57results about How to "Improve hit rate" patented technology

This invention discloses a cache adjustment method, apparatus, device, and computer-readable storage medium, comprising: collecting access characteristic data from the client layer, object storage daemon layer, and device layer respectively; determining the object access mode of the system based on the access characteristic data; and adjusting the cache priority of each access task, the cache capacity ratio between the client layer and the object storage daemon layer, and the data residence time in the cache layer according to the object access mode; wherein the cache layer includes the client layer and the object storage daemon layer. This invention improves cache hit rate and overall read / write throughput performance, and reduces access latency.

The invention discloses a building vector graph multi-scene intelligent simplification method and system, and belongs to the technical field of geographic information systems. Comprising the following steps: establishing a four-level data system comprising an original data layer, an engineering cache layer, a display cache layer and a terminal view layer; monitoring data change and user interaction events through an event bus; the event is responded, the current application scene is intelligently recognized, and the corresponding simplified parameter configuration is dynamically loaded; based on the configuration, executing simplification logic on the target building vector graph; querying a topological relation to carry out cooperative processing on the contours of the adjacent buildings; and synchronously updating a processing result to the four-level data system. Through four-stage data caching, dual-drive triggering and scene self-adaptive judgment, efficient, high-quality and self-adaptive processing of building simplification in multiple scenes such as cartographic integration, real-time display and spatial analysis is realized, and the system flexibility, the resource utilization rate and the user experience are improved.

The application discloses a domain name resolution method and device based on domain name request risk management and control, the method comprises the following steps: identifying domain name requests as normal domain name requests or abnormal domain name requests; according to the user domain name access behavior data set and the abnormal domain name association strength, evaluating the security rating and the security score of the user; sending the normal domain name requests initiated by users with different security ratings to the DNS server subset cluster corresponding to their levels, so that the DNS server subset cluster of the level responds to the normal domain name requests in order based on the security score; predicting the normal domain names with high probability of access to form a domain name resource list, which is used to cache the domain name resource list to the selected DNS server when the security rating of the user is higher than the set threshold, so as to improve the domain name resolution cache hit rate and the resolution efficiency. The application solves the problem of reduced performance of the domain name server caused by the low utilization rate of the conventional DNS server due to the zombie network attack.

The invention discloses a cache management method and device, equipment, a storage medium and a product, and the method comprises the steps: responding to a cache access, and obtaining a hit condition of the cache access; adjusting global leapfrogging parameters according to the hit condition; and according to the hit condition and the global leapfrogging parameter, adjusting the item level of the data item. According to the embodiment of the invention, the adjustment step length of the item level of the data item is reduced during hit, it is ensured that the hot data partition stores the high-frequency accessed data item, the occasionally accessed data item is prevented from mistakenly entering the hot area, the hot data partition entering speed of the sudden hot data item can be reduced, and the hot data partition entering efficiency is improved. The concerned data items are prevented from being quickly deleted; when the new inserted data is not hit, a large entry level is configured for the new inserted data, the new inserted data is placed in a cold data area, storage of high-frequency access data is prevented from being affected, negative feedback closed-loop control over a cache area is achieved, cold and hot data are effectively distinguished, the problem of access delay caused by the fact that the cold and hot data are difficult to distinguish is solved, and the access efficiency is improved. And the response speed and the cache stability are dynamically balanced.

This invention belongs to the field of iron and steel smelting technology, specifically relating to a method for controlling the nitrogen content in S460NL steel. The method includes: primary refining in an electric furnace or converter → refining in an LF furnace → refining in a VD furnace → casting. After vacuuming in the VD furnace, nitrogen gas is blown into the ladle through two permeable bricks at the bottom to achieve the target nitrogen content. After nitrogen blowing, argon gas is switched for soft stirring. This invention, by simultaneously blowing nitrogen gas through two permeable bricks at the bottom of the ladle to increase the nitrogen content of high-strength S460NL steel used in wind power flanges after vacuum refining in the VD furnace, offers advantages such as lower cost, higher steel purity, higher composition hit rate, and simpler operation compared to adding manganese nitride ferroalloys.

