42 results about "Connection manager" patented technology

Managing network connections at a mobile device comprises: obtaining connectivity data and location data from the mobile device; determining that the mobile device is connected to a current network using an IMSI of a current profile; determining whether the current network is a preferred network and / or whether the current profile is a preferred profile based on the Quality of Experience data and the location data; and instructing the mobile device to connect to the preferred network using an IMSI of the preferred profile in response to determining that the current network is not the preferred network and / or in response to determining that the current profile is not the preferred profile. The mobile device comprises an eSIM comprising at least a first profile. The first profile comprises at least one IMSI. The mobile device is configured for communication with a connection manager which is configured for monitoring QoE data.

Systems are disclosed for enabling secure cloud connections between artificial intelligence (“AI”) agents and client resources. A cloud connector executing at a client establishes an authenticated secure tunnel with a connection manager on a connection server. An AI agent is initiated to access cloud- and client-hosted AI models or data sources. The system uses guardrails to process inputs and outputs over the secure tunnel with the client, detecting prompt injection, confidential information, or personally identifiable information. Redundant secure tunnels and load balancing can be employed to ensure availability. Modified results are transmitted to a user device for display, providing AI agents with controlled access to client resources while enforcing confidentiality, integrity, and policy compliance.

An alternative channel for communicating information relating to renewal of a spectrum grant from SAS to a base station is implemented. This alternative channel provides a communications path to communicate status of a grant from an SAS to the base station, while the base station's primary communication channel with SAS, which typically involves a domain proxy remains interrupted. The alternative channel includes a UE with a connection manager (CM). An identified UE sends a grant renewal request message to SAS for the base station and receives a grant renewal request response message indicating grant status from the SAS. The grant status is forwarded to the base station, and if the grant is renewed, the base station renews the grant transmit expiration time and continues to transmit. This approach reduces potential service outages at the base station due to lack of awareness of the actual status of the SAS grant.

The invention discloses a resource management method and system for software radio communication equipment with visible heterogeneous resources, and belongs to the field of software radio, and the method comprises the steps: dividing an internal processor of the software radio communication equipment into two types of middleware supporting CORBA and middleware not supporting the CORBA; deploying a manager for a processor supporting CORBA middleware, and carrying out platform modeling according to a software radio modeling method; for a processor which does not support the CORBA middleware, splitting a test function to form test behavior elements, and providing an interface conversion and connector; then the connector is connected with the manager, the manager generates platform topology data according to registration information of the connector, and a unified connection mode of CORBA and MHAL / MOCB is constructed in a fusion mode. According to the invention, the unified management capability of the internal resource management mechanism of the software radio equipment to the processor can be constructed, and the universality level of the platform is improved.

Systems and methods are described for monitoring, maintaining, and selecting one or more network connections. One or more network connections may be selected based on preferences. A connection manager may create a consistent access point for connecting devices. The connection manager may manage transmissions between the devices and the one or more network connections, such that the devices maintain consistent connectivity. The connection manager may detect erratic behavior in one or more of the connections, and may take action to enhance performance, consistency, and quality of the connection. The connection manager may respond to heartbeat or keep-alive type requests on behalf of a temporarily unavailable network connection, thereby maintaining a data state or preventing data loss by the connected device. The connection manager may also provide for secure VPN tunnels over the one or more networks.

Various smart medical connection embodiments of the present disclosure encompass a magnetic connectivity manager energizing ferromagnet(s) in response to a powering on the magnetic connectivity manager and a sensing of a connection strain on a medical base (21) and / or a patient base (31) of the device, whereby a magnetic connectivity interface (22, 32) activates a magnetic connectivity between metallic module(s) and the ferromagnet(s) for interfacing the conduit channels of the bases. The various smart medical connection embodiments of the present disclosure further encompass the magnetic connectivity manager deenergizing the ferromagnet(s) in response to a powering down of the magnetic connectivity manager and / or a sensing of a disconnection strain on the base(s), whereby the magnetic connectivity interface (22, 32) deactivates the magnetic connectivity between the metallic module(s) and the ferromagnet(s) for interfacing the conduit channels of the bases.

The present invention relates to an electrochemical cell comprising: a first electrode, a second electrode, a first connecting conductor, a second connecting conductor, and a cell encapsulation, wherein the first electrode and the second electrode are arranged within the cell encapsulation and are insulated from the environment by the cell encapsulation, preferably in a fluid-tight manner, and the first connecting conductor and the second connecting conductor protrude from the cell encapsulation. According to the invention, the first connecting conductor and the second connecting conductor are each insulated from the environment, at least partially, by insulation, preferably in a fluid-tight manner, wherein the insulated portions of the first connecting conductor and the second connecting conductor protrude from the cell encapsulation, and an end portion of each of the first connecting conductor and the second connecting conductor is not covered by the insulation.

