56 results about "Signaling protocol" patented technology

The invention discloses a multi-protocol high-speed image data receiving and aligning method and system based on an FPGA (Field Programmable Gate Array), and relates to the technical field of electronic information and image processing. Serial data streams from an image sensor are received, an FPGA serial input primitive is dynamically called to convert serial data into parallel data; a low-voltage differential signal protocol, a mobile industry processor interface protocol and a serial low-voltage signal protocol are supported; a configurable sliding window mechanism is adopted to compare synchronous codes in real time, and byte boundaries are locked; by identifying the time difference of arrival of data of each channel, multi-channel phase alignment is realized by adopting hardware-level delay compensation, and data arriving at the channel in advance is compensated by adopting a first-level register cache; and analyzing frame header and frame tail information of the image data, reconstructing an original image matrix and generating a video time sequence signal. The problems of poor compatibility and high resource consumption in multi-protocol high-speed image data receiving are solved.

A signal encoding and decoding protocol to convey discrete sets of information combined in a single carrier signal is disclosed. The protocol uses modulation of both amplitude and pulse width to carry multiple sets of information. A first signal is pulse width modulated to encode a first data and a second signal is pulse amplitude modulated to encode a second data. The two modulated signals are combined to generate a carrier signal encoded with both the first and second data.

A system that incorporates aspects of the subject disclosure may perform operations including, for example, receiving, via an antenna, a signal generated by a communication device, detecting an interference in the signal, the interference generated by one or more transmitters unassociated with the communication device, and the interference determined from signal characteristics associated with a signaling protocol used by the one or more transmitters, and performing signal conditioning on the signal to reduce the interference. Other embodiments are disclosed.

A plastic item, such as a beverage bottle, conveys two distinct digital watermarks, encoded using two distinct signaling protocols. A first, printed label watermark conveys a retailing payload, including a Global Trade Item Number (GTIN) used by a point-of-sale scanner in a retail store to identify and price the item when presented for checkout. A second, plastic texture watermark conveys a recycling payload, including data identifying the composition of the plastic. The use of two different signaling protocols assures that a point-of-sale scanner will not spend its limited time and computational resources working to decode the recycling watermark, which lacks the data needed for retail checkout. In some embodiments, a recycling apparatus makes advantageous use of both types of watermarks to identify the plastic composition of the item (e.g., relating GTIN to plastic type using an associated database), thereby increasing the fraction of items that are correctly identified for sorting and recycling. A great number of other features and arrangements are also detailed.

The invention discloses a vehicle control method and device and a readable storage medium, and relates to the technical field of new energy vehicles. The vehicle control method comprises the steps of determining a signal protocol type of a first video signal under the condition that the vehicle-mounted screen projection equipment receives the first video signal; under the condition that the signal protocol type is a first video protocol, converting the first video protocol into a vehicle-mounted video protocol, so that the first video signal is converted into a vehicle-mounted video signal; under the condition that the signal protocol type is a second video protocol, converting the second video protocol into the first video protocol so as to convert the first video signal into a second video signal, and converting the first video protocol into a vehicle-mounted video protocol so as to convert the second video signal into a vehicle-mounted video signal; and controlling the vehicle-mounted screen projection equipment to output the vehicle-mounted video signal. According to the invention, the signal compatibility of the vehicle-mounted screen projection equipment is improved.

This invention discloses a multi-protocol high-speed image data reception and alignment method and system based on FPGA, belonging to the fields of electronic information and image processing technology. It receives serial data streams from image sensors, dynamically calls FPGA serial input primitives to convert serial data into parallel data, and supports low-voltage differential signals, mobile industrial processor interfaces, and serial low-voltage signal protocols. A configurable sliding window mechanism is used to compare synchronization codes in real time and lock byte boundaries. By identifying the arrival time difference of data from each channel, hardware-level delay compensation is used to achieve multi-channel phase alignment, and data arriving early from other channels is compensated using a first-level register buffer. The image data's frame header and tail information is parsed to reconstruct the original image matrix and generate a video timing signal. This invention solves the problems of poor compatibility and high resource consumption in multi-protocol high-speed image data reception.

