101results about "Store-and-forward switching systems" patented technology

The embodiment of the invention provides a network switching method and device, electronic equipment and a readable storage medium, the method is applied to a data transmission unit, and the method comprises the following steps: acquiring multi-source data corresponding to a current network of the data transmission unit; determining network state evolution in a future time window of the current network according to the multi-source data; when the network state evolution is lower than a preset network state evolution threshold value, if a switchable network exists in the data transmission unit, determining a target network from the switchable network; and switching from the current network to the target network, so that the data transmission unit performs data transmission through the target network. According to the embodiment of the invention, data transmission can be prevented from being continued through the current network with a relatively poor network state in the future, so that the problems of data transmission jitter, switching interruption and the like are avoided, and the high-reliability transmission requirement of data can be met.

A communication control main control board disclosed by the present invention comprises a board body, a power supply module, a main control module, a communication module and a signal control module, the communication module comprises a wired communication sub-module and a wireless communication sub-module, the signal control module comprises an input control unit and an output control unit, and the main control module is used for generating a first control instruction. The communication module is used for switching a communication mode between the communication control main control board and external communication equipment according to a first control instruction, the signal control module is used for controlling input and output of a communication signal according to the first control instruction, and the main control module comprises a fault self-diagnosis sub-module; and the alarm module is used for detecting working states of the power supply module, the communication module and the signal control module and generating corresponding alarm information. The technical scheme of the invention has multiple communication functions, can be compatible with the interconnection requirements of heterogeneous devices, realizes effective control of multiple input and output devices, is beneficial to finding abnormal working states in time, and is beneficial to improving stability and reliability.

A first switching device in a switching system that includes a plurality of switching devices arranged in a partial mesh receives a packet directed to a second switching device in the switching system. The first switching device accesses a forwarding table to select a link via which to transmit the packet. The link is selected from among i) at least one destination link coupled to the first switching device, the destination link configured to only carry traffic, egressing the first switching device, that terminates at a next switching device directly coupled to the first switching device, and ii) at least one source link coupled to the first switching device, the source link configured to only carry traffic, egressing the first switching device, that is sourced, in the switching system, by the first switching device. The first switching device transmits the packet, via the selected link, towards the second switching device.

One embodiment is directed to an uplink signal combiner that is configured to receive, via the data network, data packets from the remote antenna units. Each of the data packets includes respective control data and respective user data. The respective control data include data for managing a communication link between a baseband unit and a respective remote antenna unit. The respective user data represents a respective uplink signal received by each of the remote antenna units from one or more mobile stations. The uplink signal combiner is configured to generate additional user data representing a first combined uplink signal by combining the user data extracted from the data packets. The uplink signal combiner is configured to transmit an additional data packet to the baseband unit. The additional data packet includes the additional user data and additional control data derived from the control data from the received data packets.

The invention relates to a network automatic switching method and system for an IPTV private network and an OTT public network, and belongs to the technical field of network switching. The method comprises the following steps: acquiring a runtime identifier which is currently in a foreground state; determining an application type corresponding to the runtime identifier according to a matching result of the runtime identifier and a preset IPTV application white list; and switching a network interface of the Android system to an IPTV private network or an OTT public network based on the application type. According to the method, automatic switching between the IPTV private network and the OTT public network is realized, the flexibility of network resource allocation is improved, the network efficiency and security are improved, and the operation cost is reduced. And the whole network switching process is fully automatic, user intervention is not needed, and the user experience is improved.

A method for dynamically modifying routing within a service system of a communication network is proposed. This method involves, during direct, active communication between a first and second service, the conditional implementation of indirect communication between said services via an intermediate service. A corresponding module is also proposed. (See abstract figure: Figure 1)

The invention provides a network communication device and method with a dynamic packet transmission sorting mechanism. The packet classification circuit sets each low-latency packet as a selected low-latency packet for storage in a corresponding selected low-latency queue circuit. The transmission sorting circuit calculates a queue time parameter for the selected low-delay packet to sort the selected low-delay packet with other low-delay packets so as to update a sorting list. Wherein the queue time parameter is the proportion of the total queue time of the selected low-delay packet stored in the selected low-delay queue circuit exceeding the dynamic service time threshold value set corresponding to the selected low-delay queue circuit. The communication circuit sequentially transmits the low-latency packets according to the sorting list. The dynamic adjustment circuit calculates the difference between the total packet transmission time of the selected low-delay packet and the target delay threshold value so as to dynamically adjust the dynamic service time threshold value according to the difference.

