43 results about "Channel bonding" patented technology

The invention provides a high-density video processing and computing resource dynamic allocation method, which comprises the following steps of: acquiring video stream data, monitoring load indexes of computing units, combining states of the computing units into a matrix, obtaining a historical state sequence, inputting the historical state sequence into a long short-term memory network to predict future load states of the computing units, obtaining a load prediction result, generating a candidate migration path, calculating the migration cost of a single path, screening an optimal path for channel migration, updating a channel binding relationship, and transmitting a video stream to a video processing task queue according to the binding relationship; calling a hardware decoder cluster to decode a video stream, running a target detection model and a target tracking model in parallel by a heterogeneous array, performing target detection on decoded frame buffer, superposing a tracking algorithm on a detection result to obtain an analysis result, dynamically selecting a coding mode according to the analysis result, executing hardware coding, and packaging an output stream.

The invention relates to a SERDES channel control binding system and method. Various techniques are provided to configure serializer / deserializer (SerDes) channels in one or more SerDes tetrads into a configurable group using a bound link. A configuration register may configure the SerDes channels into a configurable group. A channel binding control module in each SerDes tetrad may link signals, including control signals, that travel within each configurable group. In order to synchronize the control signals, the channel binding control module may include: one or more flip-flops that introduce a fixed time delay for the control signals traveling between SerDes tetrads; and the tube level matching module introduces variable time delay to match the fixed time delay caused by the trigger. Once synchronized, the control signal reaches different SerDes channels in the configurable group at the same clock cycle.

The invention relates to the technical field of high-speed interfaces, and discloses a channel binding method, device, equipment, medium and program product.The method is applied to the receiving direction of an FPGA chip and comprises the steps that a data transmission protocol is obtained, and the number of channels is determined according to the data transmission protocol; determining a primary channel and a secondary channel based on the number of channels; when the main channel receives target data and confirms a target frame header of the target data, the main channel is controlled to send out an alignment signal; the alignment signal is transmitted to the secondary channel through the whole internet; when the secondary channel receives the alignment signal, a first-in first-out queue read pointer corresponding to the secondary channel is adjusted, so that the secondary channel is aligned with the primary channel; and after the first-in first-out queue read pointers corresponding to the secondary channels are adjusted, reading data from the first-in first-out queues corresponding to the secondary channels, and outputting the data from a data port in the receiving direction of the physical coding sub-layer. The method can meet the requirements of different protocols for the number of bound channels, and greatly improves the flexibility of channel binding.

The invention relates to the technical field of unified management, in particular to a localized key component adaptation and unified management platform construction method, which comprises the following steps: extracting and merging path information, comparing an affiliation relationship to execute binding, extracting a migration content annotation jump structure, and summarizing and registering combined path data in sequence. And generating a key component adaptation and unified management platform construction scheme. According to the method, merging processing is carried out through the triggering relation of the action field and the scheduling instruction, unified extraction and non-repeated integration of path behavior information are achieved, the attribution path relation is compared according to the action frequency and the field span, the structure recognition accuracy is improved, channel binding actions without name conflicts are screened, and clear path matching is ensured; the method comprises the following steps of: marking a jump source and a pointing position in a path migration process, realizing the traceability of structure change, integrating an affiliation label and an action field according to an original sequence, registering and archiving, and enhancing the orderliness and calling consistency of a data structure.

Performing non-primary channel access procedures when channel bonding or multi-channel operation is intended to be performed by a station, and yet it is determined that the intended primary channel is busy. The station may then choose a non-primary channel to act in the manner of the primary channel, to perform wideband transmissions in an immediately subsequent transmission interval.

The present invention relates to a transmission device, a transmission method, a reception device, and a reception method capable of appropriately allocating data to a plurality of channels used for channel bonding. Divided data obtained by dividing target data to be transmitted by channel bonding using a plurality of channels is allocated to one of the plurality of channels on the basis of a CB transmission capacity that is a transmission capacity used for channel bonding of each of the plurality of channels, and the divided data is transmitted on the channel to which the divided data is allocated. The present invention can be applied, for example, to a transmission system that performs transmission by channel bonding.

The present invention relates to the field of high-speed interface technology, and discloses a channel binding method, apparatus, device, medium, and program product. The method is applied to the receiving direction of an FPGA chip, and includes the following steps: obtaining a data transmission protocol and confirming the number of channels according to the data transmission protocol; confirming a primary channel and a secondary channel based on the number of channels; when the primary channel receives target data and confirms the target frame header of the target data, controlling the primary channel to send an alignment signal; and transmitting the alignment signal to the secondary channel via the entire Internet; when the secondary channel receives the alignment signal, adjusting the first-in-first-out queue read pointer corresponding to the secondary channel so that the secondary channel is aligned with the primary channel; after the first-in-first-out queue read pointers corresponding to each secondary channel are adjusted, reading data from the first-in-first-out queue corresponding to the secondary channel and outputting it from the data port in the receiving direction of the physical coding sublayer. The method can adapt to the number of bound channels required by different protocols, greatly increasing the flexibility of channel binding.