Data storage systems, devices and methods may use a switch board configured to communicate using a high-speed multi-level signaling protocol, and a midplane having one or more multi-protocol storage device connectors configured to couple the midplane to one or more storage devices, wherein the midplane may be coupled to the switch board and configured to enable the one or more storage devices to communicate with the switch board through the one or more multi-protocol storage device connectors using the high-speed multi-level signaling protocol. The midplane may be coupled to the switch board through one or more high-speed connectors. One or more re-timers may be coupled between one or more of the high-speed connectors and one or more of the multi-protocol storage device connectors. One or more cables may be used to transfer data to and from the multi-protocol storage device connectors.

The application discloses a portable device video signal analysis system and method based on a multi-protocol interface, relates to the technical field of video signal protocol conversion management, and is characterized in that the application analyzes the differences in conversion conditions and the deviations in conversion time length by means of protocol conversion records generated by a portable device with a multi-protocol interface under different protocol conversion modes, and evaluates the performance stability of the portable device in the process of executing video signal protocol conversion by means of finding other historical protocol conversion execution records that can verify the change of conversion time length and conform to the working performance law of the portable device, so that potential problems existing in the process of executing protocol conversion by the portable device can be found and solved in time, the stability and reliability of video signal transmission processing are improved, and the risk of transmission conversion collapse or abnormality is reduced.

The present invention provides an Internet of Things wireless transmission method based on a dynamic arbitrary polarization antenna, which belongs to the field of wireless network technology and includes the following steps: a master station finds a slave station to be established for communication by adjusting the antenna polarization direction, and sends a handshake signal to establish communication; after communication is established, the master station periodically sends a judgment signal to the slave station, receives a feedback signal from the slave station, and judges whether the slave station needs to adjust the antenna polarization direction based on the polarization signal quality CQI result of the feedback signal; the slave station judges based on the judgment signal that when the antenna polarization direction needs to be adjusted, switches, and calculates CQI data and feeds it back to the master station. The present invention uses an antenna with adjustable polarization direction, combined with baseband processing and signaling protocol, to enable the master station and the slave station to perform adaptive polarization direction switching, thereby ensuring a reliable, stable and fast communication state.

A plastic item, such as a beverage bottle, conveys two distinct digital watermarks, encoded using two distinct signaling protocols. A first, printed label watermark conveys a retailing payload, including a Global Trade Item Number (GTIN) used by a point-of-sale scanner in a retail store to identify and price the item when presented for checkout. A second, plastic texture watermark conveys a recycling payload, including data identifying the composition of the plastic. The use of two different signaling protocols assures that a point-of-sale scanner will not spend its limited time and computational resources working to decode the recycling watermark, which lacks the data needed for retail checkout. In some embodiments, a recycling apparatus makes advantageous use of both types of watermarks to identify the plastic composition of the item (e.g., relating GTIN to plastic type using an associated database), thereby increasing the fraction of items that are correctly identified for sorting and recycling. A great number of other features and arrangements are also detailed.

The invention discloses a cross-platform radio frequency data transmission method and system based on an HC3080 chip, belongs to the technical field of data transmission, and constructs a multi-platform-oriented data interaction and control framework based on five concurrent execution thread tasks and three high-performance message queues. A unified cross-platform signaling protocol structural body is introduced as a semantic carrier of instruction data, so that accurate identification and processing of instructions among different platforms are ensured, and cross-platform function control and high-performance data communication of a system comprising an HC3080 chip are successfully realized; the application blank of the HC3080 chip in the aspect of communication support between multi-core heterogeneous systems is effectively filled, and the application range of the HC3080 chip in the field of high-reliability embedded communication and signal processing is remarkably expanded.

A system and method including a first device provided on an object and configured to receive wireless communication signals from a remote device in accordance with a device signaling protocol. The first device may include a high-frequency interface operable to transmit and receive communication signals via a physical medium, where the high-frequency interface is configured to communicate via the physical medium in accordance with same device signaling protocol utilized for wireless communications.

