1. Microprogramming is an important method to design the instruction set of a microprocessor, but many designers feel it difficult to master this method.

2. Structured modular microprogramming is an important base for firmware engineering.

3. Microprogramming techniques, exploiting the less sensitive cost - capacity relationships of semiconductor memory, facilitate consideration of decentralized control.

4. A feasible structure of a generalized microprogramming assembler and the method of its implementation are here discussed.

5. The necessity of adopting microprogramming techniques in the BIU is discussed.

6. This paper describes its basic principles. The modular microprogramming is introduced with an example of the emulation microprogram that has been run on the VAX-11/780 computer.

7. In this paper, a Pascal-like high-level microprogramming language, SMPL, is proposed.

8. This design is simple to microprogramming, which not only has faster computing, but also has high efficiency of analogue control.

9. Microprogramming is a design method applicable to the controller of digital system which has more input variables.

10. This permitted IBM to easily repair microprogramming defects in the field.

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11. This paper briefly presents some of the microprogramming experiences, pointing out that one of the primary backgrounds for developing firmware engineering is the function migration of system software.

12. This article introduces the microprogramming digital control wire bonder, designed according to the principle of the coordinate rotation computer.

13. This method offers a feasible tool for developing a "User Microprogramming" compiler in VAX machine.

14. They successfully extend and implement the thought of automatic microprogramming in actual engineering.

15. The fifth section provides system software design, In order to read and maintain easy, a microprogramming modular is adopted.

16. One of the key problems in CISC microprocessor design is the microprogramming design, which makes great effort to the CISC microprocessor research and development.