A broadcast signal transmission apparatus according to one embodiment of the present invention comprises: a first RF subframe signal generation unit for generating at least one first RF signal; a second RF subframe signal generation unit for generating at least one second RF signal; a first RF unit for generating, on the basis of at least a portion of the at least one first RF signal, at least one first RF transmission signal corresponding to a first RF channel from among the first RF channel and a second RF channel, which are channel-bonded; and a second RF unit for generating, on the basis of at least a portion of the at least one second RF signal, at least one second RF transmission signal corresponding to the second RF channel.

Disclosed herein are an apparatus and method for channel bonding-based multi-antenna signal transmission in a broadcasting system. An apparatus for channel bonding-based multi-antenna signal transmission includes an input formatting unit for converting input data into a Physical Layer Pipe (PLP), a stream partitioning unit for partitioning the PLP into pieces of data to be transmitted to two or more channels, respectively, and two or more transmission units for transmitting the pieces of data resulting from partitioning to corresponding channels through multiple antennas.

The application relates to the technical field of semiconductor chip programming and automatic testing, and discloses a parallel task adaptive scheduling system for high-density chip cluster programming, which comprises an upper computer node and a programmable gate array connected through a communication bus. The upper computer node abstracts the chips to be programmed into a finite state machine with a characteristic resource request vector, and uses a multi-dimensional resource token bucket to perform admission control on concurrent state transition requests to intercept overload instructions. For the instructions passing the control, the system combines the prime number solution of channel binding to issue a delay time for phase error correction, so that the instruction issuing time of multiple channels is discretely distributed, thereby suppressing the power surge caused by physical level synchronous flip. The application effectively avoids the risk of high-concurrency hardware power consumption exceeding the limit, and improves the transmission efficiency of the communication bus without interfering with the instruction timing.

An apparatus for transmitting a broadcast signal according to one embodiment of the present invention comprises: a first RF BICM unit for generating at least one first RF core layer BICM signal and at least one first RF enhanced layer BICM signal; a second RF BICM unit for generating at least one second RF core layer BICM signal; a layered division modulation unit for generating at least one layered division multiplexed signal by performing layered division multiplexing corresponding to at least a part of the at least one first RF core layer BICM signal and at least a part of the at least one first RF enhanced layer BICM signal; and a transmission signal generation unit for generating at least one first RF transmission signal corresponding to the at least one layered division multiplexed signal and at least one second RF transmission signal generated on the basis of at least a part of the at least one second RF core layer BICM signal.

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.

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.

Disclosed are a broadcast signal transmission apparatus using multiple transmission antennas and channel bonding, and a method using same. According to an embodiment of the present invention, the broadcast signal transmission apparatus comprises: a first cell exchanger that performs cell exchange on a multi-input multi-output (MIMO) precoded first polarization input pair (s2i,1, s2i,2) (where i is an integer greater than or equal to 0), to generate a first exchange output pair (g2i,1, g2i,2); a second cell exchanger that performs cell exchange on a MIMO precoded second polarization input pair (s2i+1,1, s2i+1,2), to generate a second exchange output pair (g2i+1,1, g2i+1,2); a first RF unit that uses a first output (g2i,1) of the first exchange output pair and a first output (g2i+1,1) of the second exchange output pair to generate first RF MIMO signals; and a second RF unit that uses a second output (g2i,2) of the first cell exchanger and a second output (g2i+1,2) of the second cell exchanger to generate second RF MIMO signals.

Performing non-primary channel access procedures when channel bonding or multi-channel operation is intended to be performed by a station, and yet it is determined that the intended primary channel is busy. The station may then choose a non-primary channel to act in the manner of the primary channel, to perform wideband transmissions in an immediately subsequent transmission interval.

The application discloses an AI Agent-based storage chip mass production test method and device and a medium, relates to the technical field of storage chip testing, and comprises the following steps: based on mass production test double images, utilizing an AI Agent to comprehensively test coverage requirements, life consumption constraints and misjudgment risks, forming a risk constraint mass production test configuration, determining a main test channel for executing a current mass production test task from test channels, when a channel health score of the main test channel reaches a preset execution threshold and a historical test result fluctuation value exceeds a preset fluctuation threshold, selecting a backup test channel with the highest channel health score and a jig contact deviation value lower than a preset contact deviation threshold as a shadow review channel to form a main shadow channel binding test schedule; and the application forms the main shadow channel binding test schedule, calls the shadow review channel to review the same storage chip to be tested, and realizes the re-verification of abnormal test results in an independent review path.

