23results about How to "Guaranteed certainty" patented technology

The application relates to a control device and a control method for transmitting video data by using double-edge flip-flop, which comprises a video decoder chip and a video display interface chip, and a video signal selection device is arranged between the video decoder chip and the video display interface chip; the video signal selection device comprises a double-edge flip-flop and two two-way data selectors; a positive edge input end of the double-edge flip-flop is connected with an output end of the first two-way data selector; a negative edge input end of the double-edge flip-flop is connected with an output end of the second two-way data selector; and selection signal input ends of the two two-way data selectors are connected with sel signals. The control device and the control method for transmitting video data by using double-edge flip-flop adopt the double-edge flip-flop to generate DDR and SDR signals; no matter the DDR or the SDR signal, the last stage logic of the data output is fixed, the determinacy of input and output timing is ensured, the circuit is simplified, the transmission cost is reduced, and the video data transmission efficiency is improved.

The application relates to the technical field of electric digital data processing, and discloses an AI-based carbon data intelligent calculation operation system, which comprises a carbon tensor management module, a bypass scheduling module and a mapping processing module. The carbon tensor management module opens a non-paged continuous physical space in the memory to store time sequence energy consumption data flow. The bypass scheduling module acquires a server memory access topology map, identifies local memory nodes corresponding to different cores, and the mapping processing module extracts a topology boundary node and generates a kernel state topology boundary cut set according to a calculation topology correlation matrix. The operation system realizes physical image multi-projection mapping based on the topology map and the cut set, establishes a redirection path to convert remote memory access into local addressing access. The application eliminates hardware cache consistency detection signals through the image mechanism, solves a large-scale graph calculation memory access delay bottleneck, and guarantees calculation certainty.

This invention belongs to the field of daily chemical product testing and analysis technology. It discloses an intelligent screening method, device, equipment, and storage medium for sulfur / sulfonate surfactants. The method involves pretreatment of the sample and high-resolution mass spectrometry (UHPLC-MS / MS) scanning, converting the sample into an mzXML file. All secondary mass spectrometry peaks in the file are screened to identify target secondary mass spectrometry peaks containing characteristic ions. The mass and peak intensity of all corresponding precursor ions are extracted. If the mass difference between two precursor ions is within the range of sulfur isotope mass difference and the peak intensity ratio is within a specified range, the precursor ion with the lower mass is selected as the quasi-molecular ion. A predicted molecular formula is generated, and matching structural information is retrieved from a database. Simulated fragmentation is used to obtain a simulated secondary mass spectrum, which is compared with the actual secondary mass spectrum to determine the predicted structure and identify sulfur / sulfonate surfactants. This intelligent processing of high-resolution mass spectrometry data improves data processing efficiency, sensitivity, and accuracy.

The present application belongs to the technical field of remote controller automation testing, and relates to a communication and cooperative control method of a remote controller testing device and a production line system, comprising: the production line system acquires displacement sampling data and speed fluctuation coefficient, calculates compensation weight and determines cooperative reference time; the production line system acquires link transmission delay, generates a dynamic scheduling time slot of defining authorized sending time window at the data link layer according to the cooperative reference time, the compensation weight, the target work station coordinate and the link transmission delay, encapsulates the instruction containing the time slot into a data frame and issues it; the testing device analyzes the dynamic scheduling time slot, and when the clock value falls within the authorized sending time window, injects the testing result data into the network link, the present application compensates the displacement fluctuation in situ to the link layer scheduling algorithm, eliminates the phase slip of the communication period and the manufacturing beat, realizes the adaptive matching of the transmission right and the physical work station, and guarantees the transmission certainty.

The invention discloses a man-machine interaction method and system based on MCP large language model dynamic graphical user interface generation, and relates to the field of man-machine interaction, and the method comprises the steps that an intelligent back end maps an identified user interaction intention into a structured MCP message frame through a protocol encoder; after the rendering front end receives the message frame, a virtual component structure tree is generated through strong type protocol specification verification, an interface updating patch is obtained through difference calculation, and a local component is dynamically instantiated to generate a real-time interaction interface; then capturing user operation, packaging the user operation into a state feedback message, returning the state feedback message to a rear end, triggering incremental reasoning of the model to determine whether to update an interface, and forming an intention-protocol-rendering-feedback interactive closed loop; according to the method, dynamic interaction of generation and evolution of a large language model interface along with natural language dialogue is achieved, the stability and safety of generation are improved through protocol layer strong verification, and low-delay response and deep man-machine cooperation are achieved through a difference rendering and event feedback mechanism.