The application discloses a kind of control method, device, electronic equipment and medium of hot-rolled strip thickness, the method includes: obtaining the steel grade information of strip steel and the rolling speed of finishing mill group to strip steel;Determine the speed of steel throwing of the tail section of strip steel based on the steel grade information by finishing mill group;Based on the rolling speed, the speed of steel throwing and the preset conversion time, the speed of steel throwing rate of finishing mill group is determined, to reduce the rolling speed to the speed of steel throwing based on the speed of steel throwing rate;When tail section enters finishing mill group, the tail section of strip steel is thrown based on the speed of steel throwing, so that the temperature of tail section is within the preset temperature threshold value.The method can make the thickness of strip steel tail close to the target value of finished product, improve tail thickness hit rate.

This application provides a network security intelligent linkage monitoring method and system based on a multi-agent large language model, involving the intersection of network security and artificial intelligence. The method includes: extracting alarm event entities from alarm log data of the internal network and constructing an initial temporal attack topology subgraph based on the relationships between entities; calling the attack evolution inference framework in the multi-agent system to identify node pairs with logically broken chains in the initial temporal attack topology subgraph and generating feature vectors corresponding to the node attributes of the node pairs; determining the target hidden entity based on the similarity between external intelligence data and the feature vectors, and backfilling it into the broken chains of the initial temporal attack topology subgraph to generate a complete temporal attack topology graph; calling the large language model embedded in the multi-agent system to identify attack paths, generating defense blocking strategies, and issuing and executing them. This method can identify advanced persistent threats with long time spans and dispersed distribution, reducing the false negative rate.

This invention provides a puncture device, including an angle rotator, a fixator, and a position rotator. The angle rotator has multiple mounting holes on its outer periphery, which limit and fix the head of the puncture needle. The fixator is rotatably connected to the angle rotator and has multiple guide slots, each corresponding to one of the mounting holes. The position rotator is rotatably connected to the fixator and has multiple through holes, each corresponding to one of the guide slots, for the needle portion of the puncture needle to pass through. This allows for the adjustment of the puncture angle and fixation of the puncture position before puncture, guided by medical imaging technology, thus achieving control over the puncture entry point and angle.

This invention relates to the field of high-performance computing and provides a method and apparatus for optimizing the performance of a graphics processing unit (GPU) aggregate communication operator. The method includes: allocating device-side storage space on the host side; copying the structured data to be communicated to the device-side storage space to obtain a target data pointer; adjusting the kernel function parameter of the aggregate communication operator from a structure type to a pointer type and passing the target data pointer; executing the kernel function on the GPU side, directly accessing the device-side storage space based on the target data pointer to complete the aggregate communication operation; and releasing the device-side storage space after the aggregate communication operation is completed. This invention solves the problem of excessive GPU register pressure and decreased cache hit rate caused by inefficient memory access instructions generated by the compiler to pass structure parameters in existing technologies. It avoids the generation of inefficient instructions, reduces register pressure, and improves execution efficiency.

The invention discloses a particle sorting micro-fluidic chip integrated with a piezoelectric actuator and a use method of the particle sorting micro-fluidic chip, and relates to the technical field of micro-fluidic sorting. The device comprises a particle inlet, a jet liquid inlet, two sorting outlets, a sorting area and a piezoelectric actuator. The jet flow cavity is in fluid communication with the sorting area, and a jet flow outlet of the jet flow cavity is located at the highest gravity position, so that gas in the jet flow cavity can be discharged through the jet flow outlet under the action of gravity. According to the invention, the chip is vertically or obliquely placed, so that the jet flow outlet is located at a functional position which is beneficial to natural gathering and discharging of gas under the action of gravity, and bubbles in the cavity are naturally discharged by utilizing the gravity. The jet flow actuating efficiency is improved, the sorting process has higher tolerance to the initial transverse position, the arrival time sequence and the size fluctuation of the particles, and stable and high-purity particle sorting can be achieved without depending on the high-precision pre-alignment condition.

