19results about How to "Simplify the determination process" patented technology

The invention discloses a memory scheduling method, system and product based on a separated memory system, and relates to the technical field of memory scheduling. The method comprises the following steps: determining target memory equipment accessed by a current task according to demand parameters of the current task and actual operation parameters of a separated memory system, and before actually deploying the memory equipment, executing the target memory equipment according to the demand parameters of execution of the current task; the target memory device to be accessed by the current task is preliminarily determined corresponding to the demand parameters of different tasks and the actual operation parameters of the separated memory system. In order to reduce the access time delay corresponding to the current task, the access cost of the current target memory device is estimated through the historical call times and the access time delay of the target calculation accelerator corresponding to the current task, and the scheduling memory device of the current task is determined according to the access cost. Therefore, the access cost of the scheduling memory device accessed by the target computing accelerator corresponding to each task is low, and the access execution efficiency of the target computing accelerator of the current task is improved.

The invention discloses a lubricating oil degradation degree determination method and device, a storage medium, an electronic device and a computer program product, and relates to the field of lubricating oil detection.The lubricating oil degradation degree determination method comprises the steps that N index values of target lubricating oil on N indexes are determined, the ith index value in the N index values is the index value of the ith index in the N indexes, the N indexes comprise a first index and a second index, the first index is an index used for reflecting the abrasion condition of the gearbox, the target lubricating oil is located in the gearbox, the second index is an index used for influencing the abrasion condition of the gearbox, and N is a positive integer larger than or equal to 2; performing normalization processing on each index value in the N index values to obtain N normalized index values; n weight values corresponding to the N indexes are used for conducting weighted summation on the N normalized index values, a target reference value is obtained, and the target reference value is used for reflecting the degradation degree of the target lubricating oil.

A detection device for determining a floor: for an elevator having a car with a car door for performing an opening and closing movement when the car is stopped at a floor; an accelerometer for detecting vibrations of the car door in an opening and / or closing movement; the invention relates to a method for operating a floor, comprising an evaluation device which is designed to generate vibration curves from the detection of vibrations during the opening and / or closing movement and to generate reference vibration curves from the vibration curves for each floor during a learning phase and to store the reference vibration curves, and to compare the currently recorded vibration curves with the existing reference vibration curves outside the learning phase, from the comparison, a reference vibration curve that optimally matches the currently recorded vibration curve is determined, from which a suitable floor is determined. The detection device has a grating for detecting objects in the region of the opened car door, the grating having a transmitter strip and a receiver strip, which are provided for mounting on the car door. The accelerometer is arranged on a transmitter strip or a receiver strip for fastening to the car door.

The invention relates to the technical field of industrial information and data processing, and particularly provides a fuel nozzle oscillation frequency measurement method, system and device, a medium and a product, and the method comprises the steps: obtaining the measurement data of a laser for a fuel nozzle; wherein the measurement data comprises at least one of the following data: the current injection angle of the fuel nozzle, the throat width of the fuel nozzle and the distance between the laser and the fuel nozzle; determining a target injection angle of the fuel nozzle based on the measurement data; wherein the target injection angle is the injection angle of the fuel nozzle when the oscillation frequency of the fuel nozzle is measured; controlling the fuel nozzle to work at the target injection angle, and determining an interference signal between reflected laser and incident laser of the laser in the working process; and determining the oscillation frequency of the fuel nozzle based on the interference signal.

The invention discloses a battery charging method, a storage system, a server, a medium and a product, and relates to the technical field of servers. And when the current temperature of the charging module reaches the temperature control condition, the remaining time of the maximum temperature of over-temperature protection is determined according to the current temperature change rate so as to ensure that the over-temperature protection is not triggered, namely the power supply function is not closed. Due to the real-time change of the current temperature change rate, the remaining time is determined in real time, and the calculation accuracy and real-time performance of the remaining time are improved; the full charging corresponds to the first time required by the full charging state of the battery cell. The charging current of the charging module is adjusted based on the remaining time and the first time, the charging current is increased or reduced in the adjusting process, and dynamic adjustment is carried out based on the size relation of the two time parameters, so that over-temperature protection is not triggered before the battery is fully charged, namely, the charging current is possibly increased and the charging speed is increased when the over-temperature protection is not triggered.

The invention discloses a regulation and control gate current determination method based on a one-way cut-off current gate regulation and control light-emitting device, and the method comprises the steps: applying a first driving signal corresponding to a first gray-scale value between an anode and a cathode, and applying a first gate regulation and control current to a first regulation and control electrode of a one-way cut-off current gate structure; continuously changing the first grid regulation and control current, and collecting first luminous efficiency corresponding to different first grid regulation and control current in real time; in response to matching of the first luminous efficiency and the standard luminous efficiency, determining the corresponding first grid regulation and control current as the standard grid regulation and control current of the first gray-scale value; obtaining standard grid regulation and control current corresponding to a plurality of different gray-scale values; obtaining a first function relation according to the linear relation between different gray-scale values and the corresponding standard grid regulation and control current; and according to the first function relationship, obtaining standard grid regulation and control current corresponding to each gray-scale value of the light-emitting device. According to the invention, standard grid regulation and control signals corresponding to different gray-scale values can be rapidly determined.

