Simulating Deformable Objects Using Mass-Spring-Damper Networks in MATLAB

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

This code solves the Fokker-Planck equation for the dynamic mass-spring-damper system depicted in the ForceBalance.png, considering only a single 'substrate' interaction. It can be used to validate the numerical simulations of the modified multi-bond model under the condition of a single substrate i

This MATLAB script demonstrates how to track object features efficiently by leveraging OpenCV functions. Steps to Implement: Integrate OpenCV Functions: Ensure OpenCV is properly installed and configured with MATLAB for seamless integration. Initialize Object Tracking: Define the object or region o

本教程简要介绍了基于梯度下降和delta规则的反向传播算法下多层神经网络的训练及其数值实现。在MATLAB环境中模拟网络，训练它解决字符识别问题和著名的XOR问题。获得的结果非常有趣，表现出优异的性能。由于该算法是函数的近似，它适用于许多需要系统识别和模式分类的问题。关键词：神经网络，多层感知器，训练，模式识别，反向传播，delta规则，梯度下降。

使用离散Hopfield神经网络对模糊数字进行识别，并给出识别结果。可以调节数字的模糊程度，以检验识别效果。

In this article, we explore how to conduct vibration simulation using MATLAB. MATLAB provides a powerful set of tools for modeling vibration dynamics in various engineering fields. Here’s a step-by-step guide to effectively simulate vibrations: Step 1: Define the System Start by defining the mass, s

(4) Start the database to MOUNT state. (5) Modify the database's archive mode (from non-archive to archive mode) SQL> alter database archive log; Database altered. (6) Open the database SQL> alter database open; Database altered. (7) Validate the correctness of archive parameter settings SQL> archiv

Development of Computer Networks (Understanding) Remote Terminal Connection Stage: The early stage of computer networks, where terminals were connected to a central mainframe for data access. Computer-to-Computer Network Stage: This stage marked the beginning of direct communication between com

脑血管系统是一个复杂的血管网络，为大脑提供重要的营养和氧气。这种系统易于遭受出血、感染、血栓等损伤，常常需要进行脑部手术。然而，手术时通常无法直接进入手术地点，因此必须寻找替代入口点和路径。提出的系统利用MRA图像上的图像处理和路径查找技术，帮助医生/外科医生找到脑血管系统中两点之间的最短距离。论文链接：ACM Paper