60results about How to "Reduce throughput" patented technology

The invention belongs to the technical field of decoding algorithms, and particularly relates to a normalized minimum sum decoding and post-processing decoding algorithm of a BCH code, which comprises the following steps of: for the BCH code, optimizing a check matrix in a standard form of the BCH code to obtain an optimal check matrix; inputting the receiving sequence into an improved normalized minimum sum (NMS) decoding algorithm based on the optimal check matrix for decoding; if the decoding is successful, outputting the optimal decoding estimation; and if the decoding fails, inputting a sequence iteration track after the NMS decoding fails into the DIA neural network model, analyzing and outputting the reliability measurement of each bit, and then decoding again through an ordered statistical decoder OSD to obtain the optimal decoding estimation. Through an innovative check matrix optimization algorithm, low density of the check matrix, reduction of the number of short rings and uniform distribution of column weights are successfully realized, and a BCH code decoding scheme which is more efficient and better in performance is provided.

The invention discloses a measurement configuration parameter determination method and device and a storage medium. The method is applied to network equipment. The network equipment is arranged on a satellite; the method comprises the following steps: determining K measurement configuration parameters associated with K sub-regions in a first region set to obtain a configuration parameter set; wherein the K sub-regions in the first region set are obtained by dividing a signal coverage region of the network equipment by the network equipment; k is an integer greater than or equal to 2; and sending at least one measurement configuration parameter in the configuration parameter set to a terminal device in communication connection with the network device, so that the terminal device executes cell measurement based on the at least one measurement configuration parameter.

The invention provides an end-cloud collaborative reasoning method, device, equipment and program product based on model unloading and intelligent quantification, which can be applied to the field of end-side model reasoning tasks in resource-limited and network dynamic scenes. The method comprises the steps of dividing a deep neural network model into an end side sub-model and a cloud side sub-model according to calculation complexity and an interlayer dependency relationship of each network layer in the deep neural network model; processing the reasoning sub-task based on an end side sub-model to obtain an intermediate reasoning sub-result; matching the semantic center of the intermediate reasoning sub-result with the data feature of the reasoning task to obtain a data separation degree, and adjusting the precision of the intermediate reasoning sub-result based on the data separation degree to obtain an intermediate target reasoning sub-result; processing the intermediate target reasoning sub-result based on a cloud side sub-model to obtain a reasoning sub-result corresponding to the reasoning sub-task; and based on the plurality of reasoning sub-results, determining a reasoning result of the reasoning task.

The invention specifically discloses a low-overhead burst data stream detection algorithm, which filters and identifies an input data stream by using a constructed small stream filter and a burst stream detection table so as to output a real burst stream, and continuously filters a low-frequency stream by setting a time period so as to identify a potential burst stream. The detection precision of the subsequent burst flow is improved; meanwhile, a burst flow detection table is used for tracking potential burst flows, and whether the potential burst flows are real burst flows or not is recognized based on the frequency and the sudden increasing period of each potential burst flow in two adjacent time periods; moreover, a replacement strategy of the burst period and the data stream frequency probability is adopted to eliminate the data stream with lower burst, so that potential burst streams with higher possibility can be stored, and the memory consumption is further reduced. Therefore, the burst data stream detection algorithm provided by the invention has the characteristics of high accuracy, low overhead and high throughput.

The utility model provides an adjustable shock absorber, and belongs to the technical field of shock absorbers. An adjustable shock absorber comprises a cylinder barrel and a piston rod, the piston rod and a hydraulic cavity are installed together through a steel plate spring, a main piston is fixed to the bottom of the piston rod and slides in the cylinder barrel, two balance holes are formed in the main piston, and control assemblies are arranged in the piston rod and the main piston. The control assembly comprises an adjusting sliding block sliding in the main piston, an adjusting hole is formed in the adjusting sliding block, the adjusting hole is communicated with the balance hole, the adjusting sliding block can be driven to move through rotation of the adjusting disc, the adjusting hole and the balance hole can be mutually staggered, and therefore the adjusting sliding block can be conveniently adjusted. Therefore, the throughput of the hydraulic oil in unit time is reduced, the shock absorption strength of the shock absorber can be improved with the small throughput, the shock absorber is made to adapt to more complex environments, and complex replacement operation is avoided.

