node, when the method is used, the adopted lightweight collector is suitable for different terminal platforms, the requirements for equipment calculation and storage resources are low, the effects of being compatible with multi-terminal deployment and low in deployment overhead are achieved, and the method is suitable for large-scale popularization and application. According to the method, the behavior association relationship of the user can be conveniently obtained in a cross-device and environment condition without invading the privacy of the user, hidden anomalies such as behavior fraud in device jump and robot camouflage operation can be automatically found by utilizing node embedding change and structural reasoning, and the method is beneficial to being different from a traditional static rule and improving the accuracy of behavior mutation recognition.

Out-of-process hit-testing can provide privacy in computer user input systems. In an aspect, an application specifies an effect definition for a preliminary interaction with a UI element of the application, the effect definition including customization parameters to generate the effect. When a user engages in a preliminary interaction with the UI element, the effect is generated and rendered according to the customization parameters, without providing a location of the user input to the application.

Systems and methods are described in which the burden of implementing access control policies, such that a computer user can access a restricted service under the control of the access control policies of an access-restricted system, is largely placed on the requesting user. More particularly, as part of a request user's request to access to a restricted service under the management of an access-restricted system, the requesting user, on the user's computing device, instantiates an access request object of a strongly-typed dependent access request type, where the access request type embodies one or more access control policies necessary to be permitted access. This transfers the burden of user validation to the user's computing device, leaving the access-restricted system to quickly determine the validity of a received access request object to determine whether to reject the request or process the access request.

A computer system includes a system-level service executing as a privileged software service of the computer system. The system-level service receives information associated with at least one of an identified state of a user, a contemporaneous context of the user, and archived material associated with the user, wherein the identified state is characterized, at least in part, by behaviors, actions, activities, or emotions of the user. Based on ongoing evaluation of the received information, the system-level service autonomously determines at least one action to be taken by the computer system, selects a manner and timing for execution of the action, and causes information to be provided to the user or an action to be performed by the computer system. The process is performed proactively and in the absence of a contemporaneous request by the user, thereby enabling system-initiated, context-aware, and state-responsive operation across one or more interconnected digital devices.

The utility model discloses a multifunctional computer heat dissipation base, which belongs to the technical field of computer bases, and comprises a protective shell, a bottom plate assembly is arranged above the protective shell, the bottom plate assembly comprises a bottom plate main body, a fixing block and two heat dissipation fans, the bottom plate main body is rotatably connected to the upper surface of the protective shell, and the fixing block is arranged on the bottom plate main body. A plurality of air holes are formed in the surface of the bottom plate main body; by arranging the USB expander assembly, the bottom plate assembly, the sliding rail, the switch, the supporting block, the threaded rod, the moving block, the supporting rod and the motor, the motor drives the threaded rod to rotate, the threaded rod can push the moving block to slide on the sliding rail, and the angle of the bottom plate body can be correspondingly adjusted along with movement of the moving block. By integrating multiple functions of heat dissipation, USB expansion, an adjustable supporting structure, an independent power supply and the like, the user experience is remarkably improved, and the high requirements of modern computer users for functionality, convenience and adaptability are met.

To generate "navigation paths" to be selected by human users when they traverse physical space or traverse computer software.SOLUTION: Some embodiments of the present invention are directed to machine logic for identifying a favorable navigation path by monitoring physical paths or computer software navigation paths used by human users as they use a set of computer programs. This favorable navigation path, through physical space or the logic of the set of computer programs, can then be suggested to future users who want to navigate from a similar starting point to a similar end point.SELECTED DRAWING: Figure 2

Out-of-process hit-testing can provide privacy in computer user input systems. In an aspect, an application specifies an effect definition for a preliminary interaction with a UI element of the application, the effect definition including customization parameters to generate the effect. When a user engages in a preliminary interaction with the UI element, the effect is generated and rendered according to the customization parameters, without providing a location of the user input to the application.

Out-of-process hit testing can provide privacy in a computer user input system. In an aspect, an application specifies a pointer pattern for a pointer element according to a position of the pointer element relative to a bounded region of a UI window. In another aspect, an application specifies a resizing effect for a UI element that, when triggered by an out-of-process hit test, causes the UI element to change from a first state to a second state.

