62 results about "Localhost" patented technology

The utility model is suitable for the technical field of remote control, and provides remote control equipment. The remote control device comprises an HDMI data acquisition module which is electrically connected with a remote host and is used for acquiring desktop image data of the remote host; the signal transmission module is connected with a local area network or the Internet and is used for sending desktop image data to a local host and receiving a control instruction from the local host; the simulation module is electrically connected with the remote host and is used for outputting a control instruction to the remote host; and the remote startup and shutdown module is electrically connected with a startup key of the remote host and is used for controlling startup and shutdown of the remote host. According to the embodiment of the invention, remote control is realized in a hardware mode, and the problem that remote control software may lose control capability due to system downtime or accidental stop is avoided. Compared with traditional remote control hardware such as an IP KVM, the cost and the size are reduced through the integrated design, and the system is more suitable for various scenes.

The invention relates to the technical field of optical fiber application, and particularly provides an optical fiber energy signal sensing multiplexing system and a control method thereof, and the system comprises a local host composed of a sending part and a receiving part, and a far-end access node device connected with the local host through an optical fiber. The local host highly multiplexes core devices such as the laser, the modulator, the driving signal generator and the detector, the hardware cost is reduced, the size of the device is reduced, and three functions of optical fiber communication, energy transmission and distributed optical fiber sensing (including temperature and vibration sensing) can be realized only by changing the modulation mode of the light source through software. The time sequence control logic of the system is simple and flexible, and the energy, signal and sensing integrated technology is advanced to be practical.

A speech processing system that enables voice-privacy mode operations for resource limited computing devices. A device that has limited speech processing capabilities / is otherwise resource limited, connects to a local host. The user may then enable a voice-privacy mode for the limited device. When the mode is active, if the limited device detects an utterance, it sends the audio data of the utterance to the local host, which performs limited speech processing and sends the resulting data back to the limited device, which then sends it to a more powerful device to complete the speech processing.

A storage product manufactured as a computer component and configured to have: a secure memory region to store cryptographic keys; a network interface; a local storage device having a storage capacity accessible via the network interface; and a host interface to be connected to a local host system. The local host system can control access, made via the network interface, to the storage capacity without receiving a portion of storage access messages received in the network interface. The storage product includes an access controller configured to determine whether a message, received in the network interface from the computer network or in the host interface from the local host system, has a valid verification code according to the cryptographic keys; and if not, the message can be rejected, deleted, discarded, or ignored without further processing.

A cell matching system capable of extending the life of a battery pack belongs to the technical field of control systems, and particularly relates to a cell matching system capable of extending the life of a battery pack. The present invention provides a circuit hardware basis for a cell matching system capable of extending the life of a battery pack. The present invention includes a local host processor part, a node host and touch screen connection communication part, a host RS485 communication part, a node data upload part, a node host power supply part, a battery charging current acquisition part, a battery voltage acquisition part, a battery charge and discharge circuit part, an ADC acquisition post-filtering circuit part, a slave processor part, a slave RS485 communication part, a slave power supply part, a slave cell temperature control circuit part, and a battery discharge current ADC conversion circuit part.

The application discloses a kind of application layer bucket level local host memory weight cache management method, equipment and medium, it is related to big language model inference field, method includes: obtaining the bucket level cache index table established by application layer, wherein, bucket level cache index record at least one bucket corresponding to big language model in local cache state, bucket is formed by the independent unit of all weight tensor of big language model according to preset bucketing rule division;The cached bucket is fixed in local host memory by memory locking system call, can solve the defect that operating system autonomously expels weight data in existing scheme, application layer cannot intervene;And when target big language model is loaded, based on bucket level cache index table, cache state is inquired bucket by bucket, and the cached bucket is loaded from local host memory, the expelled bucket is supplemented from other remote storage source, can accurately identify missing weight and only supplement from remote storage source, without full load, finally reduce cold start time consumption.

This disclosure discloses a memory extension device, an operation method of the memory extension device, and a computer readable storage medium for executing the operation method. The method includes: converting local information received from a local host into local transaction layer information according to a first sub-protocol of a coherent interconnection protocol; converting the local transaction layer information into converted local transaction layer information according to a second sub-protocol of the coherent interconnection protocol, the converted local transaction layer information conforming to the second sub-protocol; packaging the converted local transaction layer information into a plurality of local data packets; and transmitting the plurality of local data packets to a remote memory extension device.