An example method for distributing packet flow by an electronic device including a plurality of processor cores may include receiving a plurality of packet flows for validation; validating the plurality of packet flows by a processor core(s) of the plurality of processor cores based on a validation parameter(s); sequentially distributing the plurality of validated packet flows among the plurality of processor cores for processing based on a combination of a try-lock and a ticket-lock or a core parameter; and transmitting the plurality of distributed packet flows to an electronic entity by the processor core of the plurality of processor cores.

To provide a robot that does not pollute the environment with emitted gases, emitted particles, etc. in a vacuum.SOLUTION: A robot includes: a first device for supporting a substrate thereon; and a first transport mechanism to which the first device is connected. The first transport mechanism includes: rails or magnetic levitation guides; a magnetic system for vertically spacing the first device over the rails or magnetic levitation guide with a gap between the first device and the rails or magnetic levitation guides; and a linear actuator for moving the first device along the rails or magnetic levitation guides. The magnetic system includes: a first electromagnetic actuator at a first corner of a first side of the first device; a second electromagnetic actuator at a second corner on the first side of the first device; and a third electromagnetic actuator on an opposing second side of the first device where the third electromagnetic actuator is not positioned proximate a corner of three sides of the first device.SELECTED DRAWING: None

The invention discloses an external application access method, device and equipment, a medium and a product, and relates to the technical field of computers. The method comprises the following steps: acquiring a multi-modal input request; determining access vector information according to the multi-modal input request and a vector adapter; according to the access vector information, to-be-called API information is determined, and the to-be-called API information comprises attributes and API parameters of a to-be-called target API; and calling the to-be-called target API based on the to-be-called API information to complete access to the external application. A multi-type vector unified representation space is constructed through a vector adapter, various different types of application requests can be converted into vector forms for unified packaging and expression, and seamless fusion of multi-source data on the vector level is achieved. And the required to-be-called API information is determined by analyzing the access vector information, so that the accuracy of API mapping is improved.

Embodiments of the present disclosure provide a wireless communication method and a device. A terminal device can support various capability sets, and can activate some of the capability sets supported by the terminal device. Different capability sets may correspond to different performances, such that more refined terminal energy saving can be realized. The wireless communication method comprises: a terminal device activates N capability sets among M capability sets supported by the terminal device, wherein M and N are both positive integers, M≥2, N=1, or N≥2 and N<M.

Systems are provided for scaling a network element without needing to re-cable line modules and fabric modules. A scalable fabric assembly includes a plurality of fabric modules, each fabric module having a plurality of ports; a plurality of line modules, each line module having a first set of ports configured to connect with the plurality of fabric modules and a second set of ports configured to connect with client equipment; and a plurality of Fabric Expansion Panels (FEPs) disposed between the plurality of fabric modules and the plurality of line modules and connected to the plurality of ports of each of the plurality of fabric modules and connected to the first set of ports, wherein each of the plurality of FEPs include internal connectivity that supports fan out between the plurality of fabric modules and the plurality of line modules based on a current stage.

Generation of descriptive information for a network trace of a telecommunications network. The invention relates to a method for generating descriptive information for a network trace comprising packets exchanged on a telecommunications network, comprising the following steps: - determination (213) of at least one characteristic from packets of the network trace; - determination (215) of descriptive information for the network trace based on at least one output of a classification model applied to said at least one determined characteristic, said descriptive information indicating at least whether the network trace corresponds to a single-activity or multi-activity situation. Figure for the abstract: [Fig 2b]

The invention relates to an apparatus, a method and a computer program. A data storage apparatus comprising means for storing one or more timers in one or more timer stores of the data storage apparatus, the timers being associated with data used by a stateless consumer network function or a state-efficient consumer network function; monitoring the one or more timers; and in response to a trigger associated with a first timer of the one or more timers, causing a notification to be sent to a consumer network function of the first timer.