Out-of-process hit-testing can provide privacy in computer user input systems. In an aspect, an application specifies a pointer style for a pointer element according to a location of the pointer element in relation to bounded regions of a UI window. In another aspect, an application specifies a resize effect for a UI element which when triggered by out-of-process hit testing, causes a UI element to change from a first state to a second state.

The application discloses a cloud computer gateway cluster dynamic hot expansion and contraction method and system, belongs to the cloud computing technical field, and aims to solve the technical problem of how to realize dynamic hot expansion and contraction of the gateway cluster scale without affecting the use of current cloud computer users. The method comprises the following steps: configuring index thresholds of cloud computer gateway cluster expansion and contraction through a management platform; integrating a gateway management service and a monitoring service in a cloud computer gateway image; if the current gateway cluster load pressure exceeds the upper limit of the thresholds, expansion operation is performed; if the current gateway cluster load pressure is lower than the lower limit of the dynamic hot expansion and contraction thresholds, contraction operation is performed; according to the load pressure of each gateway node in the gateway cluster, the gateway management service selects the optimal gateway through a load balancing method and returns gateway information to a client, and the client initiates a connection request to the corresponding gateway based on the gateway information to obtain cloud computer transmission protocol flow data.

A system provides enhanced views and notifications of user location and calendar information. A system can analyze and display location data of one or more people with calendar data specifying locations and times of events. A user interface showing the location of one or more people displayed with details of each person's calendar allows computer users to readily determine if each person is at an appropriate location relative to their schedule. Graphical highlights or other types of notifications can also be generated when people are off calendar, on calendar, or at an appropriate location. A filtering function can be used for targeting events in a specific window in time across all members of a group or a specific member across time. In such configurations, a device can select specific calendar events based on a given time frame to allow for a more focused view on contextually relevant user activity.

The invention provides a cloud computer configuration method, which comprises the following steps: constructing a corresponding digital twinborn body based on historical operation data of each cloud computer user and running state data of a cloud computer instance, the digital twinborn body being used for simulating an operation behavior and a resource load state of the cloud computer user in a cloud computer environment; an operation behavior and a resource load state of a cloud computer user in a cloud computer environment are simulated in a configuration test sandbox through a digital twin, performance data corresponding to a plurality of candidate configuration schemes are collected, and the plurality of candidate configuration schemes are deployed in the configuration test sandbox; analyzing the performance data based on a multi-objective optimization algorithm, and determining a Pareto optimal configuration set; and determining a target configuration scheme from the Pareto optimal configuration set according to user preference, and configuring the cloud computer according to the target configuration scheme. The problem that the user experience is poor due to the fact that an existing cloud computer configuration method cannot carry out dynamic adaptation according to actual use scenes and personalized requirements can be solved.

Disclosed herein are exemplary apparatus, systems and methods for creating, displaying in a computer display, activating and interacting with a shared, interactive shopping session between at least one computer user and at least one persistent, visually traversable, interactive, persistent, virtual three-dimensional space, wherein said virtual three-dimensional space may comprise a virtual three-dimensional store, a virtual three-dimensional mall or other virtual three-dimensional shopping space. Further disclosed herein is an automatic foreign language translator that would cross-translate cross-communications between a plurality of virtual shoppers virtually shopping at a particular exemplary virtual shopping space at a particular time. Further disclosed herein is an exemplary fragrance emitting device that would receive instructions from a user's computer device, that would receive fragrance emitting instructions generated by an exemplary virtual shopping space embodiment of the present invention according to a virtual location of an exemplary online shopping user in the virtual shopping space.

Systems and methods are described in which the burden of implementing access control policies, such that a computer user can access a restricted service under the control of the access control policies of an access-restricted system, is largely placed on the requesting user. More particularly, as part of a request user's request to access to a restricted service under the management of an access-restricted system, the requesting user, on the user's computing device, instantiates an access request object of a strongly-typed dependent access request type, where the access request type embodies one or more access control policies necessary to be permitted access. This transfers the burden of user validation to the user's computing device, leaving the access-restricted system to quickly determine the validity of a received access request object to determine whether to reject the request or process the access request.