The invention provides an information search method and device in a social network, and the method comprises the steps: obtaining search information inputted by a target object in the social network, and obtaining first description information of the target object in the social network; searching a first search result matched with the search information from a preset database; splicing the first description information and the second description information to generate first prompt information; inputting first prompt information to the generative large language model for result generation processing to obtain a first generation result corresponding to the search information; sorting the first generation result and the first search result, and determining a first to-be-recommended result corresponding to the search information from the first generation result and the first search result based on a sorting result; and sending the first to-be-recommended result to a client corresponding to the target object, so that the client displays the first to-be-recommended result. According to the embodiment of the invention, the hit rate and search efficiency of search results can be increased.

This invention relates to the field of intelligent logistics warehousing and automated storage technology, specifically a method, system, and apparatus for efficient pallet storage in logistics storage. The method includes: collecting actual outbound instructions and pallet flow records as initial data packets; performing time-series correlation analysis to obtain the spatiotemporal coupling characteristics of orders; extracting pallet flow probabilities and calculating predictive cache hit rates; classifying heat levels based on historical outbound frequencies and assigning migration priorities; calculating the physical topology entropy reduction index of the storage area in conjunction with pallet flow probabilities; extracting idle time slices of handling equipment and calculating fragmented time rebalancing conversion rates; constructing a multi-objective optimization function and solving it to obtain a dynamic topology rearrangement strategy; generating migration trigger conditions and cache execution instructions, and executing them when the conditions are met; and calculating scheduling preemption rollback delays and formulating rearrangement interruption recovery strategies when sudden tasks have higher priority. This invention thereby improves the accessibility and scheduling stability of high-frequency pallets.

The invention provides a voice broadcast system and a voice broadcast method. The voice broadcast system comprises a sound box device and a control device, the control device is detachably arranged on the sound box device and is used for controlling the sound box device; the control device is in a split state after being detached from the sound box device, and the control device in the split state is configured to be held by a user for use; wherein in the split state, the control device responds to an operation instruction triggered by a user and sends a voice broadcasting instruction to the loudspeaker box device, and the voice broadcasting instruction comprises information to be broadcasted; and the sound box device responds to the voice broadcast instruction, generates voice broadcast data according to the to-be-broadcasted information, and plays the voice broadcast data. According to the invention, the efficiency and consistency of voice broadcasting can be improved.

The present disclosure relates to the field of machine learning, and provides a medical question and answer method, device, storage medium, electronic equipment and product. The method comprises: obtaining a medical description question, identifying a question type corresponding to the medical description question; in the case of a non-concept type, determining historical case information matched with the medical description question based on a pre-constructed case library; and determining knowledge information matched with the medical description question based on a pre-constructed knowledge graph and knowledge base; and determining reply information corresponding to the medical description question based on the historical case information and the knowledge information through a question and answer model. By matching the historical case information in the case library, the matched historical case information and the recalled knowledge information are input into the question and answer model at the same time, the historical case information is used as prior information, the hit rate of the knowledge information is improved, and the accuracy of the reply information is improved.

The invention relates to a biopsy device and method for transvascular puncture, and belongs to the technical field of minimally invasive biopsy. Comprising a catheter body provided with a puncture section, and an end hole and a side hole are formed in one end of the puncture section; the puncture assembly is arranged in the catheter body in a sliding mode, and the puncture assembly conducts puncture sampling through the end hole or the side hole; the first balloon is positioned on one side, far away from the end hole, of the puncture section; the second balloon is located on the side, close to the end hole, of the puncture section, and the second balloon is distributed relative to the side hole. The device is used for solving the technical problem that in the prior art, safety and sampling sufficiency are difficult to consider in focuses close to the periphery of pulmonary vessels or with clear blood supply vessels, pulmonary porta and mediastinal septum.