The present invention provides a method and device for classifying demand documents based on machine learning, which can be used in the field of financial technology. The present invention classifies demand documents through a machine learning model, which solves the problem that current demand documents need to be manually classified, meets the needs of architects and developers, and reduces the learning cost of architects and developers for flowchart design. The requirements are visualized, allowing the architecture to express the requirements more accurately, allowing developers to understand the requirements more clearly, increasing the effective coding time of developers, and improving the accuracy of classification through continuous learning.

A terminal according to one aspect of the present disclosure includes: a receiving section that attempts reception of a first synchronization signal block; and a control section that controls, when the reception of the first synchronization signal block has failed, transmission of a preamble by using a random access occasion for report of the failure. According to one aspect of the present disclosure, coverage can be improved by taking account of overhead.

The invention discloses a fluid pulsation accelerator architecture for reinforcement learning of a large language model, and belongs to the technical field of artificial intelligence hardware acceleration. The system aims at solving the problems that when a current universal processor executes an RLHF working load, an instruction driving normal form is not matched with data flow calculation, fixed parallel granularity cannot adapt to a dynamic load, and the efficiency is low due to the fact that a framework does not sense data statistical characteristics. The core of the system is a liquid systolic array calculation fabric capable of being dynamically reconstructed, execution is triggered through data flow, and kernel boundaries and instruction overhead are eliminated. According to the system, a global lookup table subsystem is fused, and nonlinear calculation is optimized through merging query and parallel lookup by using data distribution prior; and a dynamic scheduling unit is configured, and elastic parallelism is realized by adopting a resource allocation algorithm supporting work stealing. According to the method, the throughput and the energy efficiency of RLHF training and a large language model reasoning stage can be remarkably improved, and a new design normal form is provided for a next-generation AI special computing architecture.

The gNB (100A) includes: a receiving unit (120) which receives setting information of cells under each target gNB from multiple target gNBs (100B, 100C); a control unit (140) which includes a list of setting information of multiple cells in a specific message; and a sending unit (110) which sends a specific message to the terminal (200).

The invention relates to the technical field of medical equipment, in particular to a self-adaptive Alzheimer's disease anesthetic gas flow limiting device which is applied to the biomedical engineering industry and comprises a machine body, a display screen, a multi-parameter detector, a detection probe, a gas output device, a gas output pipe, a reversing valve and a corrugated pipe. The reversing valve comprises a reversing valve body and further comprises a flow descending mechanism, a reversing mechanism, a linkage mechanism, a driving mechanism and a limiting mechanism, the flow descending mechanism is arranged in the reversing valve body, the reversing mechanism is installed in the reversing valve body and connected with the flow descending mechanism, the linkage mechanism is connected with the reversing mechanism, and the driving mechanism is connected with the linkage mechanism. The limiting mechanism is connected with the driving mechanism, when anesthetic gas flows through the flow lowering mechanism in the reversing valve, the driving mechanism is pressed to drive the linkage mechanism to rotate, the linkage mechanism drives the reversing mechanism to rotate synchronously, and the reversing mechanism swings to change the flow direction of the anesthetic gas in the flow lowering mechanism. The output concentration of sevoflurane is adjusted according to the volatilization conditions of sevoflurane at different temperatures, and the situation that under the condition that volatilization of sevoflurane is intensified at high temperature, the output gas concentration is too high, and consequently a patient suffering from the Alzheimer's disease inhales excessive sevoflurane, irreversible damage is caused to brain nerves of the patient is avoided.