The invention discloses an intelligent oiling machine system based on the Internet of Things, which comprises a microprocessor and a communication component with a multi-mode communication function, the communication component simultaneously comprises a cellular mobile communication module, a wireless communication module, a wired communication module and a star flash module, and is provided with an autonomous communication switching module, the autonomous communication switching module selects and activates one of the communication modes according to preset hardware logic so as to establish network connection; the autonomous communication switching module is integrated with two multi-purpose multiplexers and a dial switch group, one multi-purpose multiplexer is configured to be a data routing multiplexer, and the other multi-purpose multiplexer is configured to be a power supply control multiplexer. The intelligent oiling machine has the following advantages and effects that by integrating multiple communication modules and setting an autonomous switching mechanism, the dependency problem of a single communication link is effectively solved, and the reliability of the intelligent oiling machine on network connection is remarkably improved.

An access network device receives characteristic information of a first live media stream included in a switching request from a terminal device. The access network device or a user plane network element determines, based on the characteristic information, the first live media stream corresponding to the characteristic information of the first live media stream. Therefore, the access network device or the user plane network element switches a media stream sent to the terminal device, to be specific, switches the live media stream sent to the terminal device from a second live media stream to the first live media. Both the second live media stream and the first live media stream correspond to the access network device or the user plane network element. According to the method, media stream switching can be completed on the access network device side or the user plane network element side.

Device comprising: an interface logic for differential signaling on a plurality of paths, where the interface logic is configured to transmit a plurality of flits, wherein the plurality of flits has a plurality of nibbles, and wherein a first of the plurality of flits is transmitted with a clean flit boundary such that each of the plurality of paths is used to transmit initial nibbles of the first flit in a first unit interval (UI), and wherein initial nibbles of a second flit of the plurality of flits, together with final nibbles of the first flit, are transmitted on the plurality of paths during a subsequent UI.

The application provides a data forwarding and scheduling method and device. The method comprises: obtaining control information to be forwarded and a target output port; when the target output port is not congested and there is no control information sent to the target output port on an LL path, copying the control information to be forwarded to obtain shadow control information; sending the control information to be forwarded to the target output port through the LL path and sending the shadow control information to the target output port through a store-and-forward SAF path; when the last scheduled and output control information is from a SAF path cache queue, scheduling the first control information in the queue head from the SAF path cache queue; when the first control information is the shadow control information, scheduling and outputting the control information in the queue head from an LL path cache queue; and when the first control information is not the shadow control information, outputting the first control information. The application can more accurately adapt to traffic congestion and ensure that the control information is output in a correct order.

Various techniques are provided to configure serializer / deserializer (SerDes) lanes in one or more SerDes quads into configurable groups using a bonded link. The configuration registers may configure the SerDes lanes into the configurable groups. A lane bonding control module in each SerDes quad may link the signals, including control signals, that travel within each configurable group. To synchronize the control signals, the lane bonding control module may include one or more flops that introduce a fixed time delay for control signals that travel between SerDes quads, and pipe stage match modules that introduce a variable time delay to match the fixed time delay caused by the flops. Once synchronized, the control signals arrive at different SerDes lanes in the configurable group at the same clock cycle.

Computer program product for controlling at least one access point of at least one wireless network. The invention relates to a computer program product comprising instructions for implementing, when said computer program is executed by a processor of an electronic device, a method for controlling a first access point to a communication network via a first radio communication channel, comprising activating and / or deactivating the first radio communication channel based on at least one parameter relating to the quality of service of the first access point for the first radio communication channel for a first communication device of the communication network. Figure for the abstract: Fig. 1

The present invention provides a cell flow characteristic value adjustment method, apparatus and system, and a storage medium. The method comprises: detecting deviation information of an actual characteristic value of a cell flow characteristic in a designated device, and an expected characteristic value; and controlling either of the designated device and an upstream device of the designated device to adjust, on the basis of the deviation information, the number of a predetermined type of code blocks in the sent cell flow so as to adjust the actual characteristic value of the cell flow characteristic in the designated device.