Embodiments of the present application provide a system service calling method and a computer device, applicable to the technical field of computer user mode service calling. The method comprises: determining n system service processes on the basis of a user process; copying respective target information segments (such as code segments / data segments) of the n system service processes into n address spaces having preset ranges in the user process; and when the user process, which has merged the target information segments, calls a first process (the first process belongs to the n system service processes), performing service calling on the first process in a function calling manner in the user process. The present application merges different system service processes into the address space of the same process (i.e., the user process), thereby facilitating mutual calling; the IPC performance bottleneck problem during user service calling is solved, and the performance is improved without an IPC process; in addition, the present application does not need to perform code modification on an original system service process, and thus is conducive to wide use and has application universality.

The invention discloses a computer information security monitoring and encryption protection system, and the system comprises a physical protection module which is configured to carry out protection on computer information security from the outside; the network protection module is configured to realize network security protection when the computer is networked; the software protection module is configured to protect internal software and data of the computer; the personnel management module is configured to perform safety protection on computer users; and the comprehensive emergency response module is configured to protect and maintain the computer in real time. According to the computer information security monitoring encryption protection system, comprehensive protection of a computer system and network data is achieved by integrating multiple means such as physical security protection, network security protection, software security protection and personnel security protection.

A computer user is authenticated by collecting user data from at least two dimensions of user activity into a local large language model (LLM) residing on a user device, and generating user authentication questions from at least those two dimensions of user activity using the large language model. Questions having intersecting time or location are discarded, and questions from two or more dimensions are presented to the user for response. The user is authenticated by comparing the user response to known correct answers to the questions.

The invention provides a structured satellite telemetry data collection method and system, and aims to collect and manage satellite telemetry data in a standardized and efficient manner. Comprising the following steps: formulating a telemetering information element filling specification of a satellite interface data sheet, and requiring all telemetering parameters to be filled according to the specification; determining byte lengths of the standardized telemetry parameters, and distributing the byte lengths to each channel number; collecting telemetering data according to the parameter content filled by the lower computer user; all the collected telemetering parameter information is exported to a file in a specified format, a telemetering information element statistical table is output, the file comprises a plurality of worksheets, and each worksheet corresponds to a different subsystem, so that data classification and management are facilitated. Through the method, the accuracy and efficiency of telemetry data collection can be improved, manual intervention is reduced, the overall quality and consistency of satellite telemetry data are improved, and a reliable data basis is provided for subsequent analysis and application.

A method and apparatus for securely logging a computer user into a computer system using an anonymous identifier is presented, thereby eliminating the use of a username and password and requiring only a single click or touch of the user to log into the computer. The anonymous identifier uniquely identifies the user and can be used as an encryption key.

The embodiment of the invention provides a system service calling method and computer equipment, can be applied to the technical field of computer user mode service calling, and comprises the following steps: determining n system service processes according to a user process, the method comprises the following steps of: acquiring n system service processes, and copying respective target information segments (such as code segments / data segments) of the n system service processes to n address spaces within a preset range in a user process, when the user process merged with the target information segments calls a first process (the first process belongs to the n system service processes); and carrying out service calling on the first process in the user process in a function calling mode. According to the method, different system service processes are merged into the address space of the same process (namely the user process), so that mutual calling is facilitated; the problem of IPC performance bottleneck during user service calling is solved, and performance improvement is achieved by bypassing an IPC process; in addition, code modification does not need to be carried out on an original system service process, so that wide use is facilitated, and application universality is achieved.

The utility model discloses a computer CPU radiator device with a liquid cooling heat dissipation function. The computer CPU radiator device comprises an in-bin heat dissipation device and an out-bin heat dissipation device. The in-granary heat dissipation device and the out-granary heat dissipation device are connected through a first liquid flow pipe and a second liquid flow pipe; the heat dissipation device outside the warehouse comprises an aluminum alloy frame, an electric pump and a heat dissipation fan. The in-bin heat dissipation device comprises a CPU metal base, a heat dissipation bin and a heat dissipation copper pipe. The in-cabin heat dissipation device is arranged in the computer, and the out-cabin heat dissipation device is arranged outside the computer, so that the temperature and heat of a CPU (Central Processing Unit) of the computer are transmitted to the out-cabin heat dissipation device for cooling, and then cooled liquid is transmitted back to the in-cabin heat dissipation device. The liquid cooling radiator device not only improves the radiating efficiency and stability of a computer system, but also has obvious advantages in the aspects of noise control, space utilization and personalized design, and meets the requirements of modern computer users for high performance and high reliability.

