|
|
 |
|
Standard CASE Tool for Embedded Systems !
The No.1 CASE Tool for Embedded Systems !
|
|
ZIPC continues to evolve with software on-site.
Due to this, ZIPC continues to be chosen No. 1 CASE Tool usage in Embedded Systems by Japan Electronics and Information Technology Industries Association (JEITA).
Most of Tools which support embedded developing environment are based on high level design CASE Tool which supports specification phase or based on low level design Debug Tool which supports test phase.
Since there is a big difference between high level and low level design, it leads to one of the reasons to make CASE Tool widespread slow.
ZIPC is powerful middle CASE Tool to support design phase and evolve to fill the space between high level phase and low level phase.
Now, ZIPC achieves many coordination with high level CASE Tools and low level Debug Tools and provides seamless developing environment by supporting each of "analyze-design-test" phases.
|
|
|
|
We adapted Extended Hierarchy State Transition Matrix Design Method !
|
|
CASE Tool used flow chart and State Transition Diagram a lot in the past.
CASE Tool can support the project if user designs normal case, but if user designs rear case included detail design, it cannot support everything.
However, ZIPC designs with State and Even of the program, so it can designs not only normal case, but also rear case at same time.
Because ZIPC can include combination of rear case designs at the design phase, it reduces defect percentage at test phase.
Also, for ZIPC uses Extended State Transition Matrix Method that is extension of state transition matrix method, it helps to create the most appropriate design.
ZIPC integrates object oriented state chart method to create seamless design from high level design of object oriented method to design in ZIPC.
|
|
|
Prevent defect by using EHSTM
|
Make simple STM by using EHSTM
|
|
|
A lot of examples tell you ZIPC's advantages and its performance.
|
|
ZIPC is introduced to many different business markets such as mobile, car electronics, home electronics, Office Automation Equipment, and Factory Automation.
Advantages that we collected from customers are listed below:
- By operating ZIPC, Productivity rate became 4 times more than usual !
- Bug incident rate became 1/30 and improved the quality of products !
- Development cost decreased 26% compare to usual method !
- By using dedicated editor, time of design creation decreased to 1/2 !
- By applying Extended Hierarchy State Transition Matrix Design Method, design sheet became 1/6 slim !
- By integrating Extended Hierarchy State Transition Matrix Design Method, effective design review is contributed !
|
|
|
|
|
|
