508 results about "Transparent computing" patented technology

A system and method for authorizing, authenticating and accounting users having transparent access to a destination network, wherein the users otherwise have access to a home network through home network settings resident on the user's computers, and wherein the users can access the destination network without altering the home network settings and without installing software on the user's computer. The system includes a gateway device for receiving a request from a user for access to the destination network, and means for identifying an attribute associated with the user based upon a packet received by the gateway device, wherein the packet is transmitted from the user's computer, and wherein the user's computer is configured for accessing the home network.

A computing system based on Transparence Computing consists of clients and a server. There is no disk and no preinstalled OS on the client; a remote booting chip is set on the client's mainboard for downloading and loading the OS. Boot-supporting services, OS kernel mirrors, and applications are preset on the server; After being powered, the client broadcasts the boot request to the network and the server allocates network parameters for it. The client downloads an OS-selecting script from the server. After the user selects the needed OS, the client downloads and loads the selected OS from the server. Hence, the client fulfills the user's computing requirements just as a normal PC. The computing work is implemented on the client-side, during which the client can acquire corresponding resources such as applications, data, and documents from the server on demand. The client can be provided with private storage across the network by presetting a service in the mirror for creating virtual disks on the server, and thus data generated during or after the computing can be persistently stored on the server's storage.

A computing system may include non-transitory computer-readable media storing instructions that when executed by the one or more computer processors, causes the computing system to perform operations comprising: causing presentation of a graphical user interface, the graphical user interface being associated with patient health data, wherein the graphical user interface is configured to: display one or more user interface elements, receive information identifying a logging action and at least one classification associated with the logging action, generate, by the processor, one or more models based on the received information, based on the generated one or more models, automatically associate the one or more user interface elements with one or more logging actions and update the graphical user interface with at least a portion of the one or more user interface elements.

The invention discloses a transparent computing method and transparent computing system based on the virtualization technology. Through the virtualization technology, physical differences between different hardware platforms of a client are shielded, wide support for different hardware devices is provided, the mobility requirement of a user is met, application service support across terminal devices and operating systems is provided for the user, and the user does not need to worry about management of computer hardware devices and systems. The scheme is achieved in the transparent computing system based on a wide area network, a request is started by the client in the transparent computing system, legality of the request is confirmed through a management client and a transparent main server of a software resource server, connection of resources is given, instance operating systems stored in the transparent software resource server are loaded remotely and run, needed service is acquired, and the task requirement of the user is completed. The transparent computing method and transparent computing system based on the virtualization technology can adapt to different hardware platforms and operating system platforms, can be started on the wide area network faster, and is higher in safety performance and practicability.

The invention relates to a method for remotely starting a transparent computing system client through a wireless local area network, which belongs to the technical field of computing systems. The method comprises that: the client executes a guide code in a guide chip and searches for transparent networks in a current region according to a preset searching period; the client sequences the searched transparent networks and displays a transparent network list obtained by the sequencing to a user; the user selects to remotely start a used transparent network, and the client performs network authentication on the transparent network selected by the user and tests the transparent network which is selected by the user and passes the authentication; a starting code of the guide chip acquires an identifier of the client from a server; and the user selects an operating system to be loaded. The method has the advantage of solving the problems that the transparent networks and non-transparent networks cannot be distinguished under the wireless network by the conventional methods for remotely starting the transparent computing system, that potential safety hazard exists in network access, that the network authentication cannot be performed, that network stability cannot be detected, and the like.

The present disclosure relates to systems, non-transitory computer-readable media, and methods for utilizing a context transformer engine, a smart topic agent, and a large language model to generate a smart topic output. In particular, in one or more embodiments, the disclosed systems generate a smart topic output from a transcript of a video call. In some embodiments, the disclosed systems provide a smart topic interface that provides the smart topic output on a client device and receives selections of smart topic elements. In one or more embodiments, the disclosed systems generate a combined smart topic from transcripts of video calls in which client devices that participated are associated with a collaborating user account group.

The embodiment of the invention discloses a transparent computing system, which comprises a transparent client, a transparent server and a transparent network. The transparent client comprises a hardware module, a basic input output system (BIOS), a transparent network protocol (TNP) client module, an operating system and an application program, wherein the hardware module, the BIOS and the TNP client module are fixedly arranged on the transparent client; the transparent client stores various software and information resources required by a user, and executes task scheduling, resource allocation and data transmission and management; the transparent client realizes communication connection with the transparent server through the transparent network, dynamically downloads the operating system from the transparent server, and loads the operating system; the loaded operating system interacts with the hardware of the transparent client in driving and calling way; and the application program obtains service provided by the operating system in a system calling way. The transparent computing system is high in network independence and reliable in internetworking; and the software and hardware design of the transparent client is simplified, hardware requirements are low, and cost is saved.