The present invention discloses a method and system for efficient signal transmission of an integrated microwave transmission device, relating to the field of wireless transmission. The method includes: obtaining a target signal sending point and a receiving point, selecting a target channel using the Wi-Fi6 channel bonding technology in the 13 GHz frequency band, dividing the spectrum of the target channel into subcarriers by using the OFDMA technology to obtain K subcarriers; performing transmission quality analysis to obtain the transmission quality factors of the K subcarriers; performing a two-way equilibrium analysis of modulation mode and coding redundancy to determine K modulation modes and K coding redundancies; modulating the K subcarriers using Wi-Fi6 and encoding the transmitted data; and performing signal transmission of the K encoded redundant transmitted data between the target signal sending point and the target signal receiving point based on the K modulated subcarriers. It solves the technical problems of low transmission efficiency and poor stability existing in the existing signal transmission, and achieves the technical effect of improving the signal transmission efficiency and stability.

The application relates to the technical field of digital circuits, and discloses a physical layer multi-channel binding device, a serial-parallel conversion device and a binding method. The physical layer multi-channel binding device comprises multiple channels, each of which is provided with an elastic buffer and a logic binding module. The logic binding module comprises an alignment signal input end, an alignment signal output end and a configuration signal end, multiple logic binding modules of the multiple channels are sequentially connected in series with each other, and the alignment signal output end is connected with the alignment signal input end of another logic binding module in series. The configuration signal end is used for configuring the channel as a reference channel or a non-reference channel; the logic binding module of the non-reference channel controls the readout process of data from the elastic buffer according to an alignment reference control signal sent by the reference channel, so that the parallel data read out by the non-reference channel is aligned with the parallel data read out by the reference channel. The device can reduce the development cost of a serial transceiver and the service expansion cost.

The invention provides an encryption channel load sharing method and device based on multiple VLANs. The method comprises the following steps: configuring a plurality of encrypted VLANs (Virtual Local Area Network) on the same physical port; respectively carrying out media access control security MACsec negotiation with an opposite-end physical port of opposite-end equipment in each encrypted VLAN, and independently establishing a secure channel for the physical port in each encrypted VLAN; according to the message type and the message characteristic value of the outgoing direction message of the physical port, calculating hash calculation, and selecting a secure channel corresponding to a hash value; the MAC address of the physical port is used as a source MAC address, the MAC address of the opposite-end physical port is used as a destination MAC address, a directional sending message is packaged, and an encrypted VLAN label bound by the selected secure channel is added; and adding a security label according to the key of the selected security channel, and sending the security label through the physical port.

This invention relates to a zero-copy message queue communication method based on interrupt-driven direct access, belonging to the field of data communication technology. It solves the problems of multiple copies and high latency in data transfer between existing interrupt service routines and application tasks. The method includes: an application task registering at least one buffer with the operating system kernel; the kernel binding the buffer to a peripheral device's DMA channel; when the peripheral device writes data to the bound buffer via the DMA channel, an interrupt service routine is triggered; the interrupt service routine reads the buffer's lifetime state and generates a descriptor, which is then submitted to a preset queue; the application task retrieves the descriptor from the queue, updates the corresponding buffer's lifetime state based on the descriptor, and accesses the buffer to read data; after completing data reading, the application task releases the corresponding buffer and updates its lifetime state again. This achieves secure, efficient, and low-latency zero-copy data communication.

Disclosed in the present application are an optical network system, a message scheduling method, a communication device, and a readable storage medium. The optical network system comprises a first optical network device (100) and a second optical network device (200), wherein the second optical network device (200) performs uplink transmission on an uplink message with the first optical network device (100) by means of a service channel and at least two management channels, the service channel and all the management channels are bound to transmission containers, and the at least two management channels are bound to the same transmission container.

The present invention relates to a method for realizing multi-line pair SHDSL converged Ethernet services, belonging to the field of SHDSL transmission. It is characterized in that the service convergence function is implemented by an FPGA, including a TDM transceiver module and an Ethernet convergence control module. The Ethernet convergence control module includes a serial-parallel conversion module, an HDLC framing and deframing module, a first-level FIFO, and a second-level FIFO. It includes processing flows such as TDM channel binding, opening FIFO caches, opening a first-level FIFO, HDLC encoding of Ethernet data, data distribution of the first-level FIFO, and serial-parallel conversion. The implementation method of the present invention simplifies the CPU's monitoring process of the link, ensures the optimization of the device link establishment time, and the maximum bandwidth provided can reach 65.536 Mbit / s.