In one embodiment, a method uses a web browser to receive an authentication request for an application from an authentication prompt of a client device. The method identifies an authentication protocol associated with web browser of the client device and use the authentication prompt to fetch a first challenge from an authentication service associated with the client device. The method uses the authentication prompt to communicate a subscribe to the authentication service and use a localhost to communicate to the application to provide the first challenge. In response to receiving the first challenge, the method uses one or more native Application Programming Interfaces (APIs) to determine an assertion associated with the authentication request and the authentication protocol. The method validates the assertion associated with the authentication request. In response to determining the assertion is valid, the method approves the authentication request.

The application belongs to the technical field of computers, and particularly relates to a distributed container scheduling system and method based on a Docker native API. A resource acquisition module creates a communication connection with a local host Docker engine according to a Docker SDK, and acquires real-time resource data of a container managed by the local host. An index evaluation module calls preset custom index evaluation rules to evaluate node availability according to the real-time resource data, and constructs a dynamic resource pool. An intelligent scheduling decision module constructs a decision tree according to node information in the container managed by the local host, takes the dynamic resource pool as a growing resource of the decision tree, calls a rule-based scheduling algorithm to distribute the real-time resource data to nodes corresponding to the decision tree, and a management deployment module directly creates, starts, stops and migrates the container according to a resource scheduling and distribution result of the intelligent scheduling decision module. The application can solve the problem of poor strategy flexibility in the prior art.

Two storage arrays implement a Remote Data Replication (RDR) facility between a primary storage array and a backup storage array. The primary storage array collects global memory usage statistics by host processes on the primary array and global memory usage by the RDR process on the primary array. The backup storage array collects global memory usage statistics by host processes on the backup array and global memory usage by the RDR process on the backup array. The primary storage array transmits information about the global memory usage by the RDR process on the primary array to the backup array. The backup storage array transmits information about the global memory usage by the RDR process on the backup array to the primary array. Both arrays use global memory usage statistics by their respective local host process and the RDR process on both arrays, to locally set global memory segmentation policies.

The invention relates to the technical field of communication, and discloses a virtual network state connection tracking method and device, equipment and a medium, and the method comprises the steps: determining logic network information; arranging a logic flow table according to the logic network information through the central translation component to obtain a target logic flow table; mapping the connection tracking submission action in the target logic flow table into corresponding physical action information in the physical flow table through the local controller; a local controller configures a connection tracking state space for a local host to submit a connection tracking submission action for all target routing port information according to a constructed context table, and updates a forwarding path of a physical flow table. And enabling the flow to quote the corresponding connection tracking state space according to the updated physical flow table and execute the physical action information for forwarding. According to the technical scheme provided by the invention, the consistency of connection tracking state identification can be ensured during cross-host flow processing in the OVN distributed virtual network control system, so that a security guarantee is provided.

Presented are apparatus, systems and methods for more secure online interactions from computing devices, including protections of sensitive identity, personal, employer, membership, financial and payments information; from the increasing waves of hacking, and relentless bombardment of phishing attacks; with ever more sophisticated social-engineering, which are increasingly indistinguishable from interactions with a genuine online connection. In one example, the computing device can store a data structure in a first application, the data structure comprising a set of sensitive-attribute data, and an identification of a plurality of predefined or otherwise known hosts, from a list of known remote hosts. The computing-device / local-host can execute a second application to locally render a remote internet resource, such as a web page, which may additionally request the input of one or more sensitive-attribute data entry fields. Responsive to receiving a uniform resource identifier (URI) (from an eMail, Text, scanned QR code, Hyperlink, Browser App or other), the computing device executes a first application to identify and analyze the URI, generate a plurality of first features comprising an identity of a remote host of the web-site page, compare the identity of the remote host to the identification of the plurality of known remote hosts, execute a heuristic algorithm or machine learning model, on the local host, to generate a source and content risk-score, of the remote host and the web page it conveys. The execution therebefore described can thus aid the computing device to more intelligently decide to: permit, restrict, or modify data generation methods in an auto-population entry of the one or more sensitive-attribute data entry fields, including but not limited to: selecting a payment information generation method for such data fields, based on risk analysis of said uniform resource identifier. This embodiment of the present disclosure can improve the ability of said computing device and said device user to more-immediately and objectively: identify, avoid, or manage; phishing and hacking attacks, versus those from legitimate or reputationally-sound remote hosts.

