You should study computer architecture if you have an interest and talent in that area. The advance in computers is limitless and as more and more services are provided by computers, creative and learned inventors, service people and builders will have a key role in the advancement of those computer technologies.
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t’s impossible to get a solid, well-rounded CS education without understanding computer organization and architecture because too many things depend on such understanding.
Performance analysis of practical software
Parallel software and its execution
Embedded and mobile computing
High-performance game programming
High-performance databases
Accelerators, GPGPU computing and related topics
Modern compilers and code optimization
Low- and mid-level networking issues
Computer Organization and Architecture lets you know how exactly each instruction is executed at the micro level. If you plan to study embedded systems/ processor design, these concepts are very important, as they form the basis of design strategy. It is also a well-known fact that assembly coding is closest to the computer, and it is always the most optimum if written properly. This is very important for real-time or time-critical systems coding, as each millisecond is very important. Knowing the architecture completely helps you write assembly codes. If you are writing assembly codes, you know exactly how many instructions-cycle it will take to execute it, which is generally not possible in higher languages like C/Java, etc.
The subject explores how machines are designed, built, and operate. Knowing what's inside and how it works will help you design, develop, and implement applications better, faster, cheaper, more efficient, and easier to use because you will be able to make informed decisions instead of guestimating and assuming.
The study of computer architecture and organization focuses on the interface between hardware and software, and emphasizes the structure and behavior of the system. As Computer Scientists, we need a basic understanding of computer system itself in order to rectify these problems.
To build faster processor.. to choose a computer for a set of application in a project,to design a compiler or an operating system....
What is architecture?Architecture is the bit of the CPU (Central Processing Unit, or Processor) and/or software. The software can be an Operating System (such as Windows, MAC, or Linux) or even Video Games and other applications.The bit is the amount of data flow that goes through the CPU. Common bits today are 32-bit and 64-bit. If you have a 32-bit CPU, you MUST use a 32-bit OS (Operating System). If you have a 64-bit you can run BOTH 32-bit or 64-bit.What should you chose?If you have a 64-bit CPU, choose 64-bit. It can allocate more RAM (Random Access Memory) and can run both 32-bit and 64-bit software.Seeing x86?That is a 32-bit architecture. Why is it called this? I have no idea.What is a computer organization?When you install an OS, you are asked your name, and organization you work for. It is to register that computer in your name in case anyone needs to find out who it belongs to. If you don't have an organization you can put your address, or leave it blank.
Computer architecture is not useful for the people whose use the computer for general purposes. Mostly, computer architecture helps those people who are in the manufacturing/development sector.
Computer architecture is the parts of a computer and how they relate together in helping it to carry out its purpose. It is a combination of instruction set design and micro architecture.
Computer hardware is the components that make up a computer. Computer architecture is the model used to combine the Hardware into a working unit.
Architecture or Configuration