The utility model relates to the technical field of printing, and discloses a low-deformation printing screen plate for a laminated chip ceramic inductor, which comprises a screen frame and a printing silk screen arranged on the screen frame, the printing silk screen comprises a graphic printing screen area and a connecting screen area surrounding the periphery of the graphic printing screen area, the graphic printing screen area is a silk screen with high Young modulus, and the connecting screen area is connected with the graphic printing screen area. The printing silk screen and the graphic printing screen area are both square, the side length of the printing silk screen is L1, the side length of the graphic printing screen area is L2, the side length of the printing silk screen and the side length of the graphic printing screen area meet the formula L2: L1 = (E1 * h1 + E2 * h2): (2 * E2 * h2), E1 is the Young modulus of the connecting screen area, h1 is the thickness of the connecting screen area, E2 is the Young modulus of the graphic printing screen area, and h2 is the thickness of the graphic printing screen area; e2 is greater than E1; according to the utility model, the electrode pattern deformation in the printing process can be improved, and the qualified rate and the hit rate of the laminated chip ceramic inductor are improved.

The invention relates to the technical field of network space detection, in particular to a dynamic scanning method for an IPv6 address aiming at EUI-64 format characteristics. According to the method, the active address discovery hit rate and the scanning resource utilization rate are remarkably improved under the limited scanning budget by deeply mining, utilizing EUI-64 structured features and manufacturer association features and combining mechanisms such as dynamic resource allocation, moving average reward feedback and node targeted extension; therefore, the defects of an existing IPv6 scanning technology in feature utilization, resource allocation, strategy stability and detection efficiency are overcome, and the method is better adapted to a scene in which EUI-64 addresses widely exist in a real IPv6 network.

A multi-level key-value cache reuse acceleration system for long-context reasoning in RAG scenarios includes: a document retrieval module, a pre-filling task queue module, a multi-level key-value cache module, and a cache management engine. This invention achieves a significantly accelerated system by reducing TTFT and pre-filling overhead without sacrificing model accuracy or modifying the model structure through prefix tree cache management, hierarchical transfer-computation overlap, and asynchronous prefetching. It significantly reduces the first-term delay (TTFT) in the pre-filling stage.

The application discloses an anti-tumor heterocyclic compound screening method and system based on KRAS mutation sites, and belongs to the technical field of compound screening. An anti-tumor heterocyclic compound library is acquired, a multi-dimensional screening evaluation unit is used to cooperatively calculate combined activity core data, a candidate compound set and a KRAS mutation site evaluation sequence are constructed, a three-dimensional distribution matrix is constructed, each index mapping value and a comprehensive combined activity value are calculated, a structure-mutation neighborhood set is constructed based on the comprehensive combined activity value matrix and a structure-mutation correlation degree is calculated, high-activity abnormal compounds are determined based on double thresholds, are marked as key screening compounds and are analyzed for activity evolution directions, the technical problems of the absence of multi-index cooperative evaluation, the deficiency of compound-mutation two-dimensional correlation modeling and the lack of activity evolution trend prediction capability in the existing screening method are solved, and the hit rate and research and development efficiency of the virtual screening of anti-tumor heterocyclic compounds under the KRAS mutation heterogeneity background are significantly improved.

The application discloses a solid state disk intelligent cache method and system based on workload prediction and relates to the technical field of hard disk cache methods. The solid state disk intelligent cache method based on workload prediction generates an access heat prediction value, a prediction confidence and a future IO load intensity prediction value of a data block in a future time window by using an online inference workload prediction model, and three types of prediction information are deeply linked to cross-layer migration strategies: the prediction confidence is used to dynamically adjust a migration threshold, and the degradation and promotion migration of the data block is actively performed in a prospective manner; meanwhile, the migration bandwidth is dynamically regulated by comprehensively considering the future IO load intensity and the prediction confidence, so that adaptive redistribution of cache data is realized under the premise of guaranteeing foreground service performance, and under the premise of ensuring that the migration bandwidth is adapted to the foreground load, the lag cross-layer migration overhead caused by passive management is reduced, and the overall hit rate of the multi-layer cache structure is improved.