A computing system based on Transparence Computing consists of clients and a server. There is no disk and no preinstalled OS on the client; a remote booting chip is set on the client's mainboard for downloading and loading the OS. Boot-supporting services, OS kernel mirrors, and applications are preset on the server; After being powered, the client broadcasts the boot request to the network and the server allocates network parameters for it. The client downloads an OS-selecting script from the server. After the user selects the needed OS, the client downloads and loads the selected OS from the server. Hence, the client fulfills the user's computing requirements just as a normal PC. The computing work is implemented on the client-side, during which the client can acquire corresponding resources such as applications, data, and documents from the server on demand. The client can be provided with private storage across the network by presetting a service in the mirror for creating virtual disks on the server, and thus data generated during or after the computing can be persistently stored on the server's storage.

A method for transferring data between terminal apparatuses in a network at least comprising a server, a first terminal apparatus and a second terminal apparatus, wherein the server has a storage device at least comprising a first and a second disk images; the method comprising: generating a message of data transfer request based on the information on the data to be transferred; transferring the generated message to the second terminal apparatus; receiving the message and transferring the message to the server if the requested data transfer is allowed; and transferring date between the first disk image and the second disk image, in response to the reception of the message.

During a waiting period before the start of a game, a model video in which a model object imitating a player holding a controller makes a pose set in advance according to the type of the game is displayed, and the model video is displayed as an animation in which the model object rotates from an orientation in which a front side of the model object is displayed to an orientation in which at least a part of a back side of the model object is displayed.

The invention discloses a user identity authentication method suitable for a transparent computing system and a system configuration method. The user identity authentication method comprises: when a user boots up and logs in, a client transmits a login requesting information to an authentication server, and the authentication server queries a background database, acquires an operating system authority list bootable by the user and transmits the list to the client; the user selects the operating system and invokes a remote loading request to a storage server; and the storage server authenticates a user name and passwords of the client, checks a mirror image configuration file of the operating system of the user after the authentication passes, and judges whether the authentication succeeds according to the IP of the client and mirror image IP settings of an operating system to be booted up. The system configuration method is used for configuring the transparent computing system using the user identity authentication method. According to the user identity authentication method suitable for the transparent computing system and the system configuration method, which are provided by the invention, the authority management of the user is achieved, a plurality of individual services can be provided, and the user experience is perfected.

The present invention discloses a method for starting an intelligent terminal based on transparent computing, which makes various types of intelligent terminals correspond to the same system image file. The starting steps of the intelligent terminal include: S1, the intelligent terminal is booted from the firmware when the intelligent terminal is powered on; S2, the intelligent terminal loads a part of the system image files which is necessary for the operating system to boot into the memory; S3, the intelligent terminal is rebooted and the system that is in the memory is booted; S4, the intelligent terminal automatically executes a basic application software starting instruction, loads and runs the basic application software from the system image files to generate a user interface matching the intelligent terminal. The invention also discloses a starting system using the method and an intelligent self-service system. The invention has the advantages that the starting progress does not need manual duty with high starting efficiency, convenient equipment maintenance and good expansibility.

The invention discloses a uniform interface calling oriented runtime system and a running method, and belongs to the field of a computer. The runtime system comprises a runtime system agent device, a runtime system device, a function interface server device, a channel device and a network device. The running method of the runtime system comprises the steps of registering a function of a third party function component library; loading a runtime system agent by an application; delivering the function needing to be called by the application to the runtime system through the runtime system agent; finding the corresponding third party function component library by the runtime system according to function interface information, performing a function instance and returning a performing result to the runtime system agent; and returning the result to the application by the runtime system agent. According to the system and the method, through establishment of the uniform interface calling oriented runtime system, multiplexing among component libraries of different programming languages is realized, transparent computing is realized, and the application cost is reduced.

A wireless communication method performed by a first SMF of a wireless core network includes receiving a first virtual network (VN) session request from a second SMF, the first VN session request including at least one of a virtual network (VN) identifier (ID) of a VN, first routing information, or first data communication tunnel information for a first VN data communication session; sending a first VN session response; and configuring, according to the first routing information, a first packet detection rule (PDR) and a first forwarding action rule (FAR) for a first User Plane Function (UPF) associated with the first SMF to forward data packets of the first VN data communication session. Other methods, a wireless communication apparatus, and non-transitory computer readable storage medium performing the wireless communication methods are disclosed.