A computer implemented method is provided. A number of processor units identify a number of certificates for a device within a network to obtain a file path for each certificate. The number of processor units perform an internal scan of the device to obtain a port number for each active port associated with network protocol on the device. The number of processor units identify a certificate chain associated with each port number based on the network protocol for the device. The number of processor units compare content for each certificate from the number of certificates to the certificate chains for the device to generate a number of matches. The number of processor units generate a data structure including the file path of the certificate for each port on the device based on the number of matches.

In one embodiment, a method may receive an authorization request from a first device to access a resource. The method may validate, using a localhost listener, the authorization request by verifying an origin header of the authorization request based on a plurality of Uniform Resource Locators (URLs) in a trusted domain. In response to determining the authorization request is valid, the method may obtain a credential associated with the authorization request from a second device and validate proximity of the first device and the second device. In response to determining the first device is co-located with the second device, the method may approve the authorization request.

A computing device having: a local host system running a data application; and a storage product. The storage product has: a local storage device; a network interface to receive storage access messages from a remote host system; and a processing device configured to identify, from storage access messages, a first subset for processing by the data application, and a second subset bypassing the local host system. The first subset of the storage access messages includes first write messages configured by the remote host system to write first data into the storage product. The data application running in the local host system can generate second data based at least in part on the first data. The storage product can write the second data into the local storage device in response to the first write messages.

A remote software development infrastructure can include multiple cross-continent datacenters with a variety of remote devices to choose from in the datacenters. A user can select a remote device and access the remote device via a local machine. The infrastructure can stream a video feed of the display of the remote device to the local machine. The user can run a browser on the remote device to test a website, including for example, testing accessing the website and its features via the browser running on the remote device. URL requests to the user's website are received from the local machine and injected into the browser running on the remote device. The browser running on the remote device issues the URL requests. Restricted URL requests can be modified via a browser extension and replaced with a non-restricted URL pointing to the same communication endpoint as the restricted URL.

The invention provides an equipment control method and device, electronic equipment and a storage medium, and relates to the technical field of smart home, and the method comprises the steps: obtaining a user instruction input by a user, uploading the user instruction to a cloud server, then receiving a control intention after the cloud server analyzes the user instruction, and sending the control intention to the cloud server; and then positioning a target smart home device matched with the control intention from the local smart home devices, generating a control instruction for the target smart home device according to the control intention, and controlling the target smart home device to execute a device operation corresponding to the control instruction, thereby reducing related data transmitted to the cloud, and improving the user experience. According to the technical scheme, the risk of data leakage is reduced, the requirement for local host hardware and the calling cost of the cloud are remarkably reduced, the response speed is increased, and the reliability of the intelligent home system is improved.

The invention relates to the field of encryption processing, and provides a PCIe-based hardware acceleration AES remote dynamic encryption method and system. The method comprises the following steps: generating an initial encryption key, and transmitting the initial encryption key to a local host to obtain local key data; sending the to-be-encrypted data to the FPGA hardware module, and performing encryption processing on the to-be-encrypted data through a pipeline to obtain encrypted output data; during encryption processing, receiving updated key information through the double-buffer key storage structure, and switching keys through the updated key information to obtain dynamically updated encryption configuration; performing randomized adjustment on the time sequence characteristics and the power consumption characteristics in the pipeline encryption processing process to generate an encryption execution environment; and performing encryption processing on the encrypted output data based on the encryption execution environment and the dynamic update encryption configuration to obtain final output data. On-line dynamic updating of the secret key is achieved through a double-buffering secret key storage structure, the PCIe bus bandwidth is fully utilized in combination with a full-assembly-line encryption architecture, and side channel attacks are effectively resisted through random delay insertion and a power consumption balancing mechanism.