This invention discloses a dual-channel spraying device for weed control during crop seedling stages, belonging to the field of agricultural pesticide application technology. It includes a frame and a spray boom mounted on the frame. The spray boom is equipped with a lifting mechanism to raise and lower the boom and maintain its stability. A foldable spray boom is mounted on the boom. Below the spray boom are a target nozzle array and a sealing nozzle array. The target nozzle array is used for targeted spraying of seedling weeds, while the sealing nozzle array is used for sealing spraying of the soil surface in the work zone. The target nozzles of this invention employ a small cone angle and close spacing, enabling precise, point-to-point spraying of weeds and avoiding the waste of pesticide and the risk of crop damage caused by uniform spraying across the entire area. The sealing nozzles employ a large fan angle and wider spacing, forming a continuous and uniform pesticide film through droplet overlap, ensuring consistent sealing effect. The two spraying modes complement each other on the same platform, balancing precision and comprehensiveness.

This invention discloses a method for controlling carbon increase in molten steel based on slag system modification, comprising the following steps: S1, smelting endpoint control: controlling the carbon content, phosphorus and sulfur content, and tapping temperature of molten steel at the endpoint of converter or electric furnace smelting; S2, tapping alloying and initial carbon increase: adding a multi-element nitride alloy and a first carbon increaser to the ladle during tapping; S3, argon blowing and stirring: performing a first stage of high-flow-rate argon blowing and stirring; S4, argon blowing station fine-tuning: transporting molten steel to the argon blowing station for sampling and analysis, and supplementing with a second carbon increaser; S5, composition homogenization and soft blowing: sequentially performing a second stage of medium-flow-rate argon blowing and stirring, and a third stage of low-flow-rate soft blowing; wherein the mass percentage of manganese in the multi-element nitride alloy is ≥5%. The advantage of this invention is that by combining optimized alloy composition, segmented carbon increase, and gradient stirring, it achieves precise control of a narrow composition window in molten steel.

The invention discloses an electric power file archiving method, device and equipment, a storage medium and a product thereof, and relates to the technical field of data processing, the method comprises the following steps: responding to a received to-be-archived electric power file, retrieving a target knowledge sub-graph related to semantics of the electric power file based on a pre-constructed electric power archiving knowledge graph, generating a corresponding semantic prefix; querying whether a cache item of a semantic prefix exists in a prefix cache region, wherein the prefix cache region comprises a historical mapping relationship between the semantic prefix of the archived power file and a corresponding compliant archiving path; if the cache item exists, taking a compliance archiving path corresponding to the semantic prefix in the prefix cache region as a target archiving path; if the cache item does not exist, based on the target knowledge sub-graph, generating a target archiving path through a large language model and graph constraint decoding; and on the basis of the target filing path, the power file is filed, so that the overall reasoning performance of the power file filing robot is improved.

The invention discloses a matrix multiplication optimization method and system oriented to an RISC-V architecture, and the method comprises the steps: detecting the hardware characteristics of a target RISC-V platform, and adaptively configuring optimization parameters according to a detection result; performing memory layout and data rearrangement on the input matrix B to realize memory optimization; a multi-level partitioning strategy is adopted to adapt to a memory hierarchical structure, and multi-level partitioning calculation is achieved; carrying out RVV vectorization core calculation by using RISC-V vector instruction extension to realize data-level parallel optimization; the instruction delay is hidden through loop expansion and a software assembly line, and a data prefetching mechanism is adopted to realize instruction-level parallel optimization; performing multi-core parallel computing by using an OpenMP multi-thread technology to realize thread-level parallel optimization; and calculating residual elements by using a vector register to realize tail processing optimization. According to the method, the cache hit rate and the calculation performance degree are improved, the hardware potential is fully excavated, and the method is suitable for edge devices with high requirements.

The utility model provides a slingshot releasing device which comprises a movable arm and a fixed combination table, the movable arm is installed on the fixed combination table, a trigger mechanism is arranged on the fixed combination table, and the trigger mechanism is in transmission connection with the movable arm and used for driving the movable arm to release a shot. The fixed combination table is connected with a holding seat, a universal joint is connected between the holding seat and the fixed combination table, and the holding seat is used for being held by a user. The problem of trajectory deviation caused by the holding posture is solved through the spherical hinge holding seat, and the shooting accuracy is remarkably improved.

