Hi all,
Can someone save my life by correct following/part of follwoing paper?
Conclusion and Future Work
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Conclusion:
This paper deals with the project "combinatorial logic design", which is developed to assist the students in the learning of the design implementation of various digital circuits. The process of combinatorial logic design consists of four steps. In the first step, the user enter its function. The user can minimize the function in the second step. In step four, the function entered by the user is implemented with the selected logic element selected by the user in step three. The function implementation is performed step by step.
In chapter 3 discusses the used technologies, tests and quality assurance. The project is designed according to Struts2 MVC Model. We considered the quality according to the standard ISO 9241-10, which predefines policies for the design and evaluation of a dialogue, and explained how this project meets these policies. technically, we used function-oriented test method to assure the quality. Basic principle is the execution of the software being tested with a systematic input data set, which has been divided into classes. For each test case an expected output data to the input data is given. The generated output data are compared with the expected data. The expected output data in our case can be counted by hand or by observing.
Our Project is evaluated by student in first years. The evaluation was over 6 weeks and in three phases. In each phase, the student comments and suggestions for improvement are recored, in taken over in the new version of the project, which is in turn evaluated in the next phase. The students recommend to use the application for teaching. The result of the students evaluation is attached to this paper (See Appendix).
Chapter 7 explaines the structure of the project for the developer and meaningful code is added.
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Future Work:
In future, new/existing input functions /logic element can be added/extended. For the new function, a parser and/or design page are needed. In the client side, the developer should give name for the neu function. In the server side, the developer has to extend the action so when the action receives the name of this function, the action will use/returns the appropriate parser/design-page (no new action is needed see listing, see listing 8.1).
Existing functionality, which can be extended, is to implement the input function with 4x1 multiplexer. The implementation for the boolena function with 4x1 multiplexer is similar as the implementation with 2x1 multiplexer. The logic elements Decoder and FPGAs can also be extended to new types (for example: 32x1 for decoder and 32 bit for FPGAs).
New functionality, which can be added - and that the sutdents have wished in the evaluation - is the implementation of boolan functions with automata. Regardless of the specification of the automata, a parser, which prepares the design information and a design-page, which implements the function using the prepared information , are needed.

