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ZIPC is developed revolutionary
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Tried to achieve "respond Japanese user's request 100%", so that we respond more than 300 requests!
- Two-way convert function of EHSTM(Extended Hierarchy State Transition Matrix) and EHSTD (Extended Hierarchy State Transition Diagram)!
- Make Statemate MAGNUM option that is widely used in Automobile market, comes true !
- ZIPC Simulator supports not only uITRON RTOS, but also OSEK !
- Auto generation code size (ROM size) is reduced to max of 70% !
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Development process of ZIPC
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Step1 (Analysis -> Design)
ZIPC smoothly transfer the information that is created in High level CASE Tool (Analyze), to Design phase by using ZIPC convert function.
It will reduce the number of edit and document creation.
Step2 (Design)
ZIPC can develop design of dynamic verification by simulating the design sheet.
And when you create virtual prototype, ZIPC can simulate it interface with prototype.
Because of this, most of defect will be solved at Design phase.
Step3 (Implementation)
From design sheet that is created in ZIPC, production level of ANSI C code that can be executable, can be auto generated.
It will eliminate the number of programming and reduce artificial defect dramatically.
Step4 (Test)
ANSI C code that is auto generated transfers into integrated developing environment which matches with the target.
Since ZIPC can interface with different kind of debuggers, it can do target debug at high abstract of design level.
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