Classic & Modern Cryptography tools
Cryptography Tools is a project to develop demonstration tools on classic (currently Caesar and Playfair) & modern crypto-systems, including private & public key encryptions, digital signatures, cryptographic hashes and authenticated encryption.
Algorithmic trading platform
This project is no longer supported. We are working on a new algorithmic trading platform with extreme fast execution speed and lots of cool features. Please visit http://www.algospace.com/ for more detail.
Roll model for trading strategy to C++ or FPGA via Matlab tools
To start: Use the PDF No comments or further support will be provided once my workflow goal is complete. See below for these workflow details. Rationale of this project: There will be more wrong than right in this project as it is strictly for learning to reverse engineer a real world research paper from the banking industry. This is not to include items like charting or trading execution. I am not interested in the performance of this strategy either. As a result, I keep critics, haters, and trolls at bay. This is just to keep this process transparent no different than using an open source software project model. I just hope people will contribute to make this project/process better and even correct. If you fork this, please let me know so I can further learn from your work. Why Matlab? As a result, I am trying to 'rapidly' generate an algorithm with Mupad, generate custom M scripts, and implement into a systematic model with Simulink and Stateflow tools.
This a experimental proyect for a Universal PATCH of all products of Xilisoft & ImTOO. This proyect is for educational purposes only and its 100% experimental. Support me and rate the proyect for better please!!!
mathSuite Speed & Matrix Stream Processor
This program is fundamentally a short-sized version of my mathSuite program: https://sourceforge.net/projects/mathsuite/ It includes all the functionalities of MSCenv (mathSuite Calculus Environment), such as inline variables and functions (mainly thanks to ExprEval), which you can use to perform expensive complex computations and store their results into runtime variables. You can perform also every Linear Algebra Operations included in mathSuite with new optimizations.