Calculate Terminal Falling Velocity of Spherical Particles in Newtonian Fluids Using MATLAB

Euler's Formula for Pi Calculation in MATLAB provides a versatile algorithm collection where users can contribute implementations in any language. This repository follows a structured format for adding algorithms in different languages. For example, if you are adding a Hamiltonian Path algorithm in

vec2orbElem(rs, vs, mus) converts the position vector (rs) and velocity vector (vs) of an object into Keplerian orbital elements using the gravitational parameter (mus). Input:- rs: 3n x 1 stacked initial position vector:[r1(1); r1(2); r1(3); r2(1); r2(2); r2(3); ...; rn(1); rn(2); rn(3)]or 3 x n p

球形卷积网络在学习 3D 形状的特征表示上有优势，尤其在旋转不变性方面表现突出。这个 Matlab 代码包就是基于这个理念，利用了跨域嵌入将 2D 图像映射到球形 CNN 潜在空间。最酷的是，这个方法无需额外的任务特定监督，就能完成像姿态估计和新颖视图合成等任务。代码的主要部分是model.py，这里面有一个典型的编码器-解码器架构，能让你从 2D 图像到球形嵌入，或反向操作。这个代码挺适合那些需要 3D 物体旋转的应用，比如增强现实（AR）或计算机视觉项目，操作上也蛮，能帮你快速上手。只是训练管道和数据集目前不公开，但模型本身还是挺值得一试的。

To calculate the Signal-to-Noise Ratio (SNR) for a color image, simply open the image file in MATLAB and input the file path of the image. This process allows you to determine the SNR in decibels for the image based on its signal and noise characteristics.

本书提供了用Matlab进行数值计算的丰富资料，内容可读性、知识性和实用性都非常强。

This is a Harris corner detection program written in MATLAB. You can give it a try to detect keypoints in images based on the Harris corner detection method.

In this article, we will use MATLAB to simulate the ECC algorithm, exploring each step of the simulation process. ECC (Elliptic Curve Cryptography) is a widely-used cryptographic algorithm known for its efficiency and security. Through MATLAB, you can effectively simulate ECC to understand its key o

The Euler formula can be utilized to calculate π in a variety of ways. Below is the MATLAB code implementing Euler’s series for approximating π: n = 1000000; % Number of iterations pi_estimate = 0; for k = 0:n-1 pi_estimate = pi_estimate + ((-1)^k)/(2*k+1); end pi_estimate = 4 * pi_estimate; dis

本项目提供音频水印嵌入和提取的MATLAB代码，采用LSB算法。该代码适用于多个领域，包括智能优化算法、神经网络预测、信号处理、元胞自动机、图像处理、路径规划及无人机等，帮助用户实现高效的仿真和应用。