A communication system includes one or more transmitters, each transmitter to: transmit communication signals using a defined signaling protocol with multiple antenna elements to a target receiver, the communication signals containing known specific transmit sequences spread across a frequency spectrum of the communication signals to be detectable only by receivers having the known specific transmit sequences, and receive feedback from the target receiver indicating any errors in reception of the communication signals based upon the known specific transmit sequences, and a machine learning system to use configuration of the multiple antenna elements when the communication signal was sent and the feedback to predict preconfigured settings for transmitters. A test and measurement system located at a base station, a signal generator to generate one or more signals having a predetermined modulation format, a receiver to receive the one or more signals, and a machine learning system to develop a calibration matrix.

A cloud exchange platform includes policy-based routing. Labeling (or tagging) on a multi-tenant virtual private network (VPN) facilitates recognition of active routes for a flow. The tags can be implemented such that flows are treated as having active routes across a multi-tenant VPN to enable a customer to treat flows as having an identifiable active route through the multi-tenant VPN. Thus, for example, BGP can be used as a generalized signaling protocol to carry information about flows through a multi-tenant VPN.

In an aspect of the disclosure, a method, a computer-readable medium, and an apparatus are provided. The apparatus may be a UE. The UE determines an access type for connecting to an IMS is a low data rate / high latency access type. The UE performs one or more actions based on a predefined access profile, including: indicating, to a network entity of the IMS during an IMS registration procedure, one or more pre-configured parameters applicable to the low data rate / high latency access type; executing one or more pre-defined signaling sequences for the low data rate / high latency access type; using one or more pre-defined media handling components without negotiation with the IMS; and applying one or more extended timer values for one or more signaling protocols, wherein the one or more extended timer values are longer than corresponding timer values used for a higher data rate / lower latency access type.

A network entity controls delivery of information to user devices over bearer paths including unicast channels and multicast channels. The network entity may interoperate in any of a number of network architectures, including 3GPP Internet Protocol Multimedia Subsystem (IMS) and 3GPP2 Multimedia Domain (MMD). The network entity may provide functionality of a modified 3GPP2 Broadcast and Multicast Service (BCMCS) controller component configured to enable BCMCS signaling protocol transactions to occur over 3GPP IMS interfaces and / or 3GPP2 MMD interfaces. A network entity configured to interoperate in a 3GPP IMS and / or 3GPP2 MMD network architecture may provide network-mobile multimedia services to user devices. Content associated with the multimedia services may be stored in storage devices in the network. A common interface through which a network operator defines service-specific parameters of a number of unicast and multicast multimedia services deployed in a distribution network may be provided.

The invention discloses a conference system based on 5G NR broadcast, belongs to the technical field of intersection of wireless communication and conference systems, and aims to solve the technical problem of how to realize a secure conference based on 5G NR broadcast and improve the overall performance and user experience of the conference system. The identity switching module is used for realizing real-time switching of keynote speaker identities through a signaling protocol; wherein the real-time switching of the speaker identity adopts a pre-authorization token mechanism, and a token comprises a temporary mobile group identification field, an effective timestamp field and a digital signature field; the real-time transcoding module is used for converting an uplink unicast stream into a downlink broadcast stream so as to realize media stream unicast-to-broadcast conversion; the bypass transmission channel module is used for realizing direct communication between the terminal devices and bidirectional data interaction between the terminal devices; and the multi-layer nested encryption module is used for carrying out collaborative encryption on data through an application layer, a transmission layer, a network layer, a PDCP layer and a physical layer.

The application discloses a kind of multi-protocol interface adaptive switching touch screen driving integrated circuits, including protocol detection module, protocol switching controller, I2C interface circuit, USB interface circuit, touch signal processing module and power management module.Protocol detection module is automatically identified input signal protocol type by voltage comparator and frequency detection unit, protocol switching controller completes interface switching within 100ns, supports the seamless switching of I2C (100kHz-1MHz) and USB (1.5MHz-12MHz) protocol.Touch signal processing module uses 12-bit ADC and digital filter to realize high-precision touch coordinate calculation.The integrated circuit uses 7mm×7mm QFN package, single-chip solution multi-protocol compatibility problem, can reduce system complexity by more than 30%.