The invention discloses a teleoperation man-machine interaction system and method, and belongs to the technical field of robot control, the teleoperation man-machine interaction system comprises a local side device, a communication device and a remote side device; the local side equipment comprises a local host, a mechanical arm controller and a tactile feedback device which are connected in pairs; and the remote side equipment comprises a remote host, an unmanned vehicle, a mechanical arm and a touch collector which are connected in pairs. According to the invention, tactile feedback, especially force tactile feedback and vibration tactile feedback, in the interaction process of the remote robot in the remote side equipment and the external environment is provided for the local operator in the local side equipment, so that the immediacy of the local operator is improved, and the execution efficiency and precision of a remote interaction task are improved.

Presented are apparatus, systems and methods for more secure online interactions from computing devices, including protections of sensitive identity, personal, employer, membership, financial and payments information; from the increasing waves of hacking, and relentless bombardment of phishing attacks; with ever more sophisticated social-engineering, which are increasingly indistinguishable from interactions with a genuine online connection.In one example, the computing device can store a data structure in a first application, the data structure comprising a set of sensitive-attribute data, and an identification of a plurality of predefined or otherwise known hosts, from a list of known remote hosts. The computing-device / local-host can execute a second application to locally render a remote internet resource, such as a web page, which may additionally request the input of one or more sensitive-attribute data entry fields.Responsive to receiving a uniform resource identifier (URI) (from an eMail, Text, scanned QR code, Hyperlink, Browser App or other), the computing device executes a first application to identify and analyze the URI, generate a plurality of first features comprising an identity of a remote host of the web-site page, compare the identity of the remote host to the identification of the plurality of known remote hosts, execute a heuristic algorithm or machine learning model, on the local host, to generate a source and content risk-score, of the remote host and the web page it conveys. The execution therebefore described can thus aid the computing device to more intelligently decide to: permit, restrict, or modify data generation methods in an auto-population entry of the one or more sensitive-attribute data entry fields, including but not limited to: selecting a payment information generation method for such data fields, based on risk analysis of said uniform resource identifier. This embodiment of the present disclosure can improve the ability of said computing device and said device user to more-immediately and objectively: identify, avoid, or manage; phishing and hacking attacks, versus those from legitimate or reputationally-sound remote hosts.

A computing device having: a local host system running a data application; and a storage product. The storage product has: a local storage device; a network interface to receive storage access messages from a remote host system; and a processing device configured to identify, from storage access messages, a first subset for processing by the data application, and a second subset bypassing the local host system. The first subset of the storage access messages includes first write messages configured by the remote host system to write first data into the storage product. The data application running in the local host system can generate second data based at least in part on the first data. The storage product can write the second data into the local storage device in response to the first write messages.

Aspects of the subject disclosure may include, for example, a method that includes deploying a first virtual machine configured to implement a plurality of control plane network functions in a wireless network, deploying a second virtual machine configured to implement a user plane function in the wireless network, deploying a third virtual machine configured to implement firewall functions, and deploying the first virtual machine, the second virtual machine and the third virtual machine on an on-premises host server. Other embodiments are disclosed.

The application provides a USB virtual network card and a server based on a PCIE bus, the USB virtual network card comprising: a CPU; a chip internal interconnection bus connected to the CPU; an Ethernet controller and an Ethernet PHY interface, a first end of the Ethernet controller being connected to the chip internal interconnection bus, a second end of the Ethernet controller being connected to a first end of the Ethernet PHY interface, a second end of the Ethernet PHY interface being connected to a remote computer; a first end of a USB DEVICE controller being connected in parallel to the chip internal interconnection bus, a second end of the USB DEVICE controller being connected in parallel to a first end of a USB HOST controller, a second end of the USB HOST controller being connected to a first end of a PCIE EP controller, a second end of the PCIE EP controller being connected to a first end of a PCIE PHY interface, a second end of the PCIE PHY interface being connected to a local host. Through the scheme of the application, the bandwidth of the USB virtual network card can be improved, the number of devices supported by the USB virtual network card can be increased, the efficiency of data transmission of the USB remote device can be improved, and the problem of untimely data response is solved.

A system and method for implementation of zero trust computer network security combined with stateful authentication object tracking, authentication object manipulation and forgery detection, and assessment of authentication and identity attack surface. The methodology involves gathering all authentication objects issued by a network, storing the authentication objects in a master ledger for use in stateful deterministic authentication object tracking, and running detection functions that compare authentication objects presented for access to network resources with the master ledger. In an embodiment, an authentication object agent is installed at the domain controller level. In another embodiment, a log extension utility is installed at the local host computer level to provide additional log data for additional cyberattack detections.

