36results about How to "Intuitive description" patented technology

The embodiment of the invention provides an RTL code generation method and device of a gate-level circuit and electronic equipment, and belongs to the technical field of integrated circuits, and the method comprises the steps: obtaining the RTL codes of all logic elements of a first gate-level circuit; respectively compiling the RTL code of each logic element to obtain a target view of each logic element; and generating an RTL code of the first gate-level circuit according to the connection relationship between the logic elements and the target view of each logic element. According to the RTL code generation method and device of the gate-level circuit and the electronic equipment, the generated RTL code of the gate-level circuit can describe the function of the circuit more visually, and therefore the function of the gate-level circuit can be understood conveniently.

The invention discloses a facial aesthetics evaluation method based on visual facial form judgment and a storage medium. The facial aesthetics evaluation method comprises the steps of S1, performing mark point positioning on a facial image; s2, performing interpolation modeling on the facial contour mark points through a B spline function; s3, calculating facial contour curvature features according to the interpolation curve; s4, extracting geometric features according to a facial expression research theory; s5, extracting texture features through a Gabor filter; s6, extracting features such as skin color and hair through a convolutional neural network VGG; and S7, fusing the four features, and evaluating facial aesthetics by using a support vector machine (SVR). According to the method, mixed features are extracted in combination with B splines, Gabor filtering and a deep learning algorithm to describe facial aesthetics. And the final features cover the whole face information.

The invention relates to a three-axis linkage contour error compensation control method for cylinder cam machining. The method carries out contour error calculation and compensation during an interpolation machining process according to the linkage of axis A, axis X and axis Y, and is characterized in that the method comprises the steps of in each sampling cycle detecting the actual location of the worktable of axis A, axis X and axis Y in a machine tool coordinate system; converting into a space rectangular coordinate system and approximating the distance between the actual cutter location point and the line connecting with the two closest interpolation points on the tool path of the cylindrical cam contour at contour errors; converting into the machine tool coordinate system to obtain the corresponding contour errors of axis A, axis X and axis Y; and introducing a scaling factor, acquiring the contour error compensation quantities through proportional control, separately stacking the contour error compensation quantities with the location control quantities of shaft A, shaft X and shaft Y to follow errors, and outputting to a servo actuator. The method provided by the invention has the advantages that during axis A, axis X and axis Y linkage machining contour error description is intuitive, calculation precision is high, and contour error compensation method is simple and effective.

The invention belongs to the technical field of real-time detection of human health, in particular relates to an intelligent terminal with interface color changing with human health conditions and a control method thereof. The human health parameters are constantly monitored by an intelligent detection device. The screen interface automatically adjusts the color according to the changes of human health parameters when the human health parameters change, so as to adjust a human's mood and relieve human body pressure through visual feeling. The intelligent detection device detecting human healthparameters not only provides a health report to the user, but also more intuitively describes the health condition to the user.

The invention discloses a reliability distribution method and apparatus based on immune genetic optimization, and relates to the field of reliability distribution. The method comprises the following steps: eliminating devices with selected models and devices with determined reliability indexes, and then according to operation working conditions of residual devices, carrying out system reliability modeling; constructing full-life cost function and obtaining a function taking the system full-life cost as an object; and randomly generating initial population, screening antibodies in the population, operating adaptive intersection and variation operation of a genetic algorithm, next, operating an immunization algorithm, extracting a vaccine, vaccinating the antibodies, then classifying the antibodies with higher fitness into new-generation population, determining whether the new-generation population is convergent, if so, outputting a distribution result, and otherwise, returning the antibody screening step. According to the invention, minimization of full-life cost is taken as a distribution object, the immunization algorithm and the genetic algorithm are combined together in a distribution process, and the method and apparatus provided by the invention are applied to task reliability distribution of a complex system.

The invention discloses a trigger method based on oscilloscope measurement parameters. First, the ADC acquisition data is collected, and the ADC acquisition data is compared with preset high and low level values ​​to determine the rising edge and falling edge of the input analog signal, and then Select a trigger method in the alternative trigger methods. The alternative trigger methods include three types: time parameter trigger, amplitude parameter trigger, and combination parameter trigger. Different trigger methods use different trigger judgment methods. Each trigger method Both use the measurement parameters of the oscilloscope directly as the trigger conditions. When the trigger conditions are met, a trigger signal is generated to control the storage and reading operation of the ADC sampling data, thereby completing the parameter trigger function of the oscilloscope. The invention uses the measurement parameters of the oscilloscope directly as the trigger condition, thereby more intuitively and accurately describing the characteristics of the target waveform, helping the user to find out the target waveform part more conveniently and quickly, and is also convenient for the user to understand.