The present invention relates to a transmission device, a transmission method, a reception device, and a reception method capable of appropriately allocating data to a plurality of channels used for channel bonding. Divided data obtained by dividing target data to be transmitted by channel bonding using a plurality of channels is allocated to one of the plurality of channels on the basis of a CB transmission capacity that is a transmission capacity used for channel bonding of each of the plurality of channels, and the divided data is transmitted on the channel to which the divided data is allocated. The present invention can be applied, for example, to a transmission system that performs transmission by channel bonding.

The utility model provides a multi-channel flexible binding test device for a PCIE (Peripheral Component Interface Express) switching chip, which relates to the technical field of communication and comprises the PCIE switching chip, a PCIE slot connector and a switching device, the PCIE switching chip is provided with a plurality of PCIE channels, and the plurality of PCIE channels are connected with the PCIE slot connector directly or through a switching device; the PCIE slot connector is a PCIE interface of a PCIE channel of the PCIE switching chip; the switching device is respectively connected with the PCIE channels of the PCIE switching chip and the PCIE slot connector, and is used for switching the connection relationship between the PCIE channels of the PCIE switching chip and the PCIE slot connector, so that the plurality of PCIE channels of the PCIE switching chip are bound into different widths. The utility model provides a multi-channel flexible binding test device for a PCIE (Peripheral Component Interface Express) switching chip. A plurality of PCIE channels of the PCIE switching chip are bound into PCIE channels with different widths through a switching device so as to quickly establish test environments of different uplink ports and downlink ports.

A broadcast signal transmission apparatus according to an embodiment of the present invention comprises: a first RF subframe signal generation unit for generating at least one first RF signal; a second RF subframe signal generation unit for generating at least one second RF signal; a first RF unit for generating at least one first RF transmission signal corresponding to a first RF channel among the first RF channel and a second RF channel which are to be channel-bonded, on the basis of at least a portion of the at least one first RF signal; and a second RF unit for generating at least one second RF transmission signal corresponding to the second RF channel, on the basis of at least a portion of the at least one second RF signal.

Performing non-primary channel access procedures when channel bonding or multi-channel operation is intended to be performed by a station, and yet it is determined that the intended primary channel is busy. The station may then choose a non-primary channel to act in the manner of the primary channel, to perform wideband transmissions in an immediately subsequent transmission interval.

Methods, apparatuses, and systems are described for determining tier based bonding groups for upstream or downstream communication between a communication device and a headend. Based on a capability of modem to implement a maximum number of channels and a user subscription level, a combination of channels may assigned to a channel bonding group. After the combination of channels are assigned to the channel bonding group, communication device resources may be allocated between the channels of the combination of channels of the channel bonding group.

The invention relates to a zero-copy message queue communication method based on direct interruption, belongs to the technical field of data communication, and solves the problems of multiple copies and high delay in data transmission between an existing interruption service program and an application task. Comprising the steps that an application task registers at least one buffer area to a kernel of an operating system, and the kernel binds the buffer area with a DMA channel of a peripheral; when the peripheral writes data into the bound buffer area through the DMA channel, triggering an interrupt service program; the interrupt service program reads the life cycle state of the buffer area so as to generate a descriptor, and the descriptor is delivered to a preset queue; the application task obtains the descriptor from the queue, updates the life cycle state of the corresponding buffer area according to the descriptor, and accesses the buffer area to read the data; and after the application task finishes data reading, releasing the corresponding buffer area and updating the life cycle state of the buffer area again. And safe, efficient and low-delay zero-copy data communication is realized.

The present technology relates to a receiving apparatus and a data processing method that can execute delay compensation with more simplified configuration.A receiving apparatus has a delay compensation block configured to delay, on the basis of time information included in a packet to be transmitted for each of a plurality of transmission paths including a broadcasting path, another packet to be transmitted by other transmission path than the reference transmission path with respect to a reference packet to be transmitted by a reference transmission path among the plurality of transmission paths to compensate a delay between the packets to be transmitted for each of the plurality of transmission paths. The present technology can be applied to television receivers having a channel bonding function, for example.

The invention relates to the field of vibration isolation and suspension control for vehicles, and particularly discloses a self-adaptive control method and device for six-point suspension rigidity of an engine. The method comprises the steps that mass data, gravity center data and inertia data are acquired, statics balance and target interval calibration processing based on a stress channel, a contact relation and a typical working condition set is carried out, and a target configuration packet is generated; unified time reference and drift correction and reaction force deviation calculation processing are executed, and a deviation vector structure is generated; performing six-channel self-adaptive PID operation according to fulcrum channel binding and cross-channel cooperative constraint and electric servo actuator output force and equivalent stiffness adjustment processing, and generating a control execution record; and executing parameter fine tuning processing to generate an updated target configuration packet. The multi-channel self-adaptive control of the suspension rigidity is realized, and the vibration isolation effect of the engine and the steady-state balance precision of the system are improved.