A periodic control window is embedded in a data link layer data stream transmitted over a serial data link. This control window is configured to provide data link layer information, including details for initiating state transitions on the data link. The data link layer data can be sent during a link transmission state, and the control window can interrupt the sending of flits. In one aspect, the information includes link width transition data, indicating an attempt to change the number of active traces on the link.

Recording medium for controlling at least one access point to at least one wireless network. The invention relates to a recording medium readable by a processor of an electronic device and on which is recorded a computer program comprising instructions for implementing, when the computer program is executed by the processor, a method for controlling a first access point to a communication network via a first radio communication channel, the method comprising activating and / or deactivating the first radio communication channel as a function of at least one parameter relating to a quality of service of the first access point for the first radio communication channel for a first communication device of the communication network. Figure for the abstract: Fig. 1

One embodiment is directed to an uplink signal combiner that is configured to receive, via the data network, data packets from the remote antenna units. Each of the data packets includes respective control data and respective user data. The respective control data include data for managing a communication link between a baseband unit and a respective remote antenna unit. The respective user data represents a respective uplink signal received by each of the remote antenna units from one or more mobile stations. The uplink signal combiner is configured to generate additional user data representing a first combined uplink signal by combining the user data extracted from the data packets. The uplink signal combiner is configured to transmit an additional data packet to the baseband unit. The additional data packet includes the additional user data and additional control data derived from the control data from the received data packets.

A signal processing aggregation device which switches an offload destination accelerator when offloading specific processing of an application to an accelerator for calculation processing includes: an accelerator offload part which performs offloading on the installed accelerator or the accelerator on a remote server side on the basis of a set offload destination; and an accelerator remote offload part which serializes offload data to the accelerator on the remote server side, packetizes it in a predetermined format, and transmits it as packetized data.

The invention relates to the field of communication, in particular to a reinforcement learning-based control method for multi-link automatic switching of communication equipment. The core of the method is that a Q-learning algorithm is adopted to train an intelligent agent. According to the method, through continuous interaction between an intelligent agent and an environment, firstly, a multi-dimensional decision strategy capable of comprehensively balancing bandwidth, time delay, switching times and cost is learned, and a switching parameter Q table is generated; in turn, this Q table is queried directly in the communication device to perform real-time handover decisions. The Q table supports enhanced training generation and also supports continuous optimization in use, so that the system can dynamically adapt to network environment changes, and optimal balance of communication functions is always guaranteed.

Generation of descriptive information for a network trace of a telecommunications network. The invention relates to a method for generating descriptive information for a network trace comprising packets exchanged on a telecommunications network, comprising the following steps: - determination (213) of at least one characteristic from packets of the network trace; - determination (215) of descriptive information for the network trace based on at least one output of a classification model applied to said at least one determined characteristic, said descriptive information indicating at least whether the network trace corresponds to a single-activity or multi-activity situation. Figure for the abstract: [Fig 2b]

Provided in the embodiments of the present application are a communication method and apparatus, and a computer-readable storage medium. The method comprises: when a network connection between a cell and a user equipment is disconnected, obtaining a store-and-forward sequence, wherein the cell corresponds to a network device, the store-and-forward sequence is used for indicating whether the cell supports a store-and-forward mode, and in the store-and-forward mode, the network device is used for storing information sent by the user equipment or used for forwarding the information sent by the user equipment; and sending the store-and-forward sequence to the user equipment. The embodiments of the present application help a user equipment better select the currently accessed cell.

Tightly-coupled, loosely connected distributed systems can be implemented more energy efficient and optimized for computational overhead via multi-protocol heterogeneous packet-based transport. When receiving a plurality of packets from a root complex where contents of each packet from the plurality of packets organized in accordance with a first protocol, a sequence number is added to each packet and a packet type is identified. Every packet in the first plurality of packets is encapsulated into at least one packet organized in accordance with a second protocol to form a second plurality of packets organized in accordance with the second protocol. All the packets from the second plurality of packets can be handled via Direct Memory Access. A write-only communication scheme can be implemented using doorbell and command registers for more efficient data reading and writing in distributed systems.