Task
Instructions
How to solve project documentation: Main task-debug and create a branch of the microprogram Documents containing the following parts:
1. Title page with course name, course year, your name and date create.
2. Assignment number and full text.
3. Describe your solution or your specifications accurately, and provide more detailed information and the number of selected operation codes.
4. A short description of the algorithm used.
5. Function flow chart.
6. Part of the instruction you implemented. (Part of your microprogram).
7. Debugging results-input and output pre-formed test data and results.
8. The number of microinstructions used, and the number of clocks used depends on the input variable. The minimum and maximum use clock.
9. Work summary. Describe some knowledge and the problem to be solved.
10. The document will be short, without any unavailable information.
Fill in A4 format Documentation
Will show your teaching at or after the 12th seminar, some of which Available simulators.
Your instructions must be part of the DOP processor. You must choose one of them Free operation code.
The instructions cannot be presented alone, but with all DOP description. Main task-debug and create a branch of the microprogram Documents containing the following parts:
1. Title page with course name, course year, your name and date create.
2. Assignment number and full text.
3. Describe your solution or your specifications accurately, and provide more detailed information and the number of selected operation codes.
4. A short description of the algorithm used.
5. Function flow chart.
6. Part of the instruction you implemented. (Part of your microprogram).
7. Debugging results-input and output pre-formed test data and results.
8. The number of microinstructions used, and the number of clocks used depends on the input variable. The minimum and maximum use clock.
9. Work summary. Describe some knowledge and the problem to be solved.
10. The document will be short, without any unavailable information.
Fill in A4 format Documentation:
Will show your teaching at or after the 12th seminar, some of which Available simulators.
Your instructions must be part of the DOP processor.
You must choose one of them Free operation code. The instructions cannot be presented alone, but with all DOP description. available DOP projects:
Conversion from sign and magnitude code to 2’s complement code Convert double word size (2*16bits) operand from the sign and magnitude code to the 2’s complement code. Memory address of input operand is in register S.
Result will be stored into memory on address defined by D register. Source operand is stored in memory with „little-endian“ order.
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