The invention discloses a client block level cache optimization method in a mobile transparent computing environment. A mobile client is electrified. POST self-check and hardware initialization are carried out on the client. After the self-check is carried out on the client, a network boot module is performed on a read-only memory. The network boot module obtains an allocation state of a memory, checks a BIOS data area of the memory, loads wireless network card drive and configures a network protocol stack. After a network access function is supported, a virtual disk is initialized, BIOS service is modified, and I / O redirection is carried out. A user logs in and selects a to-be-operated operating system, searches a cache and starts the operating system. According to the method, a local memory device of the mobile client is taken as a cache medium; the virtual system disk is established in the program of the network boot module; the disk in the BIOS service is modified; a processing program is interrupted; moreover, a cache mechanism is established through utilization of a client level cache module; the starting speed of the client is greatly improved; network loads are reduced; and the user experience is improved.

The present disclosure relates to systems, non-transitory computer-readable media, and methods for utilizing a context transformer engine, a smart topic agent, and a large language model to generate a smart topic output. In particular, in one or more embodiments, the disclosed systems generate a smart topic output from a transcript of a video call. In some embodiments, the disclosed systems provide a smart topic interface that provides the smart topic output on a client device and receives selections of smart topic elements. In one or more embodiments, the disclosed systems generate a combined smart topic from transcripts of video calls in which client devices that participated are associated with a collaborating user account group.

A computer program product is tangibly embodied on a non-transitory computer-readable medium and includes instructions that, when executed by at least one computing device, are configured to cause the at least one computing device to input a situation event graph and a corresponding scenario into a neural network model, where the neural network model includes a plurality of scenarios, the situation event graph represents a situation, and the corresponding scenario represents a plurality of situations similar to the situation. The neural network model processes the situation event graph and the corresponding scenario to determine a causal impact of the situation.

Methods, apparatuses, and non-transitory computer-readable storage mediums are provided for video coding. In one method, a decoder obtains, for a current chroma block, a non-linear model (non-LM) mode and a linear model (LM) mode, and the LM mode includes a cross component linear model (CCLM) mode and a multi-model linear model (MMLM) mode. The decoder then combines the non-LM mode and the LM mode for a multi-hypothesis-based chroma prediction (MCP) for the current chroma block.

The invention discloses an intelligent terminal starting method based on transparent computing. For each type of intelligent terminals, a corresponding system image file is stored. The starting process of an intelligent terminal comprises the following steps: S1, when the intelligent terminal is powered on, the intelligent terminal is guided to be started from hardware; S2, the intelligent terminal determines equipment information through self-inspection, and a one-to-one corresponding relationship between intelligent terminals and system image files is established; S3, the intelligent terminal loads a corresponding system image file to the internal memory; and S4, the intelligent terminal is restarted to guide a system entering the internal memory. The invention further discloses a starting system employing the starting method, and an intelligent self-service system. The method and the systems have the advantages of unattended starting process, high starting efficiency, convenient equipment maintenance, high scalability, and the like.

A computer system for metaverse digital accessibility can include one or more processors and non-transitory computer-readable storage media encoding instructions which, when executed by the one or more processors, causes the computer system to create an accessibility characteristics engine programmed to receive one or more accessibility characteristics associated with a user, an environment engine programmed to generate an environment for an avatar associated with the user based on the received one or more accessibility characteristic, and an accessibility support engine programmed to provide an accessibility aide to the avatar associated with the user.

Embodiments of the present disclosure include a non-transitory computer readable medium that when executed by at least one processor cause the at least one processor to perform operations for dynamic cloud workload protection, the operations comprising: installing an agentless scanning system, the agentless scanning system being configured to scan a cloud server, the cloud server including a network and a memory; detecting, using a cloud provider application program interface (API), an installation of a new workload in the cloud server, the new workload including disks; scanning, using the agentless scanning system, the disks of the new workload; installing an agent on the new workload; monitoring, using the agent, the disks, the network, and the memory of the new workload; generating, using the agent, a notification when an interesting event occurs; scanning, using the agentless scanning system, the cloud server; and generating at least one command to perform one or more of a remediation or a policy update.

