Projects in Awesome Lists by ctkqiang

https://github.com/ctkqiang/huatuoai

基于人工智能的中医图像分类, 本存储库包含一个针对中药的人工智能图像分类系统。该项目的目标是通过输入图像准确识别和分类各种中草药和成分。这个仓库里藏着一个神秘的宝藏——一个专为中药打造的人工智能图像分类系统。就像一位奇幻冒险中的导航者，这个项目的任务是将神秘的图像输入，变幻成准确的中草药和成分分类。让我们一起揭开这个数字世界中的迷雾，解锁植物的秘密，用技术和智能描绘中药的未知领域。

artificial-intelligence china chinese-medicine convolutional-neural-networks ctkqiang image-classification

Last synced: 01 Jan 2025

https://github.com/ctkqiang/cryato

《Cryato》是一款移动应用程序，可使加密货币套利计算变得简单。这是一款离线应用程序，允许用户在考虑最新的汇率和市场条件的情况下，计算从不同交易所购买和出售不同加密货币所获利润。该应用程序旨在简单易用，不需要任何交易或加密货币套利方面的先前知识。通过《Cryato》，用户可以做出明智的投资决策，最大化从加密货币套利中获得的利润。

arbitraging blockchain cbdc cryato crypto-arbitrage cryptocurrency johnmelodyme opensource swiftui swiftui-example

Last synced: 01 Jan 2025

https://github.com/ctkqiang/yanjiai

眼迹AI是一套集成了面部识别和物体检测功能的系统，它能够实时监控环境并在检测到危险情况时自动向服务器发送警报，从而迅速通知当局应对风险。对于司机而言，时常面临乘客可能实施抢劫或其他不当行为的潜在威胁。通过在您的手机或行车记录仪上部署这一AI系统，不仅能提供即时的安全保障，还能在关键时刻为您节省宝贵的求助时间，确保您能在第一时间获得必要的帮助。

algorithms artificial-intelligence china china-region chinese computer-vision ctkqiang huatuoai ios opencv python pytorch swiftui tensorflow yanjiai

Last synced: 01 Jan 2025

https://github.com/ctkqiang/viruses

"A collections of different script of viruses''

Last synced: 01 Jan 2025

https://github.com/ctkqiang/darkweb

Last synced: 01 Jan 2025

https://github.com/ctkqiang/cryptoindicator

隆重推介我们的尖端加密货币指标工具 - 您在解读复杂的加密货币交易世界时的终极伙伴。借助实时数据分析和关键指标，赋予自己揭示市场趋势、价格变动和潜在机会的能力。无论您是经验丰富的交易员还是好奇的投资者，我们的工具为您提供知识，以应对波动的加密货币领域并做出明智的决策。在加密货币领域保持领先，尽在加密货币指标工具。

app binance binance-api cli crypto cryptoindicator huobi huobi-api johnmelodyme nodejs

Last synced: 01 Jan 2025

https://github.com/ctkqiang/maybankautomation

体验金融的未来，感受《自动化马来亚银行》。这个创新的自动化程序为您提供了轻松的方式来查询银行信息，包括账户余额、账户类型，甚至能够执行安全的银行转账。而且，您还可以以优雅的PDF格式下载交易记录，财务管理从未如此轻松。告别繁琐的流程，迎接更智能、高效的金融管理方式。

automation china malaysia maybank

Last synced: 01 Jan 2025

https://github.com/ctkqiang/flutter_discord_logger

a flutter package for sending messages to discord channel

Last synced: 01 Jan 2025

https://github.com/ctkqiang/sindeeai

我根據我的女朋友創建的 AI 安卓 ❤️

Last synced: 01 Jan 2025

https://github.com/ctkqiang/ctkqiang

Last synced: 01 Jan 2025

https://github.com/ctkqiang/open_weather_application

Just an open weather application written in flutter

Last synced: 01 Jan 2025

https://github.com/ctkqiang/bluetooth

bluetooth

Last synced: 01 Jan 2025

https://github.com/ctkqiang/quantum

Last synced: 01 Jan 2025

https://github.com/ctkqiang/programmingbooks

Last synced: 01 Jan 2025

https://github.com/ctkqiang/discord-logger-js

A discord logger, it logs output from server app to discord channel

Last synced: 01 Jan 2025

https://github.com/ctkqiang/registerbsc

Last synced: 01 Jan 2025

https://github.com/ctkqiang/braintechdev.github.io

api brain braintech communication datascience eeg emg minddata python serial simple tkinter tkintergui

Last synced: 01 Jan 2025

https://github.com/ctkqiang/rudy

Rudy攻击"是一种利用低速数据传输来阻塞服务器，从而造成拒绝服务（DoS）的网络攻击。这种攻击利用了服务器的资源限制，通过发送大量的低速数据包或者特殊构造的数据请求，使得服务器在处理这些请求时消耗大量的资源，导致服务器无法处理其他正常的请求，从而造成服务中断或延迟。通常情况下，服务器在处理网络请求时会限制每个连接或者每个 IP 地址的带宽或连接数，以防止恶意用户通过占用大量资源来影响其他用户的正常使用。然而，Rudy攻击利用了这个限制的漏洞，通过发送大量的低速数据包，来消耗服务器的带宽和资源，从而达到拒绝服务的目的

