12results about How to "Realize forwarding" patented technology

The present disclosure relates to a data forwarding method, device, electronic device and storage medium. The method includes: in response to receiving a target data message, when it is determined that the target data message needs to be parameter converted, according to the first network parameter of the target data message, determine the IP port resource pool for parameter conversion of the target data message; according to the second network parameter of the target data message, obtain the second conversion IP and the second conversion port corresponding to the target data message from the IP port resource pool; according to the second conversion IP, the second conversion port and the third network parameter of the target data message, determine the target conversion IP and the target conversion port; according to the target conversion IP and the target conversion port, forward the target data message. Wherein, the IP port resource pool includes one or more first conversion IPs, and one or more first conversion ports corresponding to each first conversion IP, and the first network parameter is used to characterize the data flow information of the target data message.

The invention discloses a debugging method and device of a processor, a chip, a program product and a vehicle, the processor is at least provided with a first operating system and a second operating system, the first operating system and the second operating system are realized based on an independent core, and the debugging method comprises the following steps: the first operating system obtains a debugging command of a host; in response to the debugging command for debugging the second operating system, the first operating system sends the debugging command to the second operating system and receives feedback data sent by the second operating system in response to the debugging command; and the first operating system sends feedback data to the host. In this way, the efficiency of interactive debugging can be improved.

The embodiments of the present application provide a method, device, medium and electronic device for processing instant messaging messages. The method for processing instant messaging messages includes: detecting an instant messaging message selected by a user in a first application; in response to a forwarding instruction for the instant messaging message, displaying a forwarding option for the instant messaging message, wherein the forwarding option includes a first option for forwarding the instant messaging message to a second application; if a trigger operation for the first option is detected, the relevant information of the instant messaging message is sent to a server, so that the server converts the instant messaging message into target information supported by the second application, and sends the target information to the second application. The technical solution of the embodiments of the present application can realize the forwarding of instant messaging messages between various instant messaging applications, thereby breaking through the communication barriers between various instant messaging software and realizing data intercommunication between various instant messaging software.

The invention relates to the technical field of computers, in particular to a USB debugging system which comprises an access module used for receiving a USB device connection instruction; and outputting a USB equipment connection result. And the receiving module is used for displaying the received data in the data receiving area after the USB equipment is successfully connected. The sending module is used for filling data needing to be sent in a data sending area; receiving a data sending instruction; and judging whether the data is successfully sent, and outputting a data sending result. And the cloud server is used for distributing and forwarding data in real time by using a real-time communication technology. The mobile terminal is used for being connected with the cloud server and acquiring and displaying data; and inputting debugging data and sending the debugging data to the cloud server. The USB receiver is used for driving USB equipment to operate; and the cloud server is accessed. According to the invention, the cloud server is utilized to realize cooperation of multiple devices, and instant distribution and forwarding of data are realized, so that the data can be transmitted among different devices in real time, and the flexibility and convenience of debugging are improved.

The invention relates to a load-balanced SIP (Session Initiation Protocol) video signaling control method, system and device and a storage medium, and the method comprises the following steps: when a load balancing system receives an SIP transaction request, the load balancing system requests an SIP signaling service node list from a micro-service monitoring system; traversing the SIP signaling service node list, judging whether an SIP signaling service node meeting a preset condition exists or not, if so, forwarding the received SIP transaction request to the corresponding SIP signaling service node, otherwise, directly returning a 5XX response signaling; and after receiving the SIP transaction request, the corresponding SIP signaling service node processes the SIP transaction request according to a preset rule. The method can be widely applied to the technical field of video monitoring.

The present invention provides an investment management method and related equipment, which are applied to the field of data processing technology. The present application receives data processing information with identification information sent by a cluster server, wherein the target node is a server selected by the cluster server based on a preset application program interface mapping table, the data processing information is the pending business data sent by the target client to the cluster server based on the preset application program interface, and the identification information is used to characterize the processing priority of the pending business data sent by different financial management institutions; obtains the real-time function module information and real-time load balancing information of the target node; processes the data processing information based on the real-time function module information, the real-time load balancing information and the identification information, and generates function module adjustment information; processes the real-time function module information based on the function module adjustment information, and generates a target function module; processes the data processing information based on the target function module, and generates a response message.

The application belongs to the technical field of data processing, and discloses a data aggregation processing method, device, equipment and storage medium; the application comprises the following steps: obtaining original service data of each upstream application, partitioning the original service data to obtain a plurality of partition data; distributing each partition data to each different one-layer node, processing the partition data through the one-layer node to obtain a plurality of reference service data; converging the plurality of reference service data to a two-layer node, aggregating the plurality of reference service data through the two-layer node to obtain aggregated data; and sending the aggregated data to a downstream application; the application provides the processing capacity of a large batch of service data through a plurality of one-layer nodes, can quickly expand the processing capacity when the upstream data volume changes, and further aggregates the data through the two-layer node to realize the forwarding of a large amount of original service data of the upstream, thereby avoiding the problems of data delay and loss caused by processing a large amount of data.

