24 results about "Fixed sequence" patented technology

The invention discloses a data processing method, system and device and a medium, and relates to the technical field of storage, and the method comprises the steps: starting from a plurality of dimensions such as a time dimension, a space dimension and a semantic dimension, fusing a time popularity value, a space popularity value and a semantic popularity value, and carrying out the calculation to obtain a popularity score of each data block; the matching between the data in each storage area and the storage area is ensured, the storage area of the data block is adjusted in time when the state of the data block changes, and cold and hot data mixing is avoided; and furthermore, the to-be-migrated data block is determined through the popularity score, and data migration is performed on the to-be-migrated data block, so that the problem of unreasonable migration caused by data migration according to a fixed sequence of a logic space is avoided.

The invention relates to the field of data processing, and provides a data read-write method, system and device and a storage medium, and the method comprises the steps: obtaining a read-write type of a data read-write instruction; when the read-write type is a read type, acquiring an arbitration mode for the data read-write instruction; determining a target pointer position of a read pointer based on the arbitration mode; the target pointer position represents a target reading address of a cache region pointed by a reading pointer; and obtaining to-be-read data based on the target pointer position, and performing reading processing on the to-be-read data. According to the method and the device, the data are read in different modes based on different arbitration modes, the target position of the read pointer can be dynamically determined according to a real-time scene, blockage or delay caused by fixed sequence access is avoided, and the flexibility and the efficiency of reading the data in the cache region are improved.

The invention discloses an intelligent production scheduling method and system based on a fixed sequence genetic algorithm. The method comprises the following steps: dividing independent production areas of a workshop; key operation is determined, and modeling is carried out on time of the key operation; generating a process set containing a fixed sequence key job based on a process path, performing crossover variation by using an improved genetic algorithm, and keeping the sequence of internal processes of a task unchanged to avoid an invalid solution; and calculating the shortest processing duration through population iteration, and generating a production scheduling Gantt chart. The system comprises a workshop function area module, a key operation type module, a key operation modeling module and a production scheduling result output module, so as to realize the output of an intelligent production scheduling result. The method improves the production scheduling efficiency and the applicability of the production scheduling result, and is suitable for complex production scenes such as electronic assembly and cabinet debugging.

The application discloses a chip silicon pre-verification method and device, a hardware simulator and a medium, and belongs to the technical field of artificial intelligence chips. The method comprises the following steps: acquiring memory data from a physical accelerator; executing initial logic of a plurality of operators to be verified in a fixed order; testing the plurality of operators in sequence to obtain standard output results corresponding to the plurality of operators respectively; and storing the standard output results of each operator in the plurality of operators in target memories corresponding to the operators. When each verification operator is verified individually, the standard output results of the previous operator are directly acquired from the target memory corresponding to the previous operator as simulation input data of the verification operator, the reconstruction logic of the verification operator is executed, the first simulation output result of the verification operator is obtained, and the first verification result of the verification operator is determined. Each operator in an end-to-end system is disassembled, coupling between the operators is avoided, each operator does not need to be analyzed, the operator that fails to verify is accurately positioned, and the verification efficiency is improved.

A system for transferring semiconductor workpieces from a load lock to an orientation station and onto a platen is disclosed. The system comprises two loading locks, two manipulators and an orientation station. Each manipulator is associated with a respective load lock and follows a fixed sequence. The manipulator returns the processed workpiece to the load lock and also removes the unprocessed workpiece. The robot is then moved to an orientation station in which the robot moves the aligned workpiece from the orientation station and places the untreated workpiece on the orientation station. Next, the robot is moved to a platen in which the robot moves out the processed workpiece and places the aligned workpiece. The manipulator then returns to the load lock and repeats this sequence.

