Register Transfer Language



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A digital system Is an interconnection of digital hardware module. that accompalish a specific Wormation-proceaslna taslc. Digital systems vary in size and complexi.ty interacting digital &om a few integrated circuits to a complex of interconnected and computers. Digital system design invariably Uses a modular approach. The modules are constructed &om such digital components as ules registet&, are in decoders, terconnected arithmetic with common elements data and control paths , and control logic. The to fonn various moda digital computer system.

These Topics Are Also In Your Syllabus Register Transfer Language
1 Types of Operating Systems - Batch operating system, Time-sharing systems, Distributed OS, Network OS, Real Time OS link
2 OCTAL AND HEXADECIMAL NUMBER CONVERSION -2 link
You May Find Something Very Interesting Here. Register Transfer Language link
3 DECIMAL REPRESENTATION-INTRODCTION link
4 ALPHANUMERIC REPRESENTATION link
5 Complements link

Digital modules are best defined by the registet& they contain and the operations executed that are performed on the data stored in them. The operations on data stored in reglstet& are called miaooperations. A mlaooperation is an elementaxy operation perfonned on the infonNtion stored in one or infonNition more registers. The result of the operation may replace the previous binary of a register or may be tnmsferred to another register. Examples of ponents mlcrooperations introduced are in Chap. shift, count, 2 are registet& clear, and load. that implement Some of microoperations. the digital comFor example, a counter with parallel load is capable of performing the moperations increment and load. A bidirectional shift register is capable of performing the shift right and shift left microoperations.

These Topics Are Also In Your Syllabus Register Transfer Language
1 Types of Operating Systems - Batch operating system, Time-sharing systems, Distributed OS, Network OS, Real Time OS link
2 Hardware Implementation- shift operator link
You May Find Something Very Interesting Here. Register Transfer Language link
3 Arithmetic Logic Shift Unit link
4 Instruction Codes link
5 operation code link

The internal hardware organization of a digital computer is best defined by specifying:

These Topics Are Also In Your Syllabus Register Transfer Language
1 Types of Operating Systems - Batch operating system, Time-sharing systems, Distributed OS, Network OS, Real Time OS link
2 ALPHANUMERIC REPRESENTATION link
You May Find Something Very Interesting Here. Register Transfer Language link
3 Complements link
4 Complements -2 link
5 Subtraction of Unsigned Numbers link

1. The set of registers it contains and their function.

These Topics Are Also In Your Syllabus Register Transfer Language
1 Types of Operating Systems - Batch operating system, Time-sharing systems, Distributed OS, Network OS, Real Time OS link
2 Subtraction of Unsigned Numbers-2 link
You May Find Something Very Interesting Here. Register Transfer Language link
3 Fixed-Point Representation link
4 Integer Representation link
5 Arithmetic Addition link

2. The sequence of microoperations performed on the binary information stored in the registers.

These Topics Are Also In Your Syllabus Register Transfer Language
1 Types of Operating Systems - Batch operating system, Time-sharing systems, Distributed OS, Network OS, Real Time OS link
2 Hardware Implementation- shift operator link
You May Find Something Very Interesting Here. Register Transfer Language link
3 Arithmetic Logic Shift Unit link
4 Instruction Codes link
5 operation code link

3. The control that initiates the sequence of microoperations.

It is possible to specify the sequence of microoperations in a computer by explaining every operation in words, but this procedure usually involves a lengthy descriptive explanation. It is more convenient to adopt a suitable symbology to describe the sequence of transfers between registers and the various arithmetic and logic microoperations associated with the transfers. The use of symbols instead of a narrative explanation provides an organized and concise manner for listing the microoperation sequences in registers and the control functions that initiate them.

 


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