My Project List
My code and tying are not guaranteed to be 100% correct, I would greatly appreciate it if you could help me to correct them.
More Projects will be upload in the reading week or long vacation, please wait patiently.
| Project Name | Description | Source | Status & Last Time Update | |
|---|---|---|---|---|
| Straights - CS246 Final Project (C++) |
1. Computer Players are available for different difficulty 2. Graphical display is available 3. MVC is used in the program. |
File is not available at this time | Please contact me for the code | Finished Last Update :2021-12 |
| Image Caption Generator (Python) |
1.Tokenized the vocabulary set for image caption by using the Keras library. Created a data generator that can yield batches to produce feature vectors for images. 2.Applied CNN, RNN and LSTM on the Flickr8k data set to train the model on the Jupyter Notebook, used about 6000 training images by generating the input and output sequences in batches and fitting them to the model. 3.Created the functions based on the trained model to generate the captions for input images by getting the words from images index values. |
N/A | File is not available at this time | Finished Last Update :2021-09 |
| Simple Customer Account Bank Management System (C) |
1.The system is able to display simple banking activities, similar to a real bank machine. 2.Used the file system to handle most of the operations. |
N/A | Please contact me for the code | Finished Last Update :2021-08 |
| Game Solver Collection (C) |
1. Minesweeper Implemented all of the functions of Minesweeper as seen in Microsoft Windows. Used a random seed to generate puzzles with size at most 16 x 16. 2. Maze and Sudoku Solvers Built console-based applications for playing with mazes and Sudoku puzzles. Implemented the right hand rule algorithm for the maze solver; applied a backtracking algorithm for the Sudoku solver. 3. Tic-Tac-Toe AI Built console-based applications for playing Tic-Tac-Toe. Implemented the minimax theorem for the unbeatable Tic-Tac-Toe AI. |
N/A | Please contact me for the code | Finished Last Update :2021-08 |
| Stock Price Trend Prediction (Python) |
1. Used different methods, including formula, ffn.to_returns, pct_change to calculate the return rate of selected stocks. Applied the results to calculate the compound annual growth rate of stocks and the annual growth rate of earnings. 2. Implemented the Monte Carlo method to simulate and predict the evolution of the potential price series in a future trading year based on a random sampling of daily returns following a normal distribution. |
N/A | Please contact me for the code | Finished Last Update :2021-07 |
| {Phone Number Calculator via Dialing Sound (Matlab) | Loads a recording of a phone number being dialed, applies a Fast Fourier Transform to get the frequencies of each tone, then maps the frequencies to digits on a touch-tone dialing pad. | N/A | Please contact me for the code | Finished Last Update :2021-04 |
| Stock Data Visualization & Trading Analysis (Python, jupyter lab and notebook) |
1.Utilizing Matplotlib, Pandas and Yfinance frameworks for stock data analysis and data visualization on selected stocks. 2.Applying linear regression model to determine the relationship between the Nasdaq Composite and each selected stock. 3.Using moving average strategy and other indicator to predict the trading signals for any selected list of stocks and time period by users. 4.Trading simulations and backtesting based on moving average strategy, getting the profits and the total portfolio value in each trading. |
File is not available at this time | File is not available at this time | Continusly Updating: More features and functions will be add in the future Last Update :2021-1-3 |