The invention discloses an unmanned plane independent robust decision-making method based on scenario building. The unmanned plane independent robust decision-making method based on scenario building is characterized by comprising the following steps that first, the decision variable of a Red unmanned plane and the decision variable of a Blue position in a battle field are defined; second, a scenario is built; third, an influence diagram is established by using an influence diagram modeling method; fourth, the expected utility value of each scenario centralized in scenario of each decision candidate action plan in decision candidate action plans of the Red unmanned plane is calculated; fifth, the Red unmanned plane makes robust decisions according to the expected utility value. The unmanned plane independent robust decision-making method based on scenario building can effectively solve the problem of weak independent decision making capacity in a complex battle field environment, the unmanned plane is made to be capable of making independent decision in various scenarios, accordingly, the independent decision making efficiency and the decision making effect of the unmanned plane are improved, optimal action scheme choosing is achieved, and the feasibility, the effectiveness and the safety of the decision-making scheme are guaranteed.

A method for evaluating the damage degree of earthquake disasters based on aerial photography of UAVs. UAVs are used to hover over the earthquake-stricken areas and collect images. According to the manual interactive method, the area of ​​interest in the disaster area image is circled, and the gray-scale co-occurrence matrix texture feature, Tamura texture feature, Gabor wavelet texture feature, line and circle feature of the selected area are selectively calculated, and finally the support The vector machine classifier is used to evaluate the damage degree of earthquake disasters. This method is more suitable for early information collection and evaluation in the earthquake and secondary disaster areas caused by earthquakes.

The invention discloses a teaching instrument for an alternating-current variable-frequency multi-unit air conditioner integrated control system. The teaching instrument comprises an air conditioner host, an electrical control system and a teaching instrument board, wherein the electrical control system comprises an electrical control component, a sensor, an outdoor unit integrated circuit board, an indoor unit integrated circuit board and an executing mechanism which is driven by the outdoor unit integrated circuit board and the indoor unit integrated circuit board; the electrical control system also comprises a lightning protection module and a frequency conversion module; the teaching instrument board comprises a circuit principle board and an electrical control mechanism board; a schematic circuit diagram of the air conditioner host is printed on the circuit principle board; an electrical control system wiring diagram is printed and the electrical control component, the lightning protection module, the frequency conversion module, the outdoor unit integrated circuit board and the indoor integrated circuit board are arranged on the front surface of the electrical control mechanism board; and a wire is connected on the back face of the electrical control mechanism board according to the electrical control system wiring diagram, so that the outdoor unit integrated circuit board and the indoor integrated circuit board on the electrical control mechanism board are electrically connected with the executing mechanism. An experimental method provided by the invention has an intuitive principle and rich content, and is particularly suitable for experimental teaching of the alternating-current variable-frequency multi-unit air conditioner integrated control system for professional students of refrigeration, electricity, household appliances and the like.

The invention discloses a real-time gait analysis method based on motor current and sensor feedback, comprising the following steps: 1) debugging equipment; 2) wearing equipment: making the human body to be tested complete the wearing of the lower limb exoskeleton robot; 3) setting the motion mode , step length, step height, and gait cycle to form motion parameter data; the motion mode is passive mode, and the gait trajectory of the human body to be tested is controlled by the lower extremity exoskeleton robot; 4) Obtain walking gait data: including the joints in the walking process , and the current value of the motor corresponding to each joint and / or the torque value of each joint; 5) Integrate the data and display it in a chart; 6) According to the chart, analyze the gait function or ability of the human body to be tested. The state analysis method is standardized and integrated, and automatic analysis is realized at the same time. The output results provide reliable medical data for doctors and therapists, and provide a reliable training basis for subsequent adjustments to rehabilitation training programs.

The present invention relates to an analytical method for the double convective heat dissipation performance of a rectangular heat sink with an eccentric heat source. By dividing the heat source area into a uniform grid, combined with the heat loss matrix and the non-uniform heat power matrix in the heat source area, iteratively calculates the excess temperature of all nodes in the heat source area. Iteration value, use the difference between the average value of the excess temperature iteration result and the average value of the previous iteration result to judge the convergence of the iteration result, count the local maximum value of the excess temperature in the heat source area, divide the grid on the upper and lower surfaces of the area without the heat source, and calculate the nodes Excess temperature and average value, to obtain the total power of convection heat dissipation on the upper and lower surfaces of the heat source area, according to the local maximum value of excess temperature in the heat source area, the average value of excess temperature on the upper and lower surfaces of the heat source area and the total power of convection heat dissipation, two-dimensional heat source The uniform heating power is used to obtain the maximum diffusion thermal resistance corresponding to the heat dissipation from the heat source to the upper and lower surfaces of the heat sink, and the maximum total thermal resistance between the heat source and the environment. The present invention can intuitively describe the heat dissipation problem and obtain more comprehensive data.

The invention provides a human body sound signal processing and analysis method, comprising: step 1, collecting human body sound signals with fixed content and processing to obtain power spectrum data; step 2, dividing the frequency range of the five-tone series, and calculating the frequency range of each sound series Power spectrum data accounts for the proportion of power spectrum data in the frequency range of the five-tone series; Step 3, according to the ratio of each fixed content in the fixed content, assign weights and carry out weighting statistics; Step 4, each fixed content of the fixed content The weighting statistical results of the corresponding sounds are added to obtain the total weight range; step 5, divide the total weight range into weight stages, and summarize the characteristics of the human body according to the characteristics of the sounds in different weight stages. The present invention can describe human voice features more intuitively, comprehensively and accurately.