The invention relates to the technical field of operation and maintenance management, and discloses an operation and maintenance task-oriented automatic template management system, which comprises the following steps of: uniformly expressing an equipment tree in a fixed sequence of projects, branch companies, machine room sub-parts / sub-items and first-level / second-level / third-level equipment through node indexing-hierarchical coding-alignment to generate a stable index vector; cross-project naming differences and hierarchy missing or redundancy are converted into recoverable index offset, the same object is positioned consistently in different tree versions, candidate screening is not affected by hierarchy jitter, a type extraction module executes alias merging on a type table to obtain type mapping, then type vectors are extracted from a task list according to the type mapping, and the type vectors are extracted from the task list. According to the method, alias crossing and granularity inconsistency are converged to a unified key space, ambiguity is eliminated in an extraction link, and template matching is accurately restrained, so that near-synonym error locking is reduced, the accuracy and stability of template automatic locking are improved, and manual proofreading and backspacing are reduced.

The present application relates to the technical field of building piling, in particular to a piling auxiliary equipment for building construction, which comprises a fixed base, a lifting disc, a casing control assembly and a reinforcement cage control assembly, the reinforcement cage control assembly comprises a fixed sleeve, a first movable ring, a control disc, a second movable ring and a hooking plate, a support rod is fixedly arranged at the bottom of the fixed sleeve, the casing control assembly comprises a prismatic column, a protruding plate is fixedly arranged on the first movable ring, a circular through hole is formed in the protruding plate, the control disc is rotatably arranged above the protruding plate, a prismatic hole is formed in the control disc, and the second movable ring is rotatably arranged outside the control disc. The present application reduces the time required for installation, and also makes the entire use process not need to be carried out according to the fixed order, which facilitates the use of the entire equipment and ensures the stability of the reinforcement cage when the casing is shaken, thereby ensuring that the subsequent work will not be affected.

The application discloses an individual risk claim maximum payment implementation method, which comprises the following steps: 1) responsibility matching; 2) amount calculation; 3) sequence determination; 4) amount allocation; 5) circulation settlement; and 6) result verification. Through the dynamic sorting logic of 'the minimum payment amount is given priority to', the application reduces the early deduction loss of high-value responsibility, ensures the maximization of the total payment amount after the superposition of multiple responsibilities, solves the problem that the traditional fixed sequence settlement cannot realize optimal payment, and improves user satisfaction. Through fine processing of the sharing and deduction rules between responsibilities, the payment amount is split according to the payment type, so that the deduction logic is accurate; through the layer-by-layer promotion of multiple settlement formulas, segmented payment rules, limit and premium accounting, the amount calculation is accurate and error-free, and the risk of claim dispute is reduced.

The invention relates to the technical field of intelligent manufacturing, in particular to a vehicle repair store operation system and method using an intelligent station, and the system comprises a scheduling data processing module, a delay evaluation module, a scheduling adjustment module, a priority decision module, and a scheduling execution module. According to the method, quantitative evaluation and grading of the station delay state are achieved by calculating the handover time difference between the operations and comparing the handover time difference with the standard period, the chain reaction range possibly caused by single task delay can be recognized in a prospective mode, and then the adjustment requirement is focused on the affected follow-up tasks; unnecessary global disturbance on an overall plan is avoided, meanwhile, the emergency degrees of the tasks and the time proximity after adjustment are comprehensively evaluated, dynamic station time slot occupation weights are generated, all the tasks to be adjusted are globally sorted, the limitation of a traditional fixed sequence is broken through, and the task scheduling efficiency is improved. And finally, according to the dynamic priority of the task and the actual operation duration, automatically searching and matching an optimal idle station time slot.

A computer-implemented system and method for producing a multi-scene digital video composition through sequential user contributions is disclosed. A processing system enforces structured scene creation by assigning each scene to a defined position within a predetermined sequence and restricting continuation to a single designated contributor or a publicly accessible pool within a defined time constraint. Each submitted scene is validated and permanently locked from modification upon acceptance. The system automatically controls progression between contributors, enforces deadlines, and prevents unauthorized editing or reordering of scenes. Accepted scenes are assembled by the system into a final video composition in a fixed sequence without user intervention. If continuation conditions are not satisfied within the defined time, the system automatically finalizes or suspends the composition based on predefined criteria and publishes the resulting content to a feed.