A signal encoding and decoding protocol to transmit both clock information and a data payload in a single line is disclosed. Data may be encoded in a unipolar non-return-to-zero line in which an initial pulse width determines a clock frequency, followed by a series of pulses indicating the data payload. Each clock transition following an initial synchronization pulse indicates a data bit in which the value of the bit is determined in relation to the previous bit. Edge information may indicate a change in bit value from the previous bit. If the transmission signal remains at the same level for a subsequent clock period, the bit value remains the same.

A method and a device perform data communication between a superordinate computer system of an ultrasonic measurement system and an associated ultrasonic sensor via a modified UART data interface. The method and device exit the UART protocol and use a special signaling protocol and a modification of the UART data interface for the duration of an ultrasonic measurement phase to transmit the arrival of echoes at the ultrasonic sensor promptly to the superordinate computer system and return to the UART protocol for the data transmission from the ultrasonic sensor to the superordinate computer system after the end of the ultrasonic measurement phase.

A plastic item, such as a beverage bottle, conveys two distinct digital watermarks, encoded using two distinct signaling protocols. A first, printed label watermark conveys a retailing payload, including a Global Trade Item Number (GTIN) used by a point-of-sale scanner in a retail store to identify and price the item when presented for checkout. A second, plastic texture watermark conveys a recycling payload, including data identifying the composition of the plastic. The use of two different signaling protocols assures that a point-of-sale scanner will not spend its limited time and computational resources working to decode the recycling watermark, which lacks the data needed for retail checkout. In some embodiments, a recycling apparatus makes advantageous use of both types of watermarks to identify the plastic composition of the item (e.g., relating GTIN to plastic type using an associated database), thereby increasing the fraction of items that are correctly identified for sorting and recycling. A great number of other features and arrangements are also detailed.

The utility model provides a signal control system of an unmanned aerial vehicle, which is used for realizing CAN communication between a flight controller and a sensor assembly and between the flight controller and a motor assembly by configuring a first CAN chip and a CAN signal converter on the unmanned aerial vehicle, the CAN signal converter can convert a CAN signal into a standard signal and then communicate with electrical equipment on the unmanned aerial vehicle, such as a serial port signal, an I2C signal, an SP I signal, a PWM signal and the like, so that the number of required wires is reduced, and direct interference between different signal protocols is effectively reduced.

The application provides a charging metering port switching method and circuit, relates to the technical field of charging piles, and comprises the following steps: obtaining the meter type of a target meter; determining the signal type and signal protocol format of the target meter according to the meter type of the target meter; generating a first control signal and controlling the conduction of a first target channel of a channel selection module according to the signal type of the target meter, so that the target meter is connected to a target signal conversion module through the first target channel, the meter signal of the target meter is converted through the target signal conversion module, and a converted meter signal is obtained; generating a second control signal and controlling the conduction of a second target channel of a channel switching module according to the signal protocol format of the target meter, so that the converted meter signal is sent through the second target channel, and the switching of the charging metering port is completed. The application can realize the high compatibility of different types of meters.

The present invention provides a method executed by a user equipment, and a user equipment. The method comprises the following steps: upper layers of a remote UE requesting transmission of a PC5-S message or requesting a sidelink SRB for transmitting the PC5-S message, the upper layers being an RRC layer or above, and the PC5-S message being a message based on a PC5 signaling protocol stack; on the basis of the request, the RRC layer of the remote UE establishing a corresponding PDCP entity, RLC entity, and sidelink logical channel for the transmission of the PC5-S message; and the remote UE determining whether the SRB is used for a remote UE of a sidelink layer 2 relay architecture, or is used for a PC5-S message between end-to-end remote UEs in a relay scenario, and if it is determined so, then the remote UE applying an SRAP configuration, wherein the application of the SRAP configuration at least comprises establishing an SRAP entity.

The utility model discloses a signal protocol conversion device used based on an intelligent ward, and relates to the related technical field of converters. The device comprises a converter. An assembling plate is arranged on the lower end face of the converter, an installing opening is formed in the lower end face of the converter, a protruding part at the upper end of the assembling plate is located in the installing opening, a notch is formed in the lower end face of the assembling plate, a magnetic block is fixed in the notch, a square opening is formed in the position, located at a ventilation opening, of the surface side of the converter, and a cleaning plate is arranged in the square opening. A plurality of dust accumulation cylinders inserted into the ventilation openings are fixed to the side wall of the cleaning plate. According to the utility model, the magnetic block is mounted at the bottom of the converter, so that the converter can be conveniently adsorbed on the metal side wall in the network box, the position stability of the converter is ensured, and meanwhile, the dust accumulation cylinder is arranged in the ventilation opening in the side wall of the converter, so that dust is prevented from accumulating in the ventilation opening and being difficult to clean.