A method of operating a Universal Serial Bus (USB) host system includes: disabling, by a USB host driver of the USB host system, a first tunneled path between a first port of a USB host controller of the USB host system and a first port of a USB device controller of a USB device, where the first tunneled path is configured to, through protocol tunneling, transmit first data packets of a first protocol format; sending, by the USB host driver, a request for protocol switching to a connection manager of the USB host system; disconnecting, by the connection manager, the first tunneled path; and establishing, by the connection manager, a second tunneled path between a second port of the USB host controller and a second port of the USB device controller.

Systems, methods and devices are described for establishing trusted connections among two or more therapy devices that form, or form part of, a medication therapy system. A, medication delivery electronics may include a first communication interface, a connection manager, and a therapy management application. A first communication interface may be configured to establish and communicate over one or more communication links. A connection manager may be configured to generate a candidate shared secret key and provide the shared key to a first therapy device over a first communication link established by a first communication interface. A candidate shared key may be generated responsive to one or more shared secret parameters. A therapy management application may be configured to receive, using the first communication interface, the first therapy related information from the first therapy device over a first trusted communication link established by the first communication interface responsive to acceptance of a candidate shared secret.

Connection element for the electrical connection of an LED light source, - wherein the LED light source has a circuit board which is equipped with contact fields for the electrical supply of the LED, - with an essentially ring-shaped frame designed to enclose the printed circuit board and mechanically hold it against an arrangement surface of a counter bearing, - with an outer ring and an inner ring arranged in the outer ring, which together form the frame, - with a contact arrangement that is mounted in the frame and serves to supply the LED with electricity, - a connection contact in the outer ring for the solderless connection of a connecting conductor as the first part of the contact arrangement, - a supply contact in the inner ring for electrical contacting a contact field of the printed circuit board as the second part of the contact arrangement, wherein - the connection contact and the supply contact establish a connection with each other.

The application discloses a kind of software radio communication equipment resource management methods and systems of heterogeneous resource visibility, belong to software radio field, including steps: the internal processor of software radio communication equipment is divided into two types of supporting CORBA middleware and not supporting CORBA middleware;For the processor deployment manager of supporting CORBA middleware, platform modeling is carried out according to software radio modeling method;For the processor of not supporting CORBA middleware, test behavior element is formed by splitting to test function, and interface conversion and connector are provided;Then the connector is connected with the manager, and the manager generates platform topology data according to the registration information of the connector, and constructs the unified connection mode of CORBA and MHAL / MOCB by fusion.This application can build the unified management capability of internal resource management mechanism of software radio equipment to processor, and improve the general level of platform.

The present disclosure provides a service providing method, a connection manager and a sandbox system, and relates to the technical field of sandbox. The method comprises the following steps: in response to a first task instruction sent by an intelligent agent, a connection is established with a target service of a sandbox container, the sandbox container matches a session topic corresponding to the first task instruction, and the target service matches an execution requirement corresponding to the first task instruction; and in response to the target service executing the first task instruction, an execution result is fed back to the intelligent agent.

The application discloses an electromagnetic transient on-demand interaction simulation method and system, a terminal and a storage medium, and belongs to the technical field of electromagnetic transient simulation of power systems. The method is characterized by receiving a connection request sent by at least one system operation center client; sending the connection request to a connection manager, enabling a corresponding first hub collaborative simulation engine component, opening a first communication channel of the first hub collaborative simulation engine component, obtaining an allowed connection response sent by a first subsystem, enabling a second communication channel of a second hub collaborative simulation engine component of the system operation center client, and enabling the first subsystem and the second subsystem to establish a communication connection to obtain a plurality of historical modal current data vectors; and starting target electromagnetic transient simulation according to the plurality of historical modal current data vectors. Therefore, the application can realize on-demand dynamic access and disconnection of the subsystem, complete collaborative electromagnetic transient calculation, and improve the reliability of electromagnetic transient simulation results.

Provide is a system and method for root of trust and dynamic session management of cryptographic devices servicing cryptographic requests from multi-tenant applications in a cryptographic computing environment is provided. The system comprises a Connection Manager to provide low-latency cryptographic operations, a Cache Store to support multi-tenancy, a Session Scheduler to provide high-throughput cryptographic services, and a Session Health Monitor to provide resiliency. The system tracks a state of the PKCS11 sessions and revises session assignments of client applications depending on whether a PKCS11 session with the cryptographic device is busy or in a range of error states, and detects, classifies and remedies multiple error situations occurring within a prepared Pool of session blocks in view of the health metrics to provide improved cryptographic operation performance. Other embodiments disclosed.

