Abstract: The present disclosure relates to a building network system for a building. The system includes network devices forming a network for the building. Each of the network devices include a communications processing circuit including an access point configured to communicate with any of the network devices to form the network, and a second processing circuit removably communicably connected to the communications processing circuit. The communications processing circuit and the second processing circuit are configured to operate independently of each other. The access point is a wireless radio configured to wirelessly communicate with the access points of any of the network devices.

Abstract: A digital object may be routed via a network. Routing of a digital object may be based in part on a requested service, and/or on an ability of an intermediate node to provide the requested service, and/or on a willingness of the intermediate node to provide the requested service.

Abstract: A network communication system may include intelligent electronic devices (IEDs) in a dual-ring communication network. A software-defined network (SDN) device may be programmed by a removable or disconnectable SDN controller to control the flow path of data packets to the IEDs in the dual-ring network. A first ring of the dual-ring communication network may be dedicated to high priority data packets, and a second ring of the dual-ring communication network may be dedicated to low priority data packets. The SDN device may implement various levels of redundancy depending on the number and location of link failures detected. A first level of redundancy may direct high priority data packets in the opposite direction, and a second level of redundancy may direct high priority data packets onto the other ring normally used for low priority data packets.

Abstract: A system described herein may provide a technique for the proactive failover of groups of Virtualized Network Functions (“VNFs”) based on monitoring Key Performance Indicators (“KPIs”) associated with the VNFs. KPIs associated with a particular VNF or a set of VNFs may be monitored, and a failover event indicating service degradation or imminent service degradation may be detected based on the KPIs associated with the particular VNF or set of VNFs. Additional VNFs, associated with the particular VNF or set of VNFs, may be further identified for failover from a first data center to a second data center. The additional VNFs may be identified for failover without necessarily monitoring KPIs associated with the additional VNFs, and/or based on factors in addition to KPIs associated with the additional VNFs. For example, the additional VNFs may be failed over based on the KPIs associated with the particular VNF or set of VNFs.

Abstract: Embodiments of the present disclosure relate to systems, methods, and user interfaces for monitoring and maintaining redundant network and storage paths. Initially, path check information is received at a path check server via one or more management nodes. Each of the one or more management nodes comprises one or more physical nodes corresponding to network and hardware infrastructure. Failed nodes of the one or more physical nodes are identified, the failed nodes indicating physical nodes having path failures. Upon determining the node does not have an active incident in progress, an incident corresponding to the node is generated. In embodiments, a notification may be communicated to one or more team members. The notification may include the incident and a status of the incident. In embodiments, data visualization corresponding to the incident may be provided.

Abstract: A method for interference avoidance when transmitting a message in a wireless system comprising: dividing a frame into a plurality of time slots, wherein a first plurality of time slots allocated as Time Division Multiple Access (TDMA) time slots and a second plurality of time slots allocated as contention slots; transmitting a message in a designated TDMA time slot by a corresponding wireless node assigned to the designated TDMA time slot if the designated TDMA time slot is idle; and transmitting the message in a contention slot if the designated TDMA time slot is busy.

Abstract: An autonomous controller for SDN, virtual, and/or physical networks can be used to optimize a network automatically and determine new optimizations as a network scales. The controller trains models that can determine in real-time the optimal path for the flow of data from node A to B in an arbitrary network. The controller processes a network topology to determine relative importance of nodes in the network. The controller reduces a search space for a machine learning model by selecting pivotal nodes based on the determined relative importance. When a demand to transfer traffic between two hosts is detected, the controller utilizes an AI model to determine one or more of the pivotal nodes to be used in routing the traffic between the two hosts. The controller determines a path between the two hosts which comprises the selected pivotal nodes and deploys a routing configuration for the path to the network.

Abstract: An apparatus is provided which comprises: a data circuitry to send and receive data to and from one or more devices coupled to the data circuitry via a first transmission line; and a first adjustable clock buffer coupled to the data circuitry, wherein the first adjustable clock buffer is to adjust a delay to an edge of a read clock according to a response time of the one or more devices.

Abstract: A method for determining a channel load in a vehicle-to-X communication, a method for adjusting a preprocessing in a vehicle-to-X communication, a vehicle-to-X communication system and a storage medium. In particular, a preprocessing can be adjusted in a vehicle-to-X communication, for example a filtering out of vehicle-to-X messages, to the channel load and/or to a system power by the method according to the invention.

Abstract: A method and apparatus for traffic signal timing estimation are disclosed. Traffic signal timing estimation may include a vehicle identifying transportation network information representing a vehicle transportation network including an intersection. The transportation network information may include expected traffic control device state information corresponding to the intersection, such as an artificial neural network based machine learning model trained for the intersection. The vehicle may identify a route through the vehicle transportation network that includes the intersection based on the expected traffic control device state information and may control the traversal of the vehicle transportation network by the vehicle based on the expected traffic control device state information to minimize one or more operational cost metrics. Training the model may include identifying training data from input data previously generated and stored by a traffic control device controller of the intersection.