A method, apparatus, non-transitory computer readable medium, and system for media processing includes obtaining a variation parameter and a number of variations, identifying a first variation input and a second variation input for the variation parameter, and obtaining a first media content item and a second media content item based on the first variation input and the second variation input, respectively. The first media content item and the second media content item vary from each other with respect to the variation parameter. The method, apparatus, non-transitory computer readable medium, and system for media processing further includes displaying the first media content item and the second media content item in a grid comprising a grid size based on the number of variations.

Non-transitory computer readable storage mediums have instructions executed by processors to convert a first list at a first server into a first encrypted, permuted list with first dummy data elements and form a first encrypted linked list of pointers to locations in the first encrypted, permuted list. A second list at a second server is converted into a second encrypted, permuted list with second dummy data elements and a second encrypted linked list is formed of pointers to locations in the second encrypted, permuted list. Elements of the first encrypted, permuted list are combined with elements of the second encrypted, permuted list into a merged, sorted list of secret sharings, where the merged, sorted list of secret sharings is formed solely utilizing local computations at the first server, local computations at the second server and communications solely between the first server and the second server.

The invention discloses a transparent computing based intelligent software starting method. A software running time table is preset by a user and comprises the name of software, the starting time and the running duration; an intelligent terminal downloads and runs corresponding software from a server in the starting time according to the software running time table, monitors the software running time and stops the software when the preset running duration is reached. The intelligent terminal only needs to receive starting information sent by a server side, hardware resources of the intelligent terminal are not occupied, energy of the intelligent terminal is not consumed, and the method has the advantages of low resource occupation, low energy consumption, multi-terminal management, learning of use habits of the user and intelligent optimization and adjustment of software starting time.

The invention discloses an intelligent remote controller control method based on transparence computing. The intelligent remote controller control method comprises the following steps: S1, establishing network connection between an intelligent remote controller and a server side; selecting types, brands and models of controlled equipment from the intelligent remote controller by a user; S2, loading remote control software from the server side by the intelligent remote controller according to the types, brands and models of the controlled equipment, and realizing remote control of the controlled equipment through the remote control software. The intelligent remote controller disclosed by the invention does not need to provide a large-capacity storage space, and abundant remote control software can be obtained and operated through the server side; the intelligent remote controller has the advantages of effectively reduced manufacturing cost, extremely great expandability and the like.

A method, apparatus, and non-transitory computer readable medium for hypergraph processing are described. Embodiments of the present disclosure obtain, by a hypergraph component, a hypergraph that includes a plurality of nodes and a hyperedge, wherein the hyperedge connects the plurality of nodes; perform, by a hypergraph neural network, a node hypergraph convolution based on the hypergraph to obtain an updated node embedding for a node of the plurality of nodes; and generate, by the hypergraph component, an augmented hypergraph based on the updated node embedding.

Disclosed herein is a system which comprises a computing device including a non-transitory computer-readable storage medium configured to store an application program; and a processor coupled to the non-transitory computer-readable storage medium and configured to control a plurality of modules to execute instructions of the application program for accessing a plurality of tasks of the system. The system further comprises a computing server system configured to: create different task queues, skill groups, and prioritizations to organize the plurality of tasks based at least upon an urgency, a complexity, or a department of each task of the plurality of the tasks, present information related to each of the plurality of tasks, queue and route the plurality of tasks, and obtain task completion information related to each of the plurality of tasks.

An example computer system for authenticating a user in a metaverse can include one or more processors; and non-transitory computer-readable storage media encoding instructions which, when executed by the one or more processors, causes the computer system to: receive an authentication credential from the user; determine whether the authentication credential is valid; upon determining that the authentication credential is valid, update authentication status of the user; and maintain the authentication status of the user across multiple login attempts by the user.

An action localization apparatus acquires a target clip and detects persons from the target clip. The action localization apparatus generates a person clip from the target clip for each of the persons detected from the target clip, and extracts a feature map from each of the person clip. The action localization apparatus computes, for each of predefined action classes, an action score that indicates confidence of an action of that action class being included in the target clip based on the feature maps extracted from the person clips, and localizes each action whose action class has the action score larger than or equal to a threshold by performing class activation mapping on each of the person clips.

A method for transferring data between terminal apparatuses in a network at least comprising a server, a first terminal apparatus and a second terminal apparatus, wherein the server has a storage device at least comprising a first and a second disk images; the method comprising: generating a message of data transfer request based on the information on the data to be transferred; transferring the generated message to the second terminal apparatus; receiving the message and transferring the message to the server if the requested data transfer is allowed; and transferring date between the first disk image and the second disk image, in response to the reception of the message.