ACROVIEW Programmer Supports Immorta’s Automotive Microcontroller IM941KALBL

Recently, ACROVIEW, a leader in the chip programming field, launched a significant version update of its programming software. Coinciding with the release of the new version, the company announced the addition of several compatible chip models, including the IM941KALBL automotive microcontroller developed by Immorta Microelectronics. This chip has successfully completed technical adaptation with ACROVIEW’s flagship … Read more

ACROVIEW Programmer Supports Nation Technology’s Universal Microcontroller N32G401K8L

As a leader in the chip programming industry, ACROVIEW Technology recently announced the latest update to its programming software and released a list of newly supported chip models. In this update, the universal microcontroller N32G401K8L from Nation Technology has been added to ACROVIEW’s bulk programming platform AP8000. The N32G401K8L microcontroller features a high-performance 32-bit ARM … Read more

ACROVIEW Programmer Supports STMicroelectronics 32-bit Microcontroller STM32G031G6U

The chip programming leader ACROVIEW Technology has announced significant news regarding its programming software, which has undergone a major version upgrade. Along with the release of the new version of the programming software, ACROVIEW Technology has also announced the addition of several compatible chip models, including the STMicroelectronics 32-bit microcontroller STM32G031G6U. Currently, this chip has … Read more

ACROVIEW Programmer Supports ASL’s High-Performance Converter Chip CS5266AN

The chip programming leader ACROVIEW Technology has announced significant news regarding its programming software, which has undergone a major version upgrade. Alongside the release of the new version of the programming software, ACROVIEW Technology has also announced the addition of several compatible chip models, among which is the high-performance converter chip CS5266AN from ASL. Currently, … Read more

Drone Path Planning Based on MATLAB Transient Triangular Harris Hawks Optimization (TTHHO) for Complex Mountain Hazard Models

Click the blue text above to follow us Author’s Note 🔊 Author Introduction: Graduate student from a 985 university, researcher and developer in the field of MATLAB; 🚅SeatRightInscription: Those who travel a hundred miles are halfway there.✅Business Scope: Complete code, paper reproduction, program customization, journal writing, research collaboration 🏆CodeAcquisitionMethod: MATLAB Poseidon Code Acquisition Method 🏫 … Read more

Transient Trigonometric Harris Hawks Optimizer: Detailed Principles and Free MATLAB Code

The Transient Trigonometric Harris Hawks Optimizer (TTHHO) is a hybrid optimization algorithm inspired by the Transient Search Optimizer (TSO) and the Harris Hawks Optimizer. This algorithm intelligently explores the search space and adaptively optimizes the positions of grid nodes while considering various constraints and objectives. It integrates the advantages of HHO, SCA, and TSO, aiming … Read more

Rounding and Overflow Modes of Fixed-Point Numbers in MATLAB

The fi function supports six rounding modes, which can be observed through the code snippets shown in the following three images. The input data x is a double-precision floating-point number, and it is to be converted into a fixed-point number with a sign bit of 1, a word length of 4, and a fractional length … Read more

Dynamic Response of a Single Degree of Freedom (SDOF) System Under Earthquake Effects Based on Matlab

The dynamic response of a Single Degree of Freedom (SDOF) system under earthquake effects based on Matlab. The displacement, velocity, and acceleration responses of the structure are calculated using two numerical integration methods (central difference method and Newmark method), and the results of these two methods are compared. Earthquake acceleration time history data is imported. … Read more

MATLAB Simulation Code | Performance Simulation of Coherent and Non-Coherent Accumulation

Related theoretical knowledge and MATLAB simulation results can be found in “Radar Principles” (Issue 10) “Analysis of Coherent and Non-Coherent Accumulation Performance”.Radar Equation MATLAB Simulation Application close all clear all clc fs=600e6;% Sampling rate t=5e-6;% Pulse width f0=2e6;% Carrier frequency Tr=50e-6;% Repetition period t1=30e-6;% Pulse position Nt1=round(fs*t1); Nt=round(fs*t); NTr=round(fs*Tr); tt=0:1/fs:t-1/fs; y0=cos(2*pi*f0.*tt); y=[zeros(1,Nt1),y0,zeros(1,(NTr-Nt1-Nt))]; for k=1:32 y1_n_ind=awgn(y,10,'measured'); … Read more

MATLAB | 1980—2022 China Meteorological Element Raster Data (Precipitation/Temperature/Wind Speed/Humidity/Pressure/Potential Evapotranspiration)

https://www.ncdc.ac.cn/portal/metadata/21691d03-bef2-4800-924e-5614e7268b87 Using monthly wind speed data as an example, this article demonstrates how to batch convert data to TIF format using MATLAB. .rtcContent { padding: 30px; } .lineNode {font-size: 10pt; font-family: Menlo, Monaco, Consolas, "Courier New", monospace; font-style: normal; font-weight: normal; }inputFolder = 'E:\数据都在这里\巴音郭勒\ChinaMet_001deg_wind\ChinaMet_001deg_wind\';outputFolder = 'E:\数据都在这里\巴音郭勒\ChinaMet\ChinaMet_001deg_wind\';ncFiles = dir(fullfile(inputFolder, 'ChinaMet_001deg_wind_*.nc'));for k = 1:length(ncFiles) ncPath = fullfile(inputFolder, … Read more