This invention discloses an asynchronous sparse matrix outer product multiplier based on an event-driven circuit design. The multiplier employs a merging strategy that explicitly associates data with storage unit addresses, mapping matrix data address indices to corresponding addresses in the storage modules. Identical indices indicate identical storage locations, necessitating a merging operation. This strategy ensures the determinism of the data merging process and avoids complex sorting operations. Furthermore, the event-driven, clockless circuit used in this multiplier effectively mitigates some problems associated with synchronous circuits due to the absence of a clock and the use of an asynchronous controller to control data transmission. It also features low power consumption, high adaptability, and a certain degree of electromagnetic interference resistance, making it suitable for processing scenarios requiring ultra-low power consumption.

This invention relates to the field of Internet of Things (IoT) operating system technology and discloses a multi-terminal collaborative intelligent control system based on IoT, including multiple terminals, a motion execution module, and an edge control module. The edge control module reads the pulse count value of the motion execution module through memory mapping to determine the local displacement and extracts the logical timing code broadcast by adjacent terminals as an external reference. The edge control module compares the local displacement with the external reference to obtain the synchronization deviation. When the synchronization deviation exceeds a threshold, the edge control module generates a high-priority interrupt signal to modify the register instruction and corrects the weight based on the transmission timestamp difference to offset nondeterministic communication delay. This invention utilizes the collaborative determination of physical parameters and logical virtual parameters to construct a hardware-level security barrier, eliminate the interference of network jitter on motion timing, and ensure that the control beat is aligned with the execution beat.

The application relates to the technical field of electric digital data processing, and discloses a big data fast indexing and querying system based on general surgery diagnosis and treatment characteristics, which comprises a data stream acquisition module, a topological sequence reorganization module, a physical space mapping module, an index key synthesis module and a preloading execution engine; the topological sequence reorganization module analyzes heterogeneous diagnosis and treatment data streams and reorganizes the data streams into logically continuous patient whole-course data aggregates; the physical space mapping module sequentially maps the aggregates to a continuous physical address space of a bottom-layer storage; the index key synthesis module generates composite index items according to physical address offsets among data blocks; and the preloading execution engine drives the bottom-layer storage to burst read, the application converts cross-modal diagnosis and treatment correlation queries into one-way sequential reading of the storage, reduces the track delay and access overhead in the searching process, and guarantees the searching response delay certainty under the condition that the data volume continuously grows.

This invention proposes a global parameter configuration method based on parallel discrete event multi-process simulation. This method achieves bidirectional handshake interaction between the host configuration software and the simulation platform software through a Socket transmission interface, mutually verifying the initialization status and automatically restarting the corresponding software initialization process in case of initialization errors. The simulation platform software aggregates all process local parameters and reports them to the host configuration software, which then generates a unified format global parameter file. After the simulation platform software sends a distribution request, the host configuration software distributes the global parameter files sequentially according to the process number. The simulation platform software collects the file reception identifier and process parameter configuration identifier of each process for hierarchical judgment, distinguishing between file reception failure and parameter configuration abnormality, and performs targeted retries for repair. After all processes pass verification, the parallel discrete event multi-process simulation is started. This invention solves the problems of complex global parameter configuration, difficult synchronization, and cumbersome fault handling in existing parallel simulations.

The invention discloses an edge deployment-oriented neural network video coding model lightweight method, which comprises the following steps of: constructing a video compression model as a reference model to be optimized; inserting a dry mask layer which can be trained into a preset position of a reference model to be optimized, and performing joint training on mask parameters by utilizing a sparse loss function and rate distortion loss to obtain mask parameter distribution; when the proportion of the mask parameter compressed to be zero in any mask layer reaches a preset target sparsity, sparse updating of the corresponding mask layer is stopped, and a mask layer state reaching a sparsity target is obtained; performing fusion operation on each mask layer and the adjacent network layer to obtain a neural network model after structure compression; and removing all mask layers to obtain a lightweight video coding model, and deploying the lightweight video coding model on edge equipment to execute a video compression task. According to the method, the model complexity can be greatly reduced, and the reasoning speed and the deployment efficiency of the edge equipment are improved.

This invention relates to the fields of medical informatics and data communication technology, specifically a CRRT online acquisition and intelligent monitoring system based on HL7. The system includes: a protocol cleaning and state mapping step: parsing the private protocol binary stream based on a virtual device state machine model to extract the device operating status and monitoring value vectors; a differential semantic analysis step: calculating the rate of change and deviation vector of the monitoring value vector relative to the historical time window; an adaptive message encoding step: selectively generating incremental maintenance messages or full semantic messages based on the comparison results of the rate of change and semantic fluctuation threshold; and a hybrid channel transmission step: dynamically allocating transmission channels and error correction coding strategies according to the message type to execute transmission. This invention solves the transmission contradiction between the real-time nature of high-frequency vital sign data and the redundancy of standardized protocols, balancing standard compatibility and real-time alarm capabilities under limited network conditions.