This invention discloses an intelligence generation method and system based on feature fingerprint storage and spatiotemporal geometric correction, belonging to the field of intelligent remote sensing image processing technology. The method involves: accessing heterogeneous data streams generated from multi-source remote sensing images in a synchronized time sequence; inputting a shared backbone network and a modality adaptation layer to generate a current feature stream in a unified semantic space; asynchronously retrieving historical baseline features from an in-memory feature fingerprint database based on geographic coordinates; fusing satellite imaging parameters with the current feature stream and inputting it into a spatial transformation network, resampling historical baseline features using a regression transformation matrix to achieve spatiotemporal geometric correction in the feature domain; weighted fusing of the current feature streams from each modality to generate a fused feature stream; and parallel interpretation and semantic encapsulation of the fused feature stream to generate a natural language intelligence report. This invention reduces memory usage and data throughput, shortens the intelligence generation cycle, reduces the false alarm rate, and achieves synergistic optimization of timeliness, accuracy, and automation.

The present application provides a non-serving cell measurement enabling control method and apparatus. The method is executed by a terminal device, and the method comprises: acquiring enabling configuration information from a network device or agreed; according to location information and the enabling configuration information, determining a corresponding enabling threshold, or according to time information and the enabling configuration information, determining a corresponding enabling threshold; and according to the enabling threshold, determining whether to enable the measurement of a non-serving cell. In the present application, the influence of location information or time information on an enabling threshold can be considered, so that the determined enabling threshold is more accurate, thus, the measurement of unnecessary non-serving cells can be avoided, thereby facilitating the reduction of the throughput loss and energy consumption of a terminal device.

The invention discloses a drying device and a drying method for production and processing of polygonatum odoratum, belongs to the technical field of drying equipment, and aims to solve the problems that the turn-over effect of the polygonatum odoratum is limited through vertical vibration, the polygonatum odoratum is fragile after being dried, the vertical vibration easily causes the breakage of the polygonatum odoratum, and the hot air quantity passing through each layer of polygonatum odoratum is different. The polygonatum odoratum drying device comprises a box body, a placing frame is placed on the inner bottom wall of the box body, a driving assembly is fixedly installed on the side wall of the box body, and a guiding assembly is movably arranged at the bottom of the inner side wall of the box body. Polygonatum odoratum is overturned by arranging the driving assembly and the guiding assembly, the motion trail is switched after dehydration is conducted for a period of time, the polygonatum odoratum is prevented from being broken, the baked polygonatum odoratum is pushed out and collected in time by arranging the sliding rail assembly, the material groove assembly and the pressure assembly, diffusion of hot air to the upper side and the lower side is enhanced by arranging the flow guide plate, and the drying efficiency is improved. And the hot air quantity at each layer of trough assembly is relatively uniform.

The application relates to the technical field of radar signal processing, and discloses a vehicle-mounted radar anti-interference method and system based on time-frequency-space three-dimensional adaptive sampling. In view of the problems of low detection efficiency and unreasonable sampling resource allocation in a multi-interference source scene, a time-frequency-space three-dimensional joint interference feature tensor is constructed, and a three-dimensional cross-coupling effect is used to accurately identify interference; based on interference intensity and gradient information, the local sampling density is dynamically adjusted, the sampling is adaptively increased in interference dense and boundary areas, and a compression sensing algorithm is used to perform high-precision reconstruction on the non-uniformly sampled signals. The application effectively improves the interference identification accuracy in a complex electromagnetic environment, significantly reduces the system data throughput and calculation cost while guaranteeing target detection performance, and is suitable for high-performance vehicle-mounted radar systems.

The present disclosure provides a data processing device, method, chip, board, electronic device and storage medium, wherein the device includes: a control unit and a register, wherein the control unit is used to respond to the arrival of the current data processing cycle and determine the first data block corresponding to the current data processing cycle according to the preset data block processing order; read the first data element corresponding to the newly added processing position in the first data block from the preset storage space and store it in the register; and read the second data element corresponding to the position overlapping with the first data block in the data block processed by the historical data processing cycle from the register. The embodiment of the present disclosure improves the data reuse rate, reduces the number and number of data reads, reduces the throughput rate in the data reading process, reduces the bandwidth pressure, and improves the efficiency of data processing by adjusting the processing order of the data blocks.