Abstract: Network resources for a call are allocated. The network resources for the call are reserved based on a reservation. The network resources are reserved before any one network resource is committed. If the call is confirmed, then the network resources are committed.

Abstract: A motor control program transferring system includes: an upper control device including a memory storing motor control program(s) that are executable on motor control device(s) and circuitry which performs assigning operation(s) that assigns unique identification information to the motor control device(s) and transfers the motor control program(s) to the respective motor control device(s) to which the respective unique identification information has been assigned; motor control device(s) which communicates with the upper control device, the motor control device(s) each including a volatile memory, and a storage; and switching circuitry which enables communication between a first one of the motor control devices and the upper control device during initial state and switch on communication between a second one of the motor control devices and the upper control device after a respective unique identification information is assigned to the first motor control device.

Abstract: A path of relay nodes is set up in a mesh network (100) between a source node (102) and a destination node (104). During a phase of handling path request, PREQ, messages a cluster table is maintained in a node (123) and during a phase of handling path reply, PREP, messages this cluster table is utilized to establish node clusters (120) that comprise nodes that can relay subsequent messages between the source node (102) and the destination node (104).

Abstract: Network resources for a call are allocated. The network resources for the call are reserved based on a reservation. The network resources are reserved before any one network resource is committed. If the call is confirmed, then the network resources are committed.

Abstract: A method of selecting a signal input includes the steps of transmitting an audio signal to an audio input of a device that includes a plurality of audio inputs. A setting of the device is automatically advanced from a currently set audio input to another one of the audio inputs when the device does not output a signal associated with said audio signal.

Abstract: A control method of a display apparatus is provided. The control method includes: detecting performance information of a communication service by the display apparatus; generating a plurality of home screens comprising an integrated communication service home screen, using the detected performance information the of the communication service; and when a predetermined user manipulation is received, displaying a display screen which displays the integrated communication service home screen and some regions of a home screen other than the integrated communication service home screen altogether.

Abstract: Various techniques relating to drive train control are disclosed. In an embodiment, in a first mode of operation communication between a controller and a submodule of the drive train takes place via a first communication channel and optionally additionally via a second communication channel. In a second mode of operation, upon failure of the first communication channel, communication with the submodule of the drive train takes place via the second communication channel.

Abstract: Network resources for a call between a calling party and a called party are allocated. The network resources for the call are reserved based on a reservation request. The network resources are reserved before any one network resource from the reserved network resources is committed. The reserved network resources for the call are committed when a called party indicates acceptance for the call.

Abstract: The disclosed embodiments include a method for monitoring and optimizing network performance to a wireless device that includes determining network performance information of a wireless router and communicating data packets containing the network performance information to a network management device. In one embodiment, the network management device is configured to transmit instructional data packets to the wireless router that include instructions for optimizing network performance associated with the wireless device in response to identify a network performance problem associated with the wireless router.

Abstract: An apparatus including a video control circuit is configured to receive a first video signal from a first camera and a second vide signal from a second camera. The video control circuit is configured to provide the first video signal or the second video signal in response to a control signal. The control signal is indicative of whether a trailer plug is connected to a vehicle plug.

Abstract: Systems and methods for local management units in a photovoltaic energy system. In one embodiment, a method implemented in a computer system includes: attempting to communicate on a first active channel with a master management unit from a local management unit that controls a solar module; if communication with the master management unit on the first active channel has not been established, attempting to communicate on a second active channel with the master management unit.

Abstract: A transmission method is described between components belonging to a wireless network or system for home automation adapted to operate e.g. sliding or hinged gates, doors or garage doors, shutters, blinds, curtains or blinds in general. The components are network-configured and communicate with a wireless device. To improve quality communication a component according to prefixed criteria selects from a list of at least two predefined channels the communication channel to transmit on.

Abstract: Rule based display systems and methods are provided. In an aspect of the disclosure, a display screen is dynamically generated using one or more display boxes selected from a plurality of display boxes stored in memory. Each of the plurality of display boxes has rules associated with the display box. To generate the display screen, a rules module generates a set of conditions based on current conditions of the system. The rules module then compares the rules of each display box with the set of conditions to identify display boxes having rules that are satisfied by the set of rules. A display module then generates the display screen using the display boxes identified by the rules module, thereby dynamically generating the display screen.

Abstract: A communication system wherein each endpoint device which has received an interrogating signal from an interrogator responds with a reflected signal generated by modulating the interrogating signal with appropriate information, wherein each endpoint device includes a distance detecting portion operable to detect a distance between the interrogator and the endpoint device, a reflecting portion operable to receive and reflect the interrogating signal, an information generating portion operable to generate replying information to be transmitted to the interrogator, a band determining portion operable to determine, on the basis of the detected distance, a frequency band of a modulating signal used to modulate a reflected signal generated by the reflecting portion, and a modulating-signal generating portion operable, according to the replying information, to generate the modulating signal having a frequency within the determined frequency band.

