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Dynamic portfolio rotation trading system backtesting. Matrix calculations of a list of securities over a date range allow for stock or fund rotation through a portfolio, as well as an entire new category of "Market Breadth" indicators, and new methods of analysis and trading. Pikker will test your trading ideas the way you really trade... portfolio rotation of multiple securities selected from an unlimited collection of available securities. With Pikker, now you can back-test your system on ALL of your historical securities data at once! Test your trading system on historical data for multiple securities simultaneously. Write and test trading systems to rank and screen securities over years of historical data. Save hours of manual work by combining and automating two processes in a way that other trading software isn't capable of. The result is a more accurate picture of how your proposed trading system performs in realistic conditions. You will confidently make more profitable trading decisions. A New Dimension In Technical Analysis. Traditional technical analysis takes a one-dimensional view of the market, a single security over a period of time. In Pikker, a matrix is constructed for a collection of securities over a date range. Matrix calculations allow for Dynamic Portfolio trading.
55 technical indicators are included (and more in the works), as well as a large number
of mathematical functions, all of which can be combined to create specific trading rules and screening criteria.
Features include: Indicators, Functions, Help File, Windows Compatible, Detailed Report, Account, Portfolio, Lightning Fast, Dataset Flexibility, System Testing, Sort Criteria, Auto-Update
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embedded sip phone
Bulletin Board System
system shortcut
640-802 testing
custom embedded font
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Pikker: http://www.emporium-sw.com/files/pikkr.exe
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TPT is a model-based testing tool for testing embedded systems, especially the testing of control systems. TPT supports all important fields of the test process which are in detail the management of tests, test modelling, test execution, test assessment, and test documentation. Key benefits: cost-efficient consistent testing for all phases of the development: One test description for all development phases (MiL, SiL, HiL). Early malfunction detection. Intuitive test description: Model-based test development without extensive programming skills required. The graphical test-modeling is platform-independent. Efficient automatic test execution: Automatic test execution, test result evaluation, test documentation. Shorter HiL-timing. Economy of time: Re-use of test and regression testing. Portable to different Platforms: Simple integration into all platforms (e.g. MATLAB/Simulink, TargetLink, LabVIEW, C-Code, CAN, LIN, HiL-Tests). Real-time enabled: Testing of controller systems. Reactive Tests which can react on the system’s behaviour during the test execution. ASAM MCD-3 Measurement: Parallel to the test execution controller internal signals can be measured via MCD-3 . Universl test tool: The test specification (modeling) is identical for all tests (model-testing, unit-testing, Integration-testing, validation-testing, regression-testing) Highest test-quality by means of systematic testing. Requirements tracing: Traceability of requirements and tests.
TPT: http://www.piketec.com
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