The application discloses a stacked integrated intelligent control chip with instant action generation script, and belongs to the technical field of intelligent control hardware and heterogeneous packaging technology.The chip adopts a 3D vertical stacked packaging structure, integrates a SIM identity communication chip on the top of a main chip, and realizes high-speed direct connection through a TSV (Through Silicon Via).An instant action generation script is stored in a nonvolatile storage unit inside the main chip, and the script is used for real-time calculation and dynamic generation of continuous action instructions according to external sensing signals, instead of executing a fixed sequence.An action logic operation core and an on-chip cache are built in the chip, and the whole action generation process is completed on the chip without the participation of external memory, CPU or cloud.The application realizes an end-side intelligent hardware architecture with self-determination, instant action generation and identity security after power-on, solves the problems of traditional controllers, such as dependence on external programs, high response delay, weak security and large memory occupation, and is suitable for scenes such as intelligent terminals and robots.

The embodiment of the invention relates to the technical field of artificial intelligence, in particular to a KV Cache data multiplexing method and device and electronic equipment, and the method can improve the efficiency of model prefill. The method comprises the steps of generating a prompt corresponding to the round of questions and answers in response to questions input by a user in the round of questions and answers; the prompt comprises a system prompt part, a user prompt part and a user input part which are arranged according to a fixed sequence; the position ID of each part in the prompt is fixed; the user prompting part comprises a plurality of segmented blocks, and the position ID of each of the plurality of blocks in the prompt is fixed; a user input section including a question; inputting a prompt to the large language model, and querying whether a current block in the plurality of blocks hits the KV Cache data in the memory or not in a Prefill stage; and under the condition of hit, reading KV Cache data corresponding to the current block from the memory.

The invention provides a data receiving method, device and system, and belongs to the technical field of communication. And after the transmission of the data stream sent by the second module is interrupted and the transmission is recovered, the first module can search the fixed sequence in the target range in the data stream after the transmission is recovered. Wherein the target range is determined based on a reference position of a fixed sequence in the data stream, and the reference position is determined based on a fixed time length. As the fixed duration corresponds to the fixed interval between the two adjacent fixed sequences in the data stream, the deviation between the reference position determined based on the fixed duration and the actual position of the fixed sequence is small in the scene that the transmission of the data stream is interrupted and recovered. Correspondingly, in the target range determined based on the reference position, the first module can quickly search the fixed sequence. Namely, according to the scheme provided by the invention, the data volume required to be searched by the first module when the fixed sequence is searched can be reduced, so that the search efficiency of the fixed sequence is improved.

The utility model belongs to a balance valve, and discloses a novel anti-shake plate type balance valve, which comprises a valve body provided with a control oil port, an oil inlet, an oil outlet and a sequence valve mounting port; the sealing nut is used for fixing the sequence valve; a conical surface is arranged at the bottom of the adjusting screw rod and is used for adjusting and controlling the flow of the oil port; the inside hexagonal bolt is used for fixing the internal component; the rubber mat is used for providing sealing; the sequence valve is mounted at the sequence valve mounting port and is controlled by the adjusting screw rod; and the first O-shaped sealing ring and the two second O-shaped sealing rings are used for providing additional sealing. According to the utility model, the structure of the valve body is simplified, and unnecessary components are removed, so that the whole volume is smaller, and the valve is easier to install and integrate into modern mechanical equipment. By simplifying the structure, the number of movable parts is reduced, the failure rate is reduced, and the overall reliability of the balance valve is improved. Meanwhile, due to the fact that quick-wear parts are reduced, the maintenance cost of a user is reduced.