The invention relates to the technical field of computer security control, and discloses a computer security management system and method based on artificial intelligence. The system comprises a computer use state detection module, a computer use permission identification module and a computer use control module, based on computer starting operation abnormal state analysis information or computer user identity information analysis information or computer temporary use permission analysis information, comprehensive dynamic judgment of the starting operation permission of the computer is carried out, and intelligent real-time monitoring of the starting operation use permission of the computer is achieved. The reliability of computer security supervision is improved; and the computer control end autonomously and accurately executes the starting operation state control operation of the computer according to the feedback information of the computer starting operation authority analysis result, so that accurate and intelligent control of the abnormal use state of the computer starting operation is realized, the applicability of computer security management is improved, and the security of the computer is improved.

The invention discloses a para-virtualization communication method and device and electronic equipment, a host machine comprises a virtual machine and a physical network card, the virtual machine comprises a virtual machine kernel space and a virtual machine user space, and the host machine comprises a host machine kernel space and a host machine user space; the virtual machine user space comprises an application program, and the host machine user space comprises processor simulation software; the method comprises the following steps: determining a para-virtualization channel between a kernel space of a virtual machine and a kernel space of a host machine through processor simulation software; and controlling the application program to carry out data transmission with the physical network card through the kernel space of the virtual machine, the para-virtualization channel and the kernel space of the host machine. According to the embodiment of the invention, the application program of the virtual machine can carry out data transmission with the physical network card through the para-virtualization channel, so that a plurality of virtual machines can share the network card resource of the physical network card, the utilization rate of the physical network card is improved, and the waste of the network card resource of the physical network card is avoided.

The invention provides one or more consortia of networks that identify and share information about users and / or user devices interacting with the consortia. User devices may be identified, at least in part, by a delta of time parameter between a user device used and a reference time. Other parameters may be analyzed to identify a computer user and / or device and noteworthy transactions. The invention may be used for identity-based applications such as network security, the detection of fraudulent transactions, identity theft, ratings-based communities and law enforcement. User may be permitted to register user devices in order to control access for performing transactions.

1. The name of the design product: integrated multifunctional earphone support. 2. The use of the design product: mainly for computer users to provide convenience, including USB power supply, data reading, earphone power supply, type C power supply, machine number selection, mouse power supply and other functions. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view.

This invention relates to the field of information security technology, specifically to a computer user information security intelligent management method and system, comprising: S1, deploying lightweight collectors locally on multiple endpoints to collect behavioral factors without collecting identity information, and generating factor summaries after processing; S2, based on a federated graph neural network framework, establishing a graph structure for the factor summaries locally on each terminal node. In use, the lightweight collectors employed in this invention are applicable to different terminal platforms and have low requirements for device computing and storage resources, achieving compatibility with multi-terminal deployment and low deployment overhead. This facilitates obtaining user behavior correlations across devices and environments without infringing on user privacy. Utilizing node embedding changes and structural reasoning, it automatically discovers hidden anomalies, such as behavioral fraud during device transitions and bot spoofing, which helps to differentiate from traditional static rules and improve the accuracy of behavioral mutation identification.

The present invention discloses a software interaction method and device based on face recognition. The method includes: the client acquires video and audio data containing a human face; extracts the action feature information of the key parts of the human face in the video data and the volume size information in the audio data; and converts the face action feature information and the volume size information into action instructions of virtual objects in the software through a body movement algorithm and a volume judgment algorithm. The software program of the present invention has high recognition accuracy for face actions, fast feedback speed, and integrates an SDK with a small volume and rich interfaces, which can be used by software engineers for subsequent optimization to continuously improve the user experience. On the other hand, users can conveniently and quickly exercise their eyes, facial muscles, and cervical vertebrae at any time and place through this software application, effectively preventing and treating the occupational diseases of computer users who work in the office.