The application discloses a photovoltaic energy storage inverter with good heat dissipation and a heat dissipation method thereof, and relates to the technical field of photovoltaic energy storage, which comprises an inverter shell, both sides of the outer surface of the inverter shell are provided with heat dissipation adjusting devices, and the top of the outer surface of the inverter shell is provided with a heat dissipation device. In the application, the dustproof function is realized while reducing the internal airflow throughput, the speed-adjustable fan arranged at the positions of the side air outlet and the top air outlet can effectively adjust the heat dissipation intensity, the adjustable forced convection heat dissipation can provide heat dissipation for all electronic components in the inverter shell in cooperation with the heat dissipation device, the high-heat-emitting parts at the sticking position on one side of the bottom plate are subjected to main heat dissipation, the heat dissipation effect in the inverter shell is effectively improved, the adjustment on the forced convection heat dissipation is limited by the cooperation of the resisting plate and the fixing sheet on the moving distance of the rack, and then the rotating angle of the adjusting sheet is limited.

The present invention proposes a method and system for designing drone trajectories and resources for secure communications. The method mainly includes the following steps: first, calculating the user secure communication throughput in the secure communication network; then, establishing the drone trajectory and resource allocation design optimization problem in the secure communication network based on the user secure communication throughput; then, establishing a continuous convex approximation problem of the drone trajectory and resource allocation design optimization problem in the secure communication network based on the convex approximation method; finally, iteratively solving the above continuous convex approximation problem based on the interior point method to obtain the optimal drone trajectory and resource allocation, including drone power and user scheduling coefficient allocation. The present invention can ensure the security and reliability of transmission while ensuring the network throughput performance. It is suitable for scenarios with high transmission security and reliability in 5G&6G networks and has extremely high economic benefits.

A user terminal according to one aspect of the present disclosure includes: a transmitting section that performs transmission by using a plurality of Radio Access Technologies (RATs); a receiving section that receives allocation configuration information including a plurality of pieces of information each related to an allocation of maximum transmission power for each of the plurality of RATs; and a control section that determines an allocation of maximum transmission power of each of the plurality of RATs from a plurality of allocations, based on the allocation configuration information. According to one aspect of the present disclosure, reduction of throughput and so on can be prevented even when a plurality of RATs are used.

The axial flow type pressure regulator comprises a pressure regulator shell and the pressure regulating core, the pressure regulating core comprises a diaphragm mechanism, a valve rod, a cut-off mechanism and a pressure regulating mechanism, the pressure regulating core is installed in the pressure regulator shell, a shell of the diaphragm mechanism is arranged on the periphery of a valve cylinder in a sliding and sleeving mode, and the valve rod is arranged on the valve cylinder. A diaphragm of the diaphragm mechanism is fixedly connected to the periphery of the valve cylinder in a sleeving mode, a second valve opening degree is formed above the valve cylinder, the valve rod longitudinally penetrates through the pressure adjusting core, the cut-off mechanism is installed on the lower portion of the valve rod, and the cut-off mechanism is located at an air inlet below the valve cylinder and can form a first valve opening degree. According to the technical scheme, working condition parameters can be automatically adjusted in real time, so that the functions of pressure adjustment and gas supply are achieved, the gas supply path of a traditional pressure regulator is broken through, the starting pressure difference is reduced to about one tenth of that of an axial flow indirect action type pressure regulator, the pressure regulator is suitable for low-pressure pressure adjustment, the flow coefficient is more targeted, and the service life of the pressure regulator is prolonged. Therefore, the flow characteristics of the urban medium-low pressure area gas supply system are matched.

The present invention is an array system for arranging a plurality of microelements (XiR (j-1), XiRj, XiR (j + 1),...) of the same size and the same shape at predetermined positions on a mounting substrate. The present invention is provided with a rough array input device including a capture unit having a plurality of capture probes (PiR (j-1), PiRj, PiR (j + 1),...) and a substrate, each of the plurality of capture probes having a capture surface formed by a flat surface, magnetic force line applying parts being provided at each of the capture surfaces, and the substrate having the plurality of capture probes arranged in a preset array pattern. The magnetic force line application unit applies magnetic force lines to the magnetic marks (RiR (j-1), RiRj, RiR (j + 1),...), respectively, and captures a small number of elements.