The invention provides a non-cellular network sensing device access method and system, a sensing control plane network element, a non-cellular network sensing device, a sensing user plane network element, an electronic device, a medium and a program product, and relates to the technical field of mobile communication and terminals. The method comprises the following steps: receiving a sensing task starting message sent by an application function network element, wherein the sensing task starting message is used for triggering a corresponding sensing operation; judging the sensing task requirement information to obtain sensing task instruction information, and updating a sensing task starting message; and forwarding the updated sensing task starting message to the non-cellular network sensing device through an intercommunication gateway, so that a sensing data communication tunnel is established between the non-cellular network sensing device and the sensing user plane network element, and the intercommunication gateway is used for converting a signaling protocol of the non-cellular network sensing device into a cellular network standard protocol. According to the method and the device, the non-cellular network sensing equipment can be effectively accessed to the existing communication network, so that the development requirement of communication and sensing integration is met.

In the network control plane, a pattern matching database is constructed and maintained to identify applications or application-level protocols. Additionally, a pattern matching database is constructed and maintained to predict subsequent flows for application layer / protocol or data protocols. After flow discrimination in network traffic mirrored from the data plane, in the first stage, the network traffic flow is scanned, and then, if a signaling protocol message is detected in the first stage scan, it is scanned in the second stage. In the second stage, based on the signaling protocol message detected in the first stage scan, one of the application / data protocol pattern databases is selected for scanning purposes. If a match is found from the second stage scan, a mapping is created between the signaling protocol identifier and the identifier of the predicted application traffic flow, and it is communicated to the data plane for policy selection and enforcement. detected signaling protocol message, one of the application / data protocol pattern databases is selected for scanning purposes If a match is found from the second stage scan, a mapping is created between the signaling protocol identifier and the identifier of the predicted application traffic flow, and it is communicated to the data plane for policy selection and enforcement.

The application discloses a kind of home elevators suitable for old control method and system, belong to elevator monitoring technical field.The application aims at solving the technical problems that existing home elevators cannot dynamically consider the efficient needs of young users and the safety needs of old users, and switching mode in operation easily leads to car stagnation.The method comprises: converting the physical trigger signal outside the hall into high-priority bus instruction through the signal protocol adaptation unit;The central main controller executes the time-sharing response strategy according to the real-time running state of the elevator: when it is detected that the elevator is in the non-level running state, the man-machine interaction system is preferentially controlled to switch to the interface suitable for the old and to play the soothing voice, and the parameter adjustment instruction for the frequency conversion drive and the door system is cached to the execution queue of the next running cycle;When the elevator is in the state of stopping or completes the current journey, the low-speed S-shaped driving curve is loaded synchronously, the light curtain protection area is expanded, and the door opening time is extended.

This invention relates to the field of computer multimedia communication, and in particular to a WebRTC video conferencing system and media stream conversion method compatible with GB / T28181 devices. The system adopts a layered architecture, including a service layer, a STUN / TURN server, a signaling layer, and a media layer. The service layer provides service interfaces for WebRTC clients and stores service data. The STUN / TURN server is used to implement NAT traversal. The signaling layer includes a WebRTC signaling module, a signaling protocol conversion module, and a GB / T28181 signaling module. The media layer includes a WebRTC media module, a media transcoding module, a congestion control module, and a GB / T 28181 media module. This solution proposes the IGCC-A algorithm to reduce frequent jitter in the transmission rate caused by small fluctuations in network latency, and realizes the structure of a WebRTC video conferencing system that accesses GB28181 devices.

In one implementation, a network interface receives a communication request. A processor then obtains a first flag compatible with a first signaling protocol. The processor generates a second flag derived from the first. This second flag is compatible with a second signaling protocol. The processor transmits the second flag.