Time Series API 2.1.0

Time Series API is a professional C++ class library for simulating (backtesting) and deploying financial trading strategies as well as general purpose time series modelling. The library is a stand-alone time series engine that can be extended via a component object model.

Models are defined using 'formula syntax and semantics' made possible by a set of lightweight interface classes that supersede the component framework. The library supports the modelling of even the most complex ideas, is easily extended, and supports deployment in any timeframe (variable or fixed, with intervals as short as one millisecond). The library also benefits from a set of highly optimized database classes for reading and writing millions of records in seconds.

As a general purpose tool for modelling time series, Time Series API has applications in many domains, such as:

* Trading and investment strategy simulation and deployment:
o Individual market and inter-market models
o Iterative evaluations on baskets
o Evaluation on aggregates (e.g. custom indices)
o Fundamental company data models
* Economic modelling
* Time series normalization and processing:
o Normalizing neural training data
o Data transformations
o Timeframe conversions
* Data monitoring (e.g. financial, scientific):
o Event Notification
o Pattern recognition
o Filtering applications, (e.g. noise reduction)
* Computational modelling
o Genetic algorithms

Requirements:	No special requirements
Release Date:	July 16, 2009
Platforms:	Windows NT 4.x, Windows 2000, Windows XP, Windows 2003 , Windows Tablet PC Edition 2005
Keyword:	Automated Trading,  Backtesting,  Black Box Trading,  C++,  Financial Modelling,  Financial Simulation,  Historical Simulation,  System Trading,  Time Series,  Trading Simulation,  Trading Strategies,  Trading System,  Walk Forward Simulation
Version 2.1.0 Changes:	- Support for variable length time intervals (e.g. tick-bars, volume-bars). - Comprehensive reports and logs allow for in-depth inspection of all aspects of a simulation. - Advanced memory management allows simulations to operate on decades of tick-by-tick data without straining resources.
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