This disclosure relates to the field of geological structure assessment technology, and particularly to a method, apparatus, equipment, medium, and computer program for determining strike-slip displacement. The method includes performing the following determination process on both the first and second strata located on both sides of the target fault plane: determining the uplift area and depth of the strata corresponding to the gypsum-salt development area; determining the strata shortening based on the uplift area and depth; and determining the strike-slip displacement of the target fault plane based on the strata shortening corresponding to the first and second strata. For the first and second strata, the uplift area and depth of the strata corresponding to the gypsum-salt development area are used as the basis for determining the strata shortening. Utilizing gypsum-salt rheological theory, the kinematic characteristics of the gypsum-salt development area are extracted and the strata shortening is determined according to their established correspondence, thereby simplifying the strike-slip displacement determination process and ensuring the accuracy of the strike-slip displacement determination results.

The embodiment of the invention is suitable for the technical field of data transmission, and provides a software package transmission method and computer equipment, and the method comprises the steps: sending a software package request message to second equipment; in response to a data transmission length negotiation message returned by the second device, a data transmission length determination message is returned to the second device, and the data transmission length determination message comprises the maximum data length during data transmission; receiving a plurality of software data packet messages transmitted by the second equipment according to the maximum data length, wherein the software data packet messages are encrypted and packaged by the second equipment according to the maximum data length transmission; and obtaining a target software package based on each software data package message. By means of the method, when the software package is transmitted, the data security can be guaranteed while the transmission rate is increased.

This invention discloses a method for determining the upper limit of water saturation in tight gas reservoirs using two-phase permeability analysis, comprising: 1. Selecting several rock samples for gas-water two-phase permeability analysis, and establishing a gas-water phase permeability curve based on the relative permeability of the water phase, the relative permeability of the gas phase, and the water saturation value of each rock sample; 2. Based on the gas-water phase permeability curve, first reading the water saturation value of each rock sample when the relative permeability of the water phase is a set value A, then reading the relative permeability of the gas phase corresponding to the same water saturation value of each rock sample, and determining the upper limit of water saturation for each rock sample accordingly; 3. Calculating the average value of the upper limit of water saturation for each rock sample, and the obtained average value is the upper limit of water saturation for the tight gas reservoir. This invention can accurately determine the upper limit of water saturation in tight gas reservoirs using relatively simple means, simplifying the determination process and improving accuracy compared to existing technologies, providing an accurate basis for the rational exploitation of tight gas reservoirs.

The invention discloses a stone cultural relic weathering degree evaluation method and system based on a high-definition photography technology, and the method comprises the steps: carrying out the photographing of a stone cultural relic through employing a high-definition close-range photography technology, and obtaining a high-definition image of the stone cultural relic; determining a stone cultural relic weathering characteristic color scale; processing the high-definition image of the stone cultural relic by using an image processing technology, performing weathering partition evaluation, and calculating areas of different weathering grades in the stone cultural relic and the area ratio of the areas to the whole cultural relic; and evaluating the weathering degree current situation of the stone cultural relics. According to the method, the surface color weathering degree coefficient of the stone cultural relics is calculated from three aspects of protolith weathering degree, water seepage surface and pigment weathering by utilizing an image analysis technology, the overall weathering degree coefficient of the stone cultural relics is quantitatively calculated by adopting a structural similarity SSIM algorithm, and the weathering degree of the stone cultural relics is remarkably evaluated, so that the evaluation efficiency is remarkably improved, and the evaluation accuracy is improved. And the problem of quantitative evaluation is solved, and the weathering degree of the stone cultural relics can be visually displayed.

The invention relates to an answer determination method and device, computer equipment, a computer readable storage medium and a computer program product, relates to the technical field of artificial intelligence, and can be applied to the field of financial science and technology or other related fields. The method comprises the following steps: acquiring a question associated with a financial internal application; identifying entities and entity relationships from the question through a trained language processing model; the trained language processing model is obtained by iteratively training a pre-trained language processing model through a sample finance internal application knowledge graph; determining a target financial internal application entity satisfying the entity and the entity relationship from a pre-constructed financial internal application knowledge graph; and according to the target financial internal application entity, generating an answer to the question. By adopting the method, the answer determination efficiency can be improved.

This invention relates to the field of semiconductor manufacturing and testing technology, specifically to a vision-based wafer edge-finding and positioning method, apparatus, and readable medium. The method includes the following steps: acquiring edge images of the wafer to be positioned using an image acquisition device; constructing a mechanical coordinate system based on the wafer in a standard position; performing edge point search and notch matching search on all edge images to determine the center of the circle to be positioned and the center of the notch to be positioned; unifying the coordinates of the center of the circle to be positioned and the center of the notch to be positioned and transforming them to the mechanical coordinate system; calculating the rotation angle based on the mechanical coordinates of the center of the circle to be positioned and the center of the notch to be positioned; and then controlling a rotation and translation platform to perform rotation and translation operations on the wafer to be positioned based on the center of the circle to be positioned and the rotation angle to adjust the wafer to be positioned to the standard position. The method proposed in this application solves the problems of multiple positioning and poor accuracy in the prior art by acquiring edge images and adjusting positioning in one step.