Last synced: 01 Jan 2025

https://github.com/ctkqiang/fiftyshadesofgrey

50 Shades of grey fan app (android)

Last synced: 01 Jan 2025

https://github.com/ctkqiang/spywarelocation-android

Last synced: 01 Jan 2025

https://github.com/ctkqiang/luhnalgorithm

Luhn算法，也被称为Mod 10算法，是数据完整性验证领域的一个重要基石。它主要用于验证各种身份编码，如信用卡号码、IMEI码，甚至包括加拿大社会保险号码，其重要性超越了其简单性。 Luhn算法的优雅之处在于其系统化的方法，用于确认身份代码的真实性。这个历史悠久的技术利用模数算术的威力创建校验和，经得起审查，实现了无缝的身份编码验证。

card credit-card erlang johnmelodyme luhn-algorithm

Last synced: 01 Jan 2025

https://github.com/ctkqiang/tradingviewindicator

Last synced: 01 Jan 2025

https://github.com/ctkqiang/sqlite_flutter_prototype-

Last synced: 01 Jan 2025

https://github.com/ctkqiang/shortestpathalgorithm

Last synced: 01 Jan 2025

https://github.com/ctkqiang/braincomputerinterfaceandiot

Last synced: 01 Jan 2025

https://github.com/ctkqiang/malaysian_mykad_validator

A simple Malaysian Identity Card Validator

Last synced: 01 Jan 2025

https://github.com/ctkqiang/ssd_warranty_app

Last synced: 01 Jan 2025

https://github.com/ctkqiang/string_encryption

Last synced: 01 Jan 2025

https://github.com/ctkqiang/http-attacker

This is a multithreading http attacker. You can use this python to attack any http website(if there is no Anti-ddos fire) :D

Last synced: 01 Jan 2025

https://github.com/ctkqiang/logtodiscord

一个简单的包，用于在Swift中使用webhook将服务器或应用程序日志记录到Discord频道

discord logger swift

Last synced: 01 Jan 2025

https://github.com/ctkqiang/lowyat_forum

An unofficial client for Android

Last synced: 01 Jan 2025

https://github.com/ctkqiang/melodymusicplayer

Last synced: 01 Jan 2025

https://github.com/ctkqiang/myjavaturorial2009

Last synced: 01 Jan 2025

https://github.com/ctkqiang/hash-calculator-ios

Last synced: 01 Jan 2025

https://github.com/ctkqiang/enigma

This project involves building a simulator for a generalized version of this machine (which itself had several different versions.) Your program will take descriptions of possible initial configurations of the machine and messages to encode or decode (the Enigma algorithms were reciprocal, meaning that encryption is its own inverse operation.) The Enigmas effect a substitution cipher on the letters of a message. That is, at any given time, the machine performs a permutation—a one-to-one mapping—of the alphabet onto itself. The alphabet consists solely of the 26 letters in one case (there were various conventions for spaces and punctuation). Plain substitution ciphers are easy to break (you've probably seen puzzles in newspapers that consist of breaking such ciphers). The Enigma, however, implements a progressive substitution, different for each subsequent letter of the message. This made decryption considerably more difficult. The device consists of a simple mechanical system of (partially) interchangeable rotors (Walzen) that sit side-by-side on a shaft and make electrical contact with each other. Most of these rotors have 26 contacts on both sides, which are wired together internally so as to effect a permutation of signals coming in from one side onto the contacts on the other (and the inverse permutation when going in the reverse direction). To the left of the rotors, one could select one of a set of reflectors (Umkehrwalzen), with contacts on their right sides only, and wired to connect half of those contacts to the other half. A signal starting from the rightmost rotor enters through one of the 26 possible contacts, flows through wires in the rotors, "bounces" off the reflector, and then comes back through the same rotors (in reverse) by a different route, always ending up being permuted to a letter position different from where it started. (This was a significant cryptographic weakness, as it turned out. It doesn't really do a would-be code-breaker any good to know that some letters in an encrypted message might be the same as the those in the plaintext if he doesn't know which ones. But it does a great deal of good to be able to eliminate possible decryptions because some of their letters are the same as in the plaintext.) Each rotor and each reflector implements a different permutation, and the overall effect depends on their configuration: which rotors and reflector are used, what order they are placed in the machine, and which rotational position they are initially set to. This configuration is the first part of the secret key used to encrypt or decrypt a message. In what follows, we'll refer to the selected rotors in a machine's configuration as 1 through N, with 1 being the reflector, and N the rightmost rotor. In our simulator, N will be a configuration parameter. In actual Enigma machines, it was fixed for any given model (the Navy used four and the Wehrmacht used three.) The overall permutation changes with each successive letter because some of the rotors rotate after encrypting a letter. Each rotor has a circular ratchet on its right side and an "alphabet ring" (Ringstellung) on its left side that fits over the ratchet of the rotor to its left. Before a letter of a message is translated, a spring-loaded pawl (lever)—one to the right of each rotating rotor—tries to engage the ratchet on the right side of its rotor and thus rotate its rotor by one position, changing the permutation performed by the rotor. Thus, pawls always try to engage with the ratchet of their own rotor. The lever on the rightmost rotor (N) always succeeds, so that rotor N (the "fast" rotor) rotates one position before each character. The pawls pushing the other rotors, however, are normally blocked from engaging their rotors by the alphabet ring on the left side of the rotor to their right. This ring usually holds the pawl away from its own ratchet, preventing the rotor wheel to its left from moving. However, the rings have notches in them (either one or two in the original Enigma machines), and when the pawl is positioned over a notch in the ring for the rotor to its right, it slips through to its own rotor and pushes it forward. A "feature" of the design called "double stepping" (corrected in other versions of the Enigma, since it reduced the period of the cipher) is that when a pawl is in a notch, it also moves the notch itself and the rotor the notch is connected to. Since the notch for rotor i is connected to rotor i, when the pawl of rotor i−1 slips through into the notch for rotor i, rotors on both sides of the pawl move (so rotor i−1 and rotor i move).