The application discloses a sintering endpoint advanced prediction and intelligent regulation method based on mixture characteristics and ignition initial state. The method belongs to the technical field of steel metallurgy automatic control. The technical scheme firstly collects physical and chemical characteristic data of the mixture and initial state parameters of the mixture surface ignition, and constructs a multi-dimensional feature data set; then, a sintering endpoint advanced prediction model is trained and established by using historical production data, so that the sintering endpoint position is predicted in advance; when the prediction result deviates from the set target value, the optimal control parameter adjustment amount is calculated by an intelligent algorithm, and instructions are automatically issued to adjust the sintering machine speed and the main exhaust speed. By introducing the mixture characteristics and the mixture surface ignition state as feedforward variables, the sintering endpoint advanced prediction and closed-loop control are realized, the problem of large hysteresis and poor stability of the traditional control method is effectively solved, and the yield and energy utilization rate of the sintered ore are significantly improved.

The invention discloses a method and system for reducing KV storage and loading expenditure in a retrieval enhancement generation system, and the method comprises the steps: S1, compressing a key value cache block of a pre-calculated external document to reduce the storage and loading expenditure of the key value cache block; s2, when the requested key value cache block does not hit the cache, searching and replacing the key value cache block with similar semantics in the cache according to the similarity of retrieval results; and S3, performing comprehensive value evaluation on the key value cache blocks in the cache based on the frequency, the recency and the first retrieval score, and executing cache replacement according to an evaluation result to maximize a cache hit rate. Through an innovative two-stage compression technology, storage occupation and data loading overhead of mass external document pre-calculation key value cache are remarkably reduced. Based on a key value cache reuse strategy of semantic similarity, high-delay disk input / output access is converted into rapid memory access, and the performance bottleneck of data loading is effectively relieved.

The application relates to the technical field of data caching, in particular to a social caching retrieval system fusing hot spot analysis, which comprises a hot degree modeling unit, a social association unit and a caching resource allocation unit. The hot degree modeling unit is used for obtaining a hot spot event set, performing hot degree modeling on each hot spot event in the hot spot event set, and obtaining hot degree characteristics of the hot spot event. The social association unit is used for obtaining a user set and constructing a user-content bipartite graph according to interactive behaviors between the hot spot event set and the user set. Through the hot degree modeling unit and the propagation calculation unit, the hot spot event can be modeled according to user behaviors and historical data, and the hot degree of the hot spot event at a future moment can be predicted by using a hot degree prediction model, so that the events which will become hot spots can be identified in advance, and more caching resources can be allocated to the events according to the prediction results.

The present application relates to a kind of unmanned vehicle-based environmental air quality intelligent monitoring traceability method and system, comprising the following steps: step 1, unmanned vehicle scheduling management;Step 2, high-value point determination;Step 3, continuous high-value point is aggregated into clue;Step 4, clue value evaluation;Step 5, based on the dynamic growth aggregation of sailing data hotspot formation;Step 6, establish collaborative feedback mechanism;And build the four-layer system architecture of perception layer, network layer, platform layer, application layer, based on system architecture using the environmental air quality intelligent monitoring traceability method carries out monitoring traceability.The present application realizes the full-process automation of environmental air quality sailing monitoring from task scheduling to hotspot identification, fills the application blank of unmanned vehicle in the field of environmental protection intelligent monitoring traceability scene, through artificial collaborative feedback mechanism, the professional experience of environmental management personnel is reversely injected into AI model, so that the system has self-adapting evolution ability.

The embodiment of the invention provides a data processing method and a related device. The embodiment of the invention can be applied to various scenes such as computer technology. According to the data processing method, when a first target data query request of a target service is received, if the request carries target service identification information, query is carried out in a data cache space, and if the request does not carry the identification information, query is carried out in a data storage space according to target service name information. The target business has a plurality of stages and events, and the first target data is data corresponding to any event in any stage. The data cache space is established based on the data storage space. According to the data processing method, by establishing the cache space of the data layer, the cache hit rate can be increased, the cache response time can be shortened, and the data query response speed can be increased.