Abstract: An adapter for coupling a vehicle communication interface device and a computer processing device to a signal source comprises a first port configured for communication with the communication interface device and a second port configured for communication with the computer processing device. The adapter can include a receptacle configured to receive signals having a data portion and a power portion. The adapter can further identify the received signals as being one of vehicle signals or computer signals. Moreover, the adapter can include a relay having a first state associated with the vehicle signals for relaying the vehicle signals between the first port and the signal source and a second state associated with the computer signals for relaying the computer signals between the second port and the signal source. The relay can be selectively placed in one of the first and the second states associated with the received signals as identified by the receptacle.

Abstract: The present invention relates to a system and method for intelligent computer-implemented transmittal of data, the system determining and using the best available method of transmission for the data In determining the best available transmission method, the system considers at least one of available transmission methods at a particular site, transmission cost, data type, and data security.

Abstract: A communication apparatus automatically sets the most appropriate communication mode in accordance with the location at which the communication apparatus is used. For example, the communication mode is switched between operating as a master station and operating as a remote station of a wireless communication system depending on whether or not connection is made to a wired communication line.

Abstract: A monitoring system having a plurality of receivers connected to at least one other receiver such that data can be transmitted from a primary receiver to a backup receiver if a data path to an automation computer or to its printer is down. The system programs a primary data path and at least one backup data path. The system detects an error in the primary data path and determines if a backup receiver's data path is operational. The system automatically transmits data received by a primary receiver to a pre-selected backup receiver based upon an error flag. This allows for each receiver to process calls even though its primary path to the automation system or printer is down or malfunctioning.

Abstract: A remote control system for precisely identifying a distance from the vehicle to an entry key and favorably controlling a vehicle-mounted device such as a door corresponding to the distance. The system comprises a transmitter transmitting different types of response demand signals within a predetermined communication area outside the vehicle, a vehicle mounted receiver for receiving a response signal released from a portable transmitter/receiver in response to the reception of the response demand signal, a controller controlling the vehicle mounted device corresponding to the reception of the response signal by the vehicle mounted receiver. Locking and/or unlocking door(s) of the vehicle are controlled on the basis of whether or not the receiver receives the response signal to a response demand signal other than one having the largest communication area.

Abstract: A method of optimizing the topology of the IEEE 1394 serial bus having a plurality of nodes each with communication ports, comprises the steps of prioritizing the nodes according to the number of the ports and the transmission speed, connecting a non-used port of the node of the first priority with a port of the node of the second priority, and repeating the previous step until all of the nodes are connected together, whereby the nodes are connected through the ports according to priority order.

Abstract: A remote control system for precisely identifying a distance from the vehicle to an entry key and favorably controlling a vehicle-mounted device such as a door corresponding to the distance. The system comprises a transmitter transmitting different types of response demand signals within a predetermined communication area outside the vehicle, a vehicle mounted receiver for receiving a response signal released from a portable transmitter/receiver in response to the reception of the response demand signal, a controller controlling the vehicle mounted device corresponding to the reception of the response signal by the vehicle mounted receiver. Locking and/or unlocking door(s) of the vehicle are controlled on the basis of whether or not the receiver receives the response signal to a response demand signal other than one having the largest communication area.

Abstract: A security system for actuating a security mechanism of a vehicle includes a transceiver coupled to the security mechanism and having one transmission channel for transmitting a first signal and a number of reception channels. A remote radio-frequency transponder key has a number of transmission channels and one reception channel matched to the respective reception and transmission channels of the transceiver. The transponder key is arranged to transmit an unlock signal to the transceiver upon reception of the first signal. The unlock signal is verified by the transceiver as valid before actuating the security mechanism. The transceiver is further arranged to select a channel for reception of the unlock signal and to embed the identity of the selected channel in the first signal, such that the transponder key transmits the unlock signal using the selected channel.

Abstract: A method for providing automatic restoration of network access for user lines within a communication system. The user lines interface with groups of transmission lines that include dedicated transmission lines which are connected to the user lines, idle transmission lines and reserved transmission lines. The method includes steps for making a number of transmission lines among the groups of transmission lines available for user lines which have a dedicated transmission line in a group of transmission lines that fails and for coupling each of such user lines to a respective available transmission line. The method may also include steps for delaying the coupling of such user lines if a sufficient number of transmission lines are not available.

Abstract: A reception apparatus or transmission and reception apparatus has a plurality of input terminals, and a plurality of apparatus are connected by a chain connection to a predetermined one of the input terminals. The input terminal at which the apparatus is to receive a signal is successively switched among the input terminals by selection operation of a user, and the apparatus connected to the predetermined input terminal are successively searched in response to the same selection operation of the user.

Abstract: A method of determining a communications channel including detecting whether a host is in a system; if a host is detected, querying the host for a channel on which to communicate and switching a channel selection logic based on a result from the query; and if a host is not detected, determining a channel on which to communicate based on the number of devices on each channel.