The present application discloses a contact angle determination method, device, electronic device and storage medium, the method comprising: constructing a flow field; the flow field comprises multiple components and a flow field grid constructed based on the flow field, the multiple components comprising a first fluid component, a second fluid component and a solid component; initializing a flow field model based on the flow field; determining a first parameter and a second parameter; determining a third parameter and a fourth parameter according to the first parameter and the second parameter; determining a first force of each grid point in the flow field grid according to the flow field model, the first parameter and the second parameter, and determining a second force of each grid point according to the flow field model, the third parameter and the fourth parameter; determining a current contact angle according to the first force and the second force; when the flow field model is at the current contact angle, the first fluid component is stationary on the fixed component, and the current contact angle is determined to be the target contact angle. In this way, the contact angle calculation process can be simplified, and the contact angle simulation calculation result is stable and accurate.

The present invention discloses a memory scheduling method, system and product based on a separate memory system, and relates to the field of memory scheduling technology. The target memory device accessed by the current task is determined according to the demand parameters of the current task and the actual operating parameters of the separate memory system. Before the memory device is actually deployed, the target memory device to be accessed by the current task is preliminarily determined according to the demand parameters of the execution of the current task, corresponding to the demand parameters of different tasks and the actual operating parameters of the separate memory system. In order to reduce the access delay corresponding to the current task, the access cost of the current target memory device is estimated by the historical call times and access delay of the target computing accelerator corresponding to the current task, and the scheduling memory device of the current task is determined according to the access cost, so that the access cost of the scheduling memory device accessed by the target computing accelerator corresponding to each task is small, thereby improving the access execution efficiency of the target computing accelerator of the current task.

The embodiments of the present disclosure disclose an image detection method, device, electronic device and computer-readable medium. A specific implementation of the method includes: based on the feature map of the image to be detected, generating a detection frame and label corresponding to the target object in the image to be detected, the label including the position information and category information of the target object; based on the category information, determining whether the image to be detected displays a first object of a first category and a second object of a second category; in response to determining that the image to be detected displays a first object and a second object, based on the position information corresponding to the first object and the second object respectively, determining the overlap rate of the detection frames corresponding to the first object and the second object respectively; based on the overlap rate, generating image detection information of the image to be detected, the image detection information is used to characterize whether the first object is placed on the second object in three-dimensional space. This implementation achieves improved detection efficiency.

The embodiment of the invention discloses an eyespot position determining device and system.The eyespot position determining device can comprise a calibration part and a leveling part, the calibration part is arranged at the position, relative to the first set height of a vehicle bottom plate, in a vehicle, and the calibration part is provided with a positioning mark; the positioning assembly determines the position of the eye point in the width direction of the vehicle according to the positioning identifier; the leveling part is arranged in the vehicle at a second set height relative to the bottom plate of the vehicle and is used for emitting light so that the positioning component can perform light path alignment to determine the position of the eye point in the height and length directions of the vehicle; wherein the first set height and the second set height are equal in a threshold range.

The present invention discloses a battery charging method, storage system, server, medium and product, and relates to the field of server technology. When the current temperature of the charging module reaches the temperature control condition, the remaining time at the maximum temperature of the over-temperature protection is determined according to the current temperature change rate to ensure that the over-temperature protection will not be triggered, that is, the power supply function will not be turned off. Due to the real-time change of the current temperature change rate, the remaining time is also determined in real time, which improves the calculation accuracy and real-time performance of the remaining time; full charge corresponds to the first time required for the battery cell to be fully charged. Based on the remaining time and the first time, the charging current of the charging module is adjusted, and the adjustment process increases or decreases the charging current. The adjustment is dynamically adjusted based on the size relationship between the two time parameters, so that the over-temperature protection is not triggered before the battery is fully charged, that is, when the over-temperature protection is not triggered, it is very likely to increase the charging current and improve the charging speed.

The present disclosure provides an image processing method, device, electronic device and storage medium, wherein the image processing method comprises: acquiring an image to be stored; extracting a first information vector of the image to be stored; the first information vector comprises a first expected feature vector corresponding to the image to be stored in a multidimensional space, and a first variance vector corresponding to the image to be stored in the multidimensional space, wherein the first expected feature vector is a multidimensional vector, and the first variance vector is a one-dimensional vector; and storing the first information vector corresponding to the image to be stored.

The invention discloses a method for determining a dynamic recrystallization critical point of a mixed crystal structure material, and belongs to the technical field of material science and metal processing. The invention provides a method for representing a dynamic recovery saturation stress value hypothesis based on peak stress. According to the method, a true stress-true strain curve is accurately fitted to reduce noise, a relation curve of a work hardening rate and true stress is drawn, a Tangent plug-in of Origin software is utilized to accurately position a dynamic recrystallization critical point, and a critical stress value and a critical strain value corresponding to the critical point are recorded, so that key process parameters are provided for material processing; therefore, the systematicness and practicability of the whole process are obviously improved.