The application discloses an interconnection system, method, device, medium and program product in the computer technology field. In the application, N signal enhancement modules included in each host computer can enhance communication signals, guarantee the communication quality of signals sent to the host computer and the quality of signals sent by the host computer to the outside; and each switching module in the host computer can reserve a host address space for communication with other host computers; if a host computer to which any switching module belongs establishes a communication connection with other host computers, the switching module records an access path from the host computer to other host computers in the host address space reserved for other host computers, so that the access from the local host computer to other host computers can be realized according to the access path, and thus the fast communication between different host computers can be realized, and the communication signals are guaranteed.

A computer-executable procedure, comprising: Determining a first set of policies (152) defined for a switch (103) when handling a packet, wherein a policy includes at least one policy entry based on a target role and wherein the at least one policy entry includes a source role, a traffic attribute and an action to be performed for the packet; Receiving an incoming packet at the switch, where the destination of the incoming packet is unknown; Representing the first set of policies as a matrix, where a first entry in the matrix corresponds to the source role as a row and the destination role as a column, and specifies the traffic attribute and the action of the at least one policy entry; Replacing the action in the first entry with the target role if the action indicates that the packet should be allowed, and with a null value if the action indicates that the packet should be rejected, in order to obtain an initial data structure with entries that specify a multitude of traffic attributes for each source role and a corresponding set of allowed target roles for each traffic attribute; Resolving an overlapping pair comprising a first traffic attribute and a second traffic attribute to obtain a second data structure; Finding that a third traffic attribute for a source role in the second data structure does not comply with a policy; Removing the third traffic attribute from the second data structure to obtain a second set of synthesized policies (154), where a first decision model based on the first set of guidelines leads to the same result as a second decision model based on the second set of synthesized guidelines; Allowing or rejecting the forwarding of the incoming packet at the switch using the second decision model; in response to allowing the incoming packet to be forwarded to a local host; and as a reaction to the rejection, the dismissal of the incoming package.

In one embodiment, a method may receive an authorization request from a first device to access a resource. The method may validate, using a localhost listener, the authorization request by verifying an origin header of the authorization request based on a plurality of Uniform Resource Locators (URLs) in a trusted domain. In response to determining the authorization request is valid, the method may obtain a credential associated with the authorization request from a second device and validate proximity of the first device and the second device. In response to determining the first device is co-located with the second device, the method may approve the authorization request.

The application discloses an AI native intelligent interaction terminal with active sensing and emergency response capability, and belongs to the technical field of artificial intelligence terminals and man-machine interaction. The terminal integrates a multi-modal interaction module, a local AI inference engine capable of offline voice recognition, negotiation strategy generation and multi-language real-time translation, and an end-cloud collaborative scheduling unit. The terminal adopts an independent transfer box form with integrated charging function or an integrated terminal form with integrated charging bin, and can provide charging and power supply functions for matched earphones, glasses and other peripherals. The core feature of the terminal is the built-in motion state sensor and environmental sound recognition model, which can actively sense user falls, impacts or dangerous acoustic events, and automatically trigger an emergency response program. The terminal also supports a covert real-time word prompting function based on voiceprint recognition and cognitive state detection, provides long-term personalized services through a localized user cognitive model, and supports seamless task relay with a local AI host. The application deeply integrates intelligent interaction, active safety guardianship and privacy protection, and can be widely applied to various independent AI interaction scenes.

The present application discloses an interconnect system, a method, a device, a medium, and a program product in the technical field of computers. In the present application, N signal enhancement modules comprised in each host can enhance communication signals, thereby ensuring the quality of the communication signals transmitted to the interior of the host and the quality of signals transmitted outward from the host. Moreover, each switching module in each host can reserve a host address space for communication with other hosts; and if a host to which any switching module belongs establishes a communication connection with other hosts, the switching module records, in the host address space reserved for other hosts, an access path from the host to other hosts, such that access from the local host to other hosts can be achieved according to the access path, thereby achieving fast communication between different hosts while ensuring the quality of the communication signals.