The application provides a laser transmission method and system for atmospheric turbulence adaptive compensation, and relates to the technical field of optical communication. A distorted laser beam is received by a receiving aperture and physically split for detection, and an instantaneous sequence of light intensity, a two-dimensional tilt vector in time domain and a residual high-order phase array are synchronously extracted. The tilt vector is converted into a low-order control instruction in a first control period, the residual high-order phase array is corrected by a physical wind speed feedforward in a second control period and converted into a high-order control instruction, and the stroke saturation and the physical driving voltage saturation are output at the end of the period. The light intensity sequence is collected to calculate a light intensity flicker index, a multi-dimensional channel state matrix is constructed by combining the bit error rate, the stroke and the voltage saturation, a three-state transfer decision is made according to the relationship between the numerical value of the elements in the matrix and a preset threshold, and finally, corresponding communication modulation format switching and receiving aperture physical adjustment are performed according to the decision result, so that time sequence decoupling and cross-layer linkage are realized, and the strong turbulence link breakage rate is greatly reduced.

The present application relates to finite time reduced dimension observer design method and chaotic communication system, belong to information security and chaotic communication field. In view of the defects of traditional asymptotic observer slow, time is uncontrollable, sliding mode method exists chattering and message signal pollution output is difficult to construct observer, the present application establishes the chaotic drive system containing message signal embedding, constructs the equivalent system without unknown signal, designs finite time reduced dimension observer based on observer matching condition and strong observable condition. Compared with the traditional asymptotic convergence observer method, the present application can realize the complete synchronization of chaotic system within the user preset time, adopts continuous control law without chattering, and the message signal can be accurately recovered through algebraic formula. The synchronization time of the present application is controllable, the convergence speed is fast, the recovery precision is high, and the robustness is strong, which is suitable for various chaotic secure communication scenes, effectively improves the communication real-time, security and engineering practicability.

The invention discloses a flow table state synchronization and packet processing method based on an intelligent network card, and belongs to the technical field of computer network communication, and the method comprises the steps: obtaining flow table item meta-information, local historical matching data and an external state prompt signal, and generating multi-dimensional prediction input; based on the multi-dimensional prediction input, a synchronization urgency index is obtained through calculation of a local flow table behavior predictor, and a precise synchronization request is generated and sent according to the synchronization urgency index; performing arbitration processing based on the local flow table mirror image and the shadow flow table area on the received data packet to generate a data packet processing result; and receiving pre-execution confirmation feedback generated based on the data packet processing result, and adjusting the calculation parameters of the local flow table behavior predictor according to the pre-execution confirmation feedback, so that the low-delay consistency synchronization of the flow table state and the continuous linear speed processing of the data packet can be realized while the control signaling overhead is remarkably reduced.

The application discloses a kind of financial amount writing compliance audit and positioning method, system based on multimodal big model, storage medium and electronic equipment. Including: obtaining image;Multimodal big model training, learn the decision boundary of rejection automatic correction;End-to-end feature extraction, without character segmentation, generate structured audit results: output original text sequence, do not automatically correct non-standard character;Generate corresponding standard text sequence;Map out the pixel coordinates of error character in original graph;When determining that there is writing error, infer the lower amount value based on standard text sequence, and mark as inference result.The present application effectively overcomes the pain points such as traditional OCR covering non-compliance risks due to excessive correction, segmentation failure caused by handwriting, lack of logical verification and inaccurate error positioning, etc., achieving the beneficial effects of preserving original physical evidence and outputting correct amount while accurately positioning error pixels.

The invention relates to the technical field of aviation aircraft design, and discloses a variable camber wing based on a bistable composite material structure driving multi-section rotation, which comprises a wing leading edge structure, a multi-section rotation rigid skin, an internal truss structure connected with the multi-section rotation rigid skin, a bistable composite material driving structure and a transmission mechanism, the bistable composite material driving structure is arranged between the rigid skin hinge and the transmission mechanism; and the transmission mechanism is arranged between the truss structure in the rigid skin and the sliding chute of the wing leading edge structure. The control precision and reliability are improved through relative change of the three rigid wings, and the problems that in the prior art, the structure is complex, the weight is large, the actuation efficiency is low, and the bearing capacity is low are solved.

The invention discloses a constant-temperature crystal oscillator time keeping method and system based on an LSTM neural network. The method comprises the steps that clock correction, environment temperature, time sequence and frequency control quantity data are collected in real time to construct a training sample set; taking the historical temperature and the time sequence as input and the filtered frequency control quantity as output, and training an LSTM neural network to obtain a frequency drift prediction model; updating the model online by using new data when satellite signals are available; when the signal is interrupted, switching to a time-keeping forecasting mode, and inputting the real-time temperature and the time sequence into a model to predict a frequency control quantity; and generating a voltage-controlled voltage according to the predicted value to perform frequency compensation on the constant-temperature crystal oscillator, and maintaining the local time reference precision. According to the method, the nonlinear time-varying characteristic of temperature-aging coupling is captured through the LSTM, model calculation and real-time control decoupling are realized in combination with a dual-core architecture, nanosecond-level long-term punctuality precision is realized in a satellite rejection environment, and the method has online self-learning capability and mode switching smoothness.

