Core Concepts In Computer Architecture

Computers and computerized systems have become integral to our society. Evolution is inevitable as they increase more and cope with larger volumes of data & higher velocity of data generation velocity. As a result, computer and enterprise architectures are evolving rapidly, and domain students need to remain updated with the latest emerging trends in the field. At the same time, they need to possess solid knowledge of the rudimentary architecture design that forms the basis of all advanced architectures.

This article offers an overview of the core concepts of computer architecture & offers a quick glimpse of the emerging trends in the domain. Please go through it for some instant computer architecture homework help.

Computer Architecture & Its Categories

The term computer architecture belies loads of complexity. The architecture encompasses numerous design, Illustration Essay,  attributes such as instruction set, the overall functional organization, logic design, etc., as well as implementation aspects such as the design of integrated circuits, packaging & form factor, power supply & cooling systems, and much more. All such aspects must be considered in light of money, time, and resource constraints.  

The scope of a computer architect is not limited to just the instruction set & system infrastructure design. A formal definition of computer architecture can, thus, as follows:

“The designing of organization and hardware of a computer system to meet specific functional goals & requirements

• Organization in computer architecture looks at the high-level aspects of computer design. Organizational aspects of computer architecture look at memory systems & their interlinking, processor features & capabilities, etc. In some cases, the word micro-architecturejavafx abacus assignment help is used instead of the organization.

• One key thing to note is that micro-architectures are not the same as instruction set architectures. Micro-architectures are concerned with the implementation of the instruction set architecture in practice.

• Hardware considerations are high-level design specifics of a system. It looks into the entire logic of a computer as well as the packaging technology implemented.

Computer architecture studies look into all three aspects of a system, right from the instruction set architecture to hardware implementation. In short, computer architecture looks into the overall design of a computer system holistically, dwelling on every level.

Specific goals and functional requirements dictate architecture designs. They are:

• Applicational Domains (Research, Software Development, Gaming, Machine Learning)


• Software & Operating System Compatibility (Windows, Linux, macOS)


• Market Standards (Portability, Security, Reliability, Scalability, Performance, etc.)

We wrap up this write-up with a look at the significant types of computer architecture still in prominence.

The Major Computer Architecture Types

1. Von Neumann Architecture àSingle read/write memory for storing data & instructions; multiple memory locations, each with a unique address; sequential execution unless there's any call for change; MOST COMMON computer architecture;

2. Harvard Architecture àCode & data in separate memory blocks; complex to design; suitable for small data & instruction sets;

3. Instruction Set Architecture àReduced & Complex instruction set computers are the two main types; ISA forms the basis of compilers;

4. Micro-architecture àDefines how a particular instruction set architecture is implemented in a system; supports parallel processing; used in microprocessors & microcontrollers;

5. System Design àFocused on meeting user requirements and product development objectives; follows a modular design procedure.

And that's all the space we have for today. If you need quality computer architecture homework help, look for a reputed service. Look for one that provides OS, DS, ML, and Hadoop assignment help.