A system for transferring semiconductor workpieces from a load lock to an alignment station and onto a platen is disclosed. The system comprises two load locks, two robots, and one alignment station. Each robot is associated with its respective load lock and follows a fixed sequence. The robot returns the processed workpiece to the load lock and removes the unprocessed workpiece. The robot then moves to the alignment station, where it removes the aligned workpiece from the alignment station and places the unprocessed workpiece onto the alignment station. Next, the robot moves to the platen, where it removes the processed workpiece and places the aligned workpiece. The robot then returns to the load lock and repeats this sequence.

The utility model discloses a rotating shaft applied to a folding electronic organ, which comprises a first rotating assembly, the first rotating assembly comprises a first shaft core, a second shaft core, a first connecting plate and a second connecting plate which are arranged in a # shape, and the first shaft core is provided with a first rotating support and a first rotating wheel; a second rotating bracket and a second rotating wheel are mounted on the second shaft core; the first rotating bracket and the second rotating bracket are respectively connected with two parts of a product; the first rotating wheel is provided with a first limiting notch and a second limiting notch, the second rotating wheel is provided with a third limiting notch and a fourth limiting notch, the first connecting plate is provided with a first clamping block and a second clamping block, the first clamping block is located in the second limiting notch, and the second clamping block is located in the fourth limiting notch. The utility model has the effects that when a user folds or unfolds a product, only the two parts connected through the rotating shaft can be rotated according to a fixed sequence, so that the smoothness and the simplicity of user operation can be improved, and the rotation is stable.

The present invention relates to the technical field of air-conditioning outdoor unit detection process, and specifically to a method for adjusting the buffer capacity of an air-conditioning outdoor unit detection line. This method changes the mode in which materials are only stored in a fixed order in the traditional cache strategy by dynamically calculating the cache probability and combining it with a retry allocation mechanism. When the host passes through each cache area, the system will determine the allocation destination based on the real-time cache status. If the allocation is unsuccessful, the process can be re-entered and retried. This flexible closed-loop design can effectively cope with fluctuations in production rhythm, avoid backlogs in the front-end cache area and idleness in the back-end, and make the workload of each link in the detection line more balanced.

This invention discloses a low-instruction-overhead, reconfigurable normalization operator implementation method based on SIMD vector processing, relating to deep learning algorithm model technology and electronic information technology. The invention first divides the normalization operator into reduction and scalar operations, compiles the operations into a fixed sequence of M microcodes, preloads them into a microcode sequence memory, and configures a SIMD vector processing unit consisting of an instruction decoding unit, a hardware autonomous execution engine, and a memory access address generator. It continuously performs sequence length token and channel group scanning, performing P×N iterations on P groups of channels and N tokens, physically reusing the microcode sequence. The microcode pointer is automatically reset to zero, and intermediate result fusion is adaptively completed by scalar microcode operator encoding. Compared with existing GPU solutions, this method has better reconfigurability, lower execution cycle, and lower instruction overhead.

The invention discloses a chip pre-silicon verification method and device, a hardware simulator and a medium, and belongs to the technical field of artificial intelligence chips.The method comprises the steps that memory data are obtained from a physical accelerator, initial logics of multiple operators to be verified are executed according to a fixed sequence, the multiple operators are tested in sequence, and the tested operators are obtained; the method comprises the following steps: obtaining standard output results corresponding to a plurality of operators, and storing the standard output result of each operator in the plurality of operators in a target memory corresponding to the operator; the method comprises the following steps: directly acquiring a standard output result from a target memory corresponding to a previous operator as analog input data of a verification operator, executing reconstruction logic of the verification operator to obtain a first analog output result of the verification operator so as to determine a first verification result of the verification operator, disassembling each operator in an end-to-end mode, and obtaining a second verification result of the verification operator; it is guaranteed that the operators are not coupled, the operators do not need to be analyzed one by one, the operators failed in verification are accurately positioned, and verification efficiency is improved.