A connectivity manager of an overlay network which is to be set up using resources of a cloud computing environment as an underlay network is instantiated at a computing resource of the cloud. Using routing information of the overlay network, a route server of the cloud modifies a route table of the cloud. An encapsulation tunnel is created between the connectivity manager and a second computing resource at which a hypervisor of the overlay network runs. Based on the modified route table, a network packet from a source outside the overlay network is routed via the connectivity manager and the tunnel to a virtual machine of the overlay network at the second computing resource.

Systems and methods for using collaborative objects across a plurality of networked devices includes launching, at a first electronic device, a first instance of a collaborative user interface (UI), wherein the first instance of the collaborative UI is presented at a display of the first electronic device in conjunction with a video conferencing application, sending local constraint information of the first electronic device to a connection manager server. The method includes receiving from the connection manager server, data associated with a collaborative object, wherein the data associated with the collaborative object comprises a local constraint information of a second electronic device or a first control input received through a second instance of the collaborative UI launched at the second electronic device and displaying, through the first instance of the collaborative user interface, a token of the collaborative object.

In some implementations, the techniques may include initiating a transfer of data between a first mobile device and a second mobile device over a first communication pathway. In addition, the techniques may include monitoring, by a system process of the first mobile device, one or more metrics measured of a device state, a network state, a transfer state, or a combination thereof during the transfer of data. The techniques may include generating, by the system process, a change recommendation using the one or more metrics, the change recommendation indicating a change from the first communication pathway to a second communication pathway. Moreover, the techniques may include providing the change recommendation to connection manager. Also, the techniques may include in response to the change recommendation, changing, by the connection manager, the transfer of data from the first communication pathway to the second communication pathway.

Dependence on Virtual Private Network (VPN) connections to a target source continues to increase along with the need for improved connection reliability and speed. A VPN manager provides an automatic or seamless switching of the routing of data or traffic directed to an initial VPN connection associated with an initial VPN gateway at the target source to a different VPN connection associated with a different VPN gateway of the target source. The VPN manager can select a VPN connection based on a monitored VPN session status. The VPN session status can be based on one or more VPN status parameters. The VPN session status can be customized. Switching routing from an initial VPN connection to a different VPN connection provides a VPN session with the VPN connection that meets the requirements of a user providing an enhanced the Quality of experience (QoE) of a user.

The utility model discloses an amusement vehicle operation monitoring device based on RFID, including the initiative monitoring module of setting up on ground and the auxiliary detection module of carrying on the track amusement vehicle, the auxiliary detection module includes the label and first antenna of interconnection, the initiative monitoring module includes fixed base, and be located read -write ware and second antenna on fixed base, and the wireless communication of establishing through the mode of electromagnetic coupling between second antenna and first antenna, read -write ware passes through 4G gateway connection manager. The utility model utilizes the initiative monitoring module and the auxiliary detection module of setting and mutually supports and realizes the real -time monitoring to the operation frequency and operation cycle of track amusement vehicle, provides data support for real -time evaluation track type amusement facilities's operation situation, thereby can reduce the accident of track amusement vehicle and guarantee track amusement vehicle healthy safe operation.

Provide is a system (100) and method (400 / 500) for root of trust and dynamic session management of cryptographic devices (15) servicing cryptographic requests from multi-tenant applications 70 in a cryptographic computing environment is provided. The system (100) comprises a Connection Manager (60) to provide low-latency cryptographic operations, a Cache Store (33) to support multi-tenancy, a Session Scheduler (34) to provide high-throughput cryptographic services, and a Session Health Monitor (27) to provide resiliency. The system tracks a state of the PKCS11 sessions and revises session assignments of client applications depending on whether a PKCS11 session with the cryptographic device is busy or in a range of error states, and detects, classifies and remedies multiple error situations occurring within a prepared Pool (20) of session blocks in view of the health metrics to provide improved cryptographic operation performance. Other embodiments disclosed.

A vehicle security device installed in a vehicle is provided. The vehicle includes: a first ECU including the vehicle security device; and a second ECU connected to the first ECU, which controls a device provided in the vehicle. The vehicle security device includes: a dynamic authorizer that performs, when an access request for access to an access destination in the vehicle is issued from an access source in the vehicle, an authorization determination; and a connection manager that outputs, when the access request is authorized, a log corresponding to the access request to a resource of the access destination. The connection manager includes: an obtainer that obtains the access request from the second ECU; a calculator that calculates a degree of risk in the second ECU based on the log; and a controller that controls an access volume to the dynamic authorizer according to the degree of risk.

