TRAVEL Click the blue text to follow us Overview The time-frequency representation generated by traditional methods is often too vague to provide precise features for such signals. A recently proposed method called the Multiple Synchronous Squeezing Transform (MSST) overcomes most of the issues present in traditional methods and appears to be a promising tool. However, … Read more
1. 【Experiment Objective】 (1)Understand the communication principles between the host and the development board.; (2)Understand the working principles of the vibration sensor and how to operate it. 2.【Experiment Environment】 Figure1 Example of Experiment Environment Required equipment for the experiment: (1)One OpenBox-S88 device (2)One PC host (3)One network cable (4)One vibration sensor (5)Several Dupont wires 3.【Experiment … Read more
Click the blue text to follow us The PLC control cabinet effectively acquires and sends signals through input and output modules, forming a complete automation control system. After the input signals are converted into digital signals, they are processed in real-time by the CPU, which outputs signals based on different control logic to control various … Read more
Abstract This article introduces how Advanced Micro Devices (AMD) customizes laser detection solutions based on reconfigurable FPGA devices, replacing traditional instrument configurations. By utilizing the flexible and customizable FPGA device Moku, it provides more efficient and adaptable laser detection technology. The article discusses multiple case studies that explore how the Moku platform simplifies experimental setups, … Read more
The program implements three types of processing and comparison for one-dimensional time series signals: the original signal, fixed window sliding filtering, and adaptive window sliding filtering based on local variance judgment. The purpose is to simulate a real noise environment and examine the impact of different window strategies on signal smoothing effects, fidelity, and error … Read more
Click the blue text above to follow us Message from the author 🔊Author Introduction: Graduate student from a 985 university, researcher in the field of MATLAB; 🚅SeatRightInscription:Those who travel a hundred miles are half of those who travel ninety. ✅Research Scope: Complete code, paper reproduction, program customization, journal writing, research collaboration 🏆CodeAcquisition Method 1::Method to … Read more
Filtering is crucial in the field of signal processing, widely applied in communication, electronics, and image processing. Its main function is to filter out interference noise and enhance the energy ratio of useful signals in sample data, thereby achieving a signal-to-noise ratio gain. The mathematical principle can be abstracted as a convolution operation, which is … Read more
Bandwidth: The “Highway” of Electronic Signals, Determining the “Speed” and “Fidelity” of Your Data Imagine two roads in the world of traffic: A narrow village path, which can only allow one bicycle and pedestrians to pass slowly at the same time. A wide highway, which can accommodate countless cars speeding at 120 kilometers per hour. … Read more
✅ Author Profile: A MATLAB simulation developer passionate about research, skilled in data processing, modeling simulation, program design, complete code acquisition, paper reproduction, and scientific simulation. 🍎 Previous reviews can be found on my personal homepage:MATLAB Research Studio 🍊 Personal motto: Investigate things to gain knowledge,complete MATLAB code acquisition and simulation consultation content available via … Read more
Simulation of electric vehicle charging demand based on the Monte Carlo method using MATLAB. This simulates the random travel scenarios of electric vehicles throughout a day and predicts the charging load and curve for electric vehicles over the same period. Users can define the number of household electric vehicles, charging frequency, battery capacities of various … Read more