Last synced: 01 Jan 2025

https://github.com/ctkqiang/corona-virus-ncov

This application is created to keep * people up to date on CORONA VIRUS * during this epidemic event.

Last synced: 01 Jan 2025

https://github.com/ctkqiang/financial_vitality

FinancialVitality（财务活力）模块是一个精心打造的财务评估工具，它通过提供一个简洁直观的命令行界面，为用户提供了一个全面评估个人财务健康状况的便捷途径。该模块功能强大且操作简便，用户只需通过简单的命令，即可获取个人财务状况的详细报告。报告内容涵盖收入、支出、储蓄、投资等多个关键领域，帮助用户全方位了解自己的财务状况。通过FinancialVitality模块，用户可以轻松分析自己的财务结构，发现潜在的财务风险和机会，从而做出更加明智的财务决策。此外，该模块还提供了个性化的财务建议，帮助用户制定合理的财务规划，实现财务自由的目标。

calculation china cli ctkqiang elixir finance financial-analysis open-source vitality

Last synced: 01 Jan 2025

https://github.com/ctkqiang/paynethackathon

Developed for the PayNet Hackathon, this project tackles the challenge of creating data-driven financial solutions by leveraging CASA access, term deposits, credit cards, loans, and transaction data. It delivers innovative, user-centric PFM tools tailored to customer needs using modern technologies.

china duitnow finance fintech hackathon hackathon-project hackathon2024 malaysia paynet personal-finance-manager pfm technology

Last synced: 01 Jan 2025

https://github.com/ctkqiang/keyloggerzghk

This repository contains a Python script for a basic keylogger. A keylogger is a type of surveillance software that monitors and records keystrokes made by a user on a computer. This script specifically captures keyboard inputs and sends the recorded data to a remote server via a webhook URL.

china ctkqiang hacking keylogger

Last synced: 01 Jan 2025

https://github.com/ctkqiang/rfid

该项目演示了如何使用 RFID RC522 模块读取和验证 RFID 卡片。系统旨在允许访问特定的 RFID 标签（卡片），同时根据预定义的标签 ID 拒绝其他卡片的访问。RFID 项目

arduino rfid

Last synced: 01 Jan 2025

https://github.com/ctkqiang/aedpenang

槟城 AED 智能定位平台，让急救设备不再遥不可及。通过精准定位技术，为您导航至最近的自动体外除颤器，提供实时位置、现场照片和周边地标。我们相信，在紧急时刻，每一秒都是生命的希望。这是一个用科技守护城市安全的公益项目。

aed api-rest china ctkqiang emergency emergency-response first-aid malaysia open-source penang rescue

Last synced: 01 Jan 2025

https://github.com/ctkqiang/mobileappanalyzer

这个仓库包含了一个用于分析移动应用文件（APK 和 IPA）的 Ruby 脚本。它能够提取这些文件并运行诸如 APKTool 和 JADX（用于 Android）以及 class-dump（用于 iOS）等工具进行分析。该脚本支持对 Android APK 文件和 iOS IPA 文件进行详细分析，包括提取和解析文件内容，并能自动下载和安装所需的工具。

android apktool china class-dump-swift hacking ios metaspoilt ruby tool

Last synced: 01 Jan 2025

https://github.com/ctkqiang/aia_automation

Automate logging into the AIA Life Planner Portal (ALPP). It navigates to the login page, enters the agent's credentials (stored in environment variables), ticks the terms and conditions checkbox, and initiates the login process, all via a headless Chrome or Chromium browser.

aia alpp automation ctkqiang finance insurance malaysia nodejs