An adaptive link management method and system based on satellite mobile communication employs a PPP-based UDP protocol for initial link negotiation. Network address and other information are exchanged through link establishment request and confirmation signaling interactions. Network segment relationships are determined based on address information: GRE encapsulation with proxy ARP assistance is used for same network segments, while standard GRE encapsulation is used for different network segments. Link endpoint identifiers are negotiated and a bidirectional transmission link is established under the selected encapsulation mode. After link establishment, both parties periodically exchange keep-alive signaling to maintain connectivity. Simultaneously, the status of connected local access devices is monitored, and information is synchronized according to a preset period and / or status changes to dynamically update the transmission path and perform IP address conflict detection and handling. The transmission link is released normally through link release signaling. This scheme improves link adaptability and bandwidth utilization, effectively prevents address conflicts, and thus enhances network reliability.

The invention belongs to the technical field of cross-domain unmanned systems, and particularly discloses a buoyancy-driven rotary binocular camera device for an amphibious robot, which comprises a base assembly, a connecting assembly and a camera assembly, the base assembly comprises a base shaft, a fixing piece and a rotation control piece. The connecting assembly comprises a connecting rod, a balance weight piece and a buoyancy piece, the camera assembly comprises a first camera close to the balance weight piece and a second camera close to the buoyancy piece, the first camera is provided with a first water immersion switch, and the second camera assembly is provided with a second water immersion switch. Through an ingenious buoyancy driving and water immersion switch linkage mechanism, full-automatic and self-adaptive switching of the working state of the binocular camera device is realized. The whole switching process does not need motor driving, the structure is simple and reliable, energy is saved, the amphibious robot adapts to the severe environment, and the environment sensing autonomy of the amphibious robot and the environment adaptability of the whole system are remarkably improved.

The application discloses a kind of efficient retransmission scheduling method and system in TDMA system, it is related to wireless communication technical field.The method is led by network coordinator AP, and superframe is divided into main TDMA period and shared retransmission time slot period SRS.In main TDMA period, device STA must send NULL frame in the uplink time slot of allocation if there is no data transmission, so that AP can reliably detect uplink failure.AP detects transmission failure event in real time during TDMAP, and incrementally constructs retransmission scheduling table, immediately broadcasts SRS-MAP frame after main TDMA period ends, and performs conflict-free retransmission in SRS period.The application solves the contradiction between resource efficiency and retransmission delay in traditional TDMA system, and realizes the beneficial effects of high spectral efficiency, low retransmission delay, reliable failure detection and adaptive network change.

This invention discloses a reliable control method for airborne data bus optical links based on multimode PON. First, a dual-channel OLT module simultaneously sends a terminal data transmission request query command to a designated bus terminal interface on two bus optical connection links. All bus terminal interfaces utilize dual-channel ONU modules, receiving bus data signals simultaneously on both channels. The designated bus terminal interface responds to the terminal data transmission request query command in real time using a determined link of the dual-channel ONU module, and sends the bus data signal it needs to transmit to the line controller on that determined link. The bus controller receives the bus data signal on the link determined by the terminal and forwards the terminal data signal in real time on both bus links. All bus terminal interfaces utilize dual-channel ONU modules, receiving bus data signals simultaneously on both channels, thus achieving deterministic transmission, redundant transmission, and redundant reception of signals transmitted by the bus terminal interfaces.

The invention provides a high-strength steel rolling working condition self-adaptive control method based on digital twinning drive, which comprises the following steps: acquiring rack operation parameters and a strip steel temperature field, and constructing rolling state characterization of a unified time reference based on the rack operation parameters and the strip steel temperature field. And driving the digital twin model to perform rolling operation simulation under the current structure compensation parameters through rolling state characterization so as to generate a reference deformation energy benchmark of the structure compensation constraint. And comparing the reference deformation energy benchmark with the actual deformation energy evolution result to calculate the material behavior deviation value caused by the material flow characteristics. And on the basis of the material behavior deviation value, the corresponding material behavior representation in the digital twin model is directionally updated to generate a rolling control reference state and an instruction packet, so that self-adaptive control only aiming at the material change is realized, the model is kept stable and the control is effective in a long-term coupling scene of roll system wear and plate shape control, and the rolling control accuracy is improved. And the certainty of the correction direction is ensured.