The invention relates to the technical field of seismic wave node identification processing, in particular to a multi-disk plugging event processing method, device, medium, equipment and system. In order to solve the problems that an existing disk plugging processing mode needs multi-person cooperation and the working efficiency is not high, the method for processing the multiple disk plugging events comprises the following steps that serial numbers of disks are associated with serial numbers of usb ports; detecting whether a disk is inserted into or pulled out of each usb interface; and if a data disk is inserted into or pulled out of the usb interface, prompting according to a set mode. According to the method, the plurality of disks are mounted in the computer operating system at the same time, the plurality of usb interface disks can be operated at the same time for file copying, and the serial numbers of the disks are associated with the serial numbers of the usb interfaces, so that the disks do not need to be plugged according to a fixed sequence, the plurality of disks can be plugged at the same time when the disks are plugged, and the working efficiency is improved.

The embodiment of the invention provides a GPU test method and device, electronic equipment and a storage medium, and relates to the technical field of artificial intelligence, and the method comprises the steps: employing a to-be-tested GPU, carrying out the preset number of times of iteration training of a preset large model through the training data of a fixed sequence, obtaining the model loss of the preset large model in each iteration, and taking the model loss as the target model loss; obtaining a difference characterization value between a sequence formed by the loss of the target model and a reference sequence; wherein the reference sequence comprises model loss obtained by carrying out preset times of round iterative training on a preset large model by using a reference GPU and training data in a fixed sequence; and generating a test result of the to-be-tested GPU based on the difference representation value. According to the embodiment of the invention, the GPU can be tested, so that technicians can know the training effect of the GPU conveniently, and then a proper GPU is selected.

mouse (1), exhibiting: - one input unit (10); - one output unit (12); - a control unit (14) coupled between the input unit (10) and the output unit (12) and used to assess whether an input sequence entered by the input unit (10) corresponds to a predefined sequence of actions, and if so, the predefined sequence of actions generates a corresponding trigger signal which is output via the output unit (12) to a computer (9); and - a storage unit (16) in which a comparison table (162, 162a, 162b) is stored, which contains at least one predefined sequence of actions and a trigger signal corresponding to the sequence of actions, wherein the control unit (14) uses the comparison table (162, 162a, 162b) to assess whether the input sequence corresponds to the predefined sequence of actions and whether a trigger signal corresponding to the sequence of actions is a password or a macro command; wherein the trigger signal replaces an input operation entered by means of a keyboard (7) and controls the computer (9); and wherein the input sequence is a combination of a plurality of input signals which are entered successively in a fixed order by means of the input unit (10), wherein the control unit (14) selects the trigger signal which relates to a website, wherein the mouse is designed such that, by means of a firmware, a correct trigger signal is selected from the trigger signals generated here depending on a website currently being visited, so that the user can log in to the website and execute the macro command.

This invention provides a spoke plate, a layup method, and a layup optimization method, belonging to the field of spoke plate layup technology. The spoke plate is a rotating structure with a central axial hole. The rotating cross-section of the spoke plate includes: Block I to Block V, where Block I is the innermost region of the spoke plate, with a constant thickness along the first radial direction; and Block II, connected to Block I, with a constant thickness along the first radial direction. The spoke plate of this invention divides the rotating cross-section into multiple blocks. By laying up each block in a fixed sequence, a superior spoke plate structure is obtained. This invention overcomes the limitations of traditional layup methods by dividing the spoke plate structure into thickness zones, determining the layup method for the carbon fiber spoke plate, and achieving flexibility and intelligence in carbon fiber spoke plate layup optimization by combining CAE analysis with genetic algorithms, resulting in a theoretically optimal layup structure in terms of mechanical properties.

A system for transferring semiconductor workpieces from a load lock to an orientation station and on to a platen is disclosed. The system comprises two load locks, two robots, and one orientation station. Each robot is associated with a respective load lock and follows a fixed sequence. The robot returns a processed workpiece to the load lock and also removes an unprocessed workpiece. The robot then moved to the orientation station, where it removes an aligned workpiece from the orientation station and deposits the unprocessed workpiece on the orientation station. Next, the robot moves to the platen, where it removes a processed workpiece and deposits the aligned workpiece. The robot then returns to the load lock and repeats this sequence.