The invention relates to the technical field of data processing, in particular to a data consistency guaranteeing method and device of a distributed file system and a medium, and the method comprises the steps that a reading node periodically reads operation logs from a writing node in batches and applies the operation logs to a local storage of the reading node; establishing a waiting reading queue and a waiting application queue for an upper-layer reading operation request, when the reading operation request with high data consistency is received, putting an execution thread of the reading operation request into the waiting reading queue, and migrating all threads in the waiting reading queue to the waiting application queue after operation log reading of a current period is completed; when it is monitored that all the operation logs read in the current period are applied to the read node for local storage, all the threads in the waiting application queue execute data reading operation of the read operation request; according to the invention, lock competition is eliminated, and high-consistency data reading with low delay, high throughput and high resource utilization rate is realized.

The present invention provides a breast coupling, fixing and shaping device and method for breast ultrasound imaging, which belongs to the field of ultrasound imaging. In the device, the SGCA inner ring coupling agent shapes the breast into a circle concentric with the annular array transducer on the coronal plane at each depth, and limits the slope of breast skin sagging on the sagittal plane and the transverse plane; the inner ring support table is used to support the SGCA inner ring coupling agent, and to pull the breast to be fixed and shaped in the SGCA inner ring coupling agent; the SGCA inner ring coupling agent and the SGCA outer ring coupling agent are used for coupling between the breast and the annular array transducer; the annular array transducer is used for ultrasound scanning and imaging of the breast. The present invention solves the problems that the use of degassed water coupling for scanning results in a long preparation time that affects the inspection throughput, the slight movement of the breast during scanning will form motion artifacts on the image, and the different shapes of the breasts result in poor scanning effects.

This invention discloses a heating and curing device for concrete, belonging to the field of concrete curing technology. It includes a device shell with a first and second flap on its front surface. A rotating buckle is provided on the first flap. A water collection tank is located at the bottom of the shell, and a water inlet pipe is located at the top. This invention utilizes a built-in temperature adaptive adjustment structure. When the air bladder inside the fixed box expands due to heat, it pushes a lifting plate to slide along the fixed box. The angle of the connecting rod is adjusted via a transmission rod and crossbar, thereby pushing the sliding baffles along a fixed track, reducing the distance between the sliding baffles and decreasing the steam flow. When the temperature decreases, the air bladder contracts, and the telescopic spring pulls the lifting plate back to its original position, increasing the distance between the sliding baffles and increasing the steam flow. This achieves automatic and constant temperature control inside the device, avoiding problems such as concrete cracking and insufficient strength caused by excessively high or low temperatures, significantly improving curing quality.

A terminal according to one aspect of the present disclosure includes a receiving section that receives downlink control information (DCI), and a control section that determines a waveform to be used for a physical downlink shared channel (PUSCH), based on at least one of a modulation and coding scheme (MCS) field, a frequency domain resource assignment field, a precoding information and number of layers field, and an antenna port field of the DCI. According to one aspect of the present disclosure, it is possible to easily perform switching of a waveform.

The invention relates to a water and fertilizer integrated drip irrigation device applied to the technical field of water and fertilizer integrated drip irrigation, the water and fertilizer integrated drip irrigation device comprises a mixing device, the bottom of a mixing support shell is provided with a driving part I, and the output end of the driving part I is provided with a stirring blade; a feeding assembly, a water injection assembly and a drip irrigation assembly are respectively communicated with the mixed supporting shell; a filtering device is installed in the mixing supporting shell and comprises a telescopic part, and the output end of the telescopic part is connected with a filter screen; a rolling device is mounted above the filter screen, the rolling device comprises a driving mechanism and a rolling mechanism mounted at the output end of the driving mechanism, and the driving mechanism is mounted on the mixed supporting shell; by the adoption of the structure, fertilizer dissolution is accelerated through the mixing device, fertilizer low in dissolution speed is filtered out, the dissolution speed is increased through the rolling device, water and fertilizer proportion data are obtained through the concentration detection assembly, regulation and control are conducted according to the proportion data, the water and fertilizer proportion is accurately controlled, and the irrigation effect is improved.

