Dynamic Time Warping (DTW)Currently were are working on 0.5 version of this program in which we want graphical user interface to be improve by removing python interpreter dependency. Currently this project has more than 1,000 source lines writed in C/C++, and goes on!!
DTW Screenshot version 0.5. We can see the new graphic interface.
DTW Screenshot version 0.4 Source Code
Bynaris
Documentation
INDEX->PROGRAM: What does the program? ->INTRODUCTION: Short explanation about the program ->INSTALLATION: Instructions for the instalation ->EXECUTION: How to execute it and a explanation of their functions PROGRAMHandwritten digits recognizer INTRODUCTIONA handwritten digit is introduced in a window and the program answers with the number the computer thinks it is. In addition it gives information of the three algorithms that it has implemented, the results, the time it has taken in solving problem X times, and the digit that each one of the algorithms thinks it has been introduced. INSTALLATIONOnce decompressed the file in a folder, execute make. If it doesn't give back any error, the program is completely compiled. Now you must install it, run make install and it will already be installed. EXECUTIONYou must execute the program with a shell with the command: ./online_dtw.sh [-E|-R|-D] NOTE: Only the combination of the E and R options is implemented. So, you can call the program with the simple options or with the combination -RE, that executes rotation invariance as well as scale. This program shows a window in that you must draw the digit, then press 'Inicia' key. Once you have pressed this key, the program by its own start to recognize the digits, we can close it now, pressing the key 'Tanca' or directly closing the window. In a while we'll obtein the results. |