Aspects of policy-defined connection management of opportunistic network capacity are described. In some aspects, a mobile device may be configured with a connection manager to determine, based on a wireless network policy of the mobile device, context information for a connection available via an access point (AP) of a wireless local area network (WLAN) associated with a mobile network operator (MNO). The connection manager measures signal-related characteristics of the WLAN connection and determines a first quality metric based on the context information and the characteristics. The connection manager also measures second signal-related characteristics of a connection available via a base station of a cellular network associated with the MNO and determines a second quality metric based on the characteristics.Based on a comparison of the quality metrics, the connection manager connects the mobile device to the WLAN via the AP or to the cellular network via the base station.

Provide is a system and method for root of trust and dynamic session management of cryptographic devices servicing cryptographic requests from multi-tenant applications in a cryptographic computing environment is provided. The system comprises a Connection Manager to provide low-latency cryptographic operations, a Cache Store to support multi-tenancy, a Session Scheduler to provide high-throughput cryptographic services, and a Session Health Monitor to provide resiliency. The system tracks a state of the PKCS11 sessions and revises session assignments of client applications depending on whether a PKCS11 session with the cryptographic device is busy or in a range of error states, and detects, classifies and remedies multiple error situations occurring within a prepared Pool of session blocks in view of the health metrics to provide improved cryptographic operation performance. Other embodiments disclosed.

Semiconductor package, comprehensive: a non-power chip (2) comprising a first electrical contact (4) located at a first main surface of the non-power chip (2); a power chip (8) comprising a second electrical contact (10) located at a second main surface of the power chip (8); a first electrical redistribution layer (14), wherein the first electrical redistribution layer (14) is configured to provide electrical coupling between the first electrical contact (4) and a first external electrical contact (16) of the semiconductor package; and a second electrical redistribution layer (18), wherein the second electrical redistribution layer (18) is designed to provide electrical coupling between the second electrical contact (10) and a second external electrical contact (20) of the semiconductor package, wherein the second electrical redistribution layer (18) comprises a connecting conductor (50) of a conductor frame (48), a base (54) of a structured metal sheet (52), a conductive column (70), wherein, when measured in a first direction perpendicular to at least one of the first principal surfaces or the second principal surface, a maximum thickness of at least one section of the first electrical redistribution layer (14) is less than a maximum thickness of the second electrical redistribution layer (18), and wherein the second main surface faces the second external electrical contact (20).

A vehicle security device installed in a vehicle is provided. The vehicle includes: a first ECU including the vehicle security device; and a second ECU connected to the first ECU, which controls a device provided in the vehicle. The vehicle security device includes: a dynamic authorizer that performs, when an access request for access to an access destination in the vehicle is issued from an access source in the vehicle, an authorization determination; and a connection manager that outputs, when the access request is authorized, a log corresponding to the access request to a resource of the access destination. The connection manager includes: an obtainer that obtains the access request from the second ECU; a calculator that calculates a degree of risk in the second ECU based on the log; and a controller that controls an access volume to the dynamic authorizer according to the degree of risk.

A system can include a host router comprising connection manager logic, a display port adapter, and a display port adapter register to comprise display port adapter register values. A display port source device comprises a display port transmitter connected to the display port adapter. A display port configuration data (DPCD) register comprises display port configuration register values for the display port, the display port transmitter to write to the DPCD register. The display port adapter is to map DPCD register values to the display port adapter register. The connection manager logic is to receive a notification message requesting bandwidth allocation for the display port transmitter, determine an allocated bandwidth for the display port transmitter, and write the allocated bandwidth into the display port adapter register.

A system for routing commands issued by a passenger of a vehicle to a Smart Home and / or an Internet of Things (IoT) ecosystem via a connection manager. Issued commands are obtained from utterances using speech recognition and analyzed using natural language understanding and natural language processing. Using the output of the natural understanding analysis, the connection manager determines where to send the command by identifying a target Smart Home and / or IoT ecosystem.

A control plane server of a virtualized computing service determines that connectivity is to be established between a first portion and a second portion of a distributed application. The first portion runs at a first edge location of a provider network, and the second portion runs at a second edge location. The control plane server transmits metadata associated with the second edge location to a connectivity manager at the first edge location. The metadata is used to establish a secure network channel between the connectivity manager and the second edge location. A message from the first portion of the distributed application is sent to the second portion via the channel.

A computer system includes a plurality of communication interfaces. A first interface configured to bidirectionally communicate with a first ECU engineering tool using a first communication protocol. A second interface configured to bidirectionally communicate with a second ECU engineering tool using a second communication protocol differing from the first communication protocol. A third interface is configured to bidirectionally communicate with an electronic control unit (ECU) using a third communication protocol. A connection manager is configured to provide concurrent utilization by the first interface and the second interface of a single communication session with the ECU via the third interface.