A terminal according to one aspect of the present disclosure includes: a transmitting section that transmits a message in a random access procedure in a physical uplink shared channel; and a control section that controls a plurality of repetitions of at least one of reception of a downlink channel for scheduling the physical uplink shared channel and transmission of a channel the physical uplink shared channel. According to one aspect of the present disclosure, coverage can be improved by taking account of overhead.

This invention discloses an adjustable antenna-assisted dynamic beamforming optimization method for vehicular networks, belonging to the field of vehicular network and mobile communication technology. By establishing a comprehensive near-field multipath channel model incorporating scattering cluster distribution and geometric phase shift characteristics, this invention utilizes the position reconfigurability of a fluidic antenna system to achieve dynamic port switching within the limited space of the vehicular network terminal. This transforms multipath interference in near-field rich scattering environments into spatial diversity gain, solving the scientific problem that fixed ports cannot adapt to complex channel characteristics. Simultaneously, this invention proposes a low-complexity joint optimization algorithm based on the maximum transmission ratio and maximum signal-to-noise ratio criteria. Through closed-form solutions, it rapidly achieves the joint design of base station beamforming and terminal ports, significantly improving channel capacity without requiring only a single radio frequency link or increasing hardware costs. This effectively overcomes the stringent economic constraints of large-scale commercialization on hardware costs and computational latency.

The present disclosure discloses a computing device, an integrated circuit chip, a board card and a method for performing an operation using the aforementioned computing device. The computing device can be included in a combined processing device, which can further include a general-purpose interconnection interface and other processing devices. The computing device interacts with the other processing devices to jointly complete a user-specified computing operation. The combined processing device can further include a storage device connected to the device and the other processing devices, respectively, for storing data of the device and the other processing devices. The scheme of the present disclosure can improve the operation efficiency of various data processing fields, including, for example, the field of artificial intelligence, thereby reducing the overall cost and cost of the operation.

The invention discloses a hexane refining system and method for high density polyethylene production, the middle lower part of a separator is connected with the upper part of an evaporator, the lower end feed port of the evaporator is connected with the bottom discharge port of the separator, and the bottom feed port of the separator is connected with a mother liquor preheater through a feed pipeline; the feeding pipeline is horizontally arranged, a diameter expanding pipeline is arranged on the feeding pipeline, a gas distribution element is arranged in the diameter expanding pipeline, the gas distribution element comprises a gas distribution supporting piece, an anti-settling gas distribution piece and a plurality of gas distribution disc bodies distributed between the gas distribution supporting piece and the anti-settling gas distribution piece, and the gas distribution supporting piece, the anti-settling gas distribution piece and the gas distribution disc bodies are all of hollow structures; the three parts are communicated with one another; the anti-settling gas distribution piece is arranged at the bottom of the expanding pipeline, and a plurality of gas distribution holes are distributed in the inner side of the anti-settling gas distribution piece; the gas distribution disc body covers the cross section of the expanding pipeline, a plurality of cylindrical runners are arranged on the gas distribution disc body in the axial direction of the gas distribution disc body, and a plurality of gas distribution holes are formed in the side walls of the cylindrical runners.

A user terminal according to one aspect of the present disclosure includes: a transmitting section that performs transmission by using a plurality of Radio Access Technologies (RATs); a receiving section that receives allocation configuration information including a plurality of pieces of information each related to an allocation of maximum transmission power for each of the plurality of RATs; and a control section that determines an allocation of maximum transmission power of each of the plurality of RATs from a plurality of allocations, based on the allocation configuration information. According to one aspect of the present disclosure, reduction of throughput and so on can be prevented even when a plurality of RATs are used.