Embodiments of the present application provide a message forwarding method, system, storage medium and electronic device. The method comprises: a source node located in a first SR-MPLS domain sending a message to a destination node located in a second SR-MPLS domain based on a segment routing policy (SR-Policy), wherein a BSID in the form of an MPLS label is included in an SR-Policy segment list of the message, and is used for the message to pass through an SRv6 domain located between the first SR-MPLS domain and the second SR-MPLS domain; a first boundary node, after receiving the message, replacing the BSID in the form of the MPLS label with an SRv6-Policy whose destination address is a second boundary node, and forwarding the message based on the SRv6-Policy; the second boundary node, after receiving the message, decapsulating an IPv6 header and an extension header of the message according to behavior indication information carried in the SR-Policy, and querying an MPLS label forwarding table according to the MPLS label to forward the message in the second SR-MPLS domain until the message is forwarded to the destination node. The present application realizes message forwarding across SR-MPLS domains and SRv6 domains.

The present invention discloses a method for controlling an Internet of Things gateway, including: obtaining communication data sent by a communication tag; judging whether the communication data passes key verification, judging if yes, decrypting the communication data; judging whether the tag identity information is a preset access system permission, judging if yes, extracting the power data in the tag data, judging whether the power data is equal to the preset low power, judging if yes, adding the tag identity information to the preset low power tag list, judging whether the preset time filter table contains the tag identity information, judging if yes, adding the tag identity information to the preset time filter table, extracting the request type in the tag data; judging whether the request type is an upload server type, judging if yes, adding the tag data to a dedicated protocol stack for sending. Accordingly, the present invention discloses an Internet of Things gateway control system. By adopting the present invention, node devices of multiple communication protocols can be accessed, and data redundant fields can be reduced, thereby saving costs.

The invention relates to a broadband target radar echo simulation device and method based on a single array element antenna. The simulation device comprises a lifting platform; the transmitting and receiving antenna unit is used for receiving radar radiation signals and transmitting simulated target echo signals, and the transmitting and receiving antenna unit is arranged at the top end of the lifting platform and moves continuously along with the lifting platform so as to simulate the pitch angle of the spatial position of the ballistic target relative to the radar; and the echo simulation module is used for performing down-conversion processing on the radar radiation signal received by the transceiving antenna unit, extracting a baseband signal, modulating the baseband signal, performing up-conversion processing, obtaining the simulation target echo signal, and sending the simulation target echo signal to the transceiving antenna unit. According to the invention, radar radiation signals can be detected and forwarded in an ultra-large frequency range, radar echo signals of multiple frequency bands can be simulated, and the radar frequency agility working mode can be adapted.

The invention discloses a high-precision time keeping method suitable for embedded equipment. The high-precision time keeping method comprises pulse per second time keeping and TOD time information time keeping. The second pulse punctuality comprises the following steps: 11) detecting a frequency offset state; 12) acquiring frequency offset data; the TOD time information timekeeping method comprises the following steps of (21) pulse per second loss detection, (22) time information collection, (23) embedded software processing and (24) time information.The TOD time information timekeeping method is characterized in that the TOD time information timekeeping comprises the steps of (21) pulse per second loss detection, (22) time information collection, (23) embedded software processing and (24) time information.The TOD time information timekeeping method can achieve accurate time service when satellite navigation signals are unstable, and the reliability of equipment is improved.

The utility model relates to the technical field of monitoring systems, in particular to a wireless transmission circuit for alarm signals, which comprises a transmitting module and a receiving module which are connected in a wireless communication mode. The transmitting module comprises a lithium battery management unit, a voltage reduction and stabilization unit, a micro-processing transmitting unit, a wireless transmitting unit and at least one alarm detection unit; the lithium battery management unit is electrically connected with the voltage reduction and stabilization unit, both the lithium battery management unit and the voltage reduction and stabilization unit are electrically connected with a positive 12V power supply, the output end of the voltage reduction and stabilization unit is electrically connected with the alarm detection unit, and the alarm detection unit is electrically connected with the micro-processing sending unit; the utility model aims to provide the wireless transmission circuit of the alarm signal, the conversion and forwarding of the alarm signal are realized through the wireless technology, the lithium battery management unit is added as standby power, the circuit design can be simplified, the line connection is convenient, the voltage reduction and stabilization unit is matched with the voltage stabilization unit to supply power to the main circuit, and the reliability of the circuit is improved. The power consumption of the system can be maximally reduced.