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Computer Architecture is one of the most interesting fields of computer engineering. If you want to learn computer architecture then you must learn pipelining. This may appear simple but most students often get stuck with computer architecture assignments. If you are one of the students who have invested an ample amount of time without getting a solution for your assignment then you take seek Computer Architecture Assignment Help from ‘The Programming Assignment Help’. Our brilliant programmers will complete the assignments before the given timeline without compromising on the quality. More importantly, we follow the university standards and guidelines and ensure a 100% unique solutions for all programming assignments.
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Before we get into, what is our USP and key focus areas while providing computer engineering assignment help, let us learn more about computer architecture.
Computer architecture is a subject that comprises a set of rules and methods which are used to explain the functionality and implementation of computer systems. In layman’s terms, computer architecture tells you which technologies are compatible with the computer system. Computer architecture is the science of selecting the right hardware along with the components that are used in the computer. It is essential to design the architecture perfectly since this would have an impact on the program that the developer codes. This architecture is built to serve the logical purpose of the functioning of a system. Previously, computer architecture would majorly emphasize on the working of CPU and how memory is used by it, but now its focus is completely on Non-Uniform Memory Access (NUMA).
Binary coding is the concept that is used by computers to process information. It is represented in the below format
Number |
Binary Coding |
|
Number |
Binary Coding |
0 |
0000 |
|
6 |
0110 |
1 |
0001 |
|
7 |
0111 |
2 |
0010
|
|
8 |
1000 |
3 |
0011 |
|
9 |
1001 |
4 |
0100 |
|
10 |
1010 |
5 |
0101 |
|
So on…… |
|
You can add or subtract binary numbers to get the solution just like you do in mathematics. For example: 3+5=8 and same can be done in binary 0011+0101 = 1000. It is that simple.
Listed below are the different categories of computer architecture:
This is the language that is easily read by the CPU (Central Processing Unit) embedded in the system. This is actually termed as a machine language that would set the format, word size, address, memory and instruction sets.
This will explain the process of making relationships and also about storage contents. This organizes everything in a proper way.
This consists of hardware components that are embedded in the system and those include CPU, switches, buses, etc.
Computer architecture is a blend of both Memory organization and Instruction Set Architecture (ISA). The latter one has the parts that are visible to the programmers and let them carry out the work. With three categories of computer architecture, it is important for the programmer to choose ISA and then implement using the hardware effectively. When you are designing any computer architecture, you need to keep the performance and consumption of power in mind.
The implementation is further categorized into three types:
This is not connected to computer architecture but relates to hardware design engineering. This will design some parts in the system that are connected at the gate as well as transfer levels.
This kind of implementation is carried out in the secondary level which allows you to use latches and multiplexers to boost the performance.
In this type of implementation, circuits are drawn, the chip floor plan is designed and wires that are connected are routed.
Computer architecture will directly impact the logical execution part of the program, which a programmer can see. When it comes to organizing the computer, there would involve a lot of operational units and interconnections that would show the specifications of the architecture. The attributes of a specific architecture comprise instructions, data types, input/output processes, and addressing memory.
A Computer has many electronic components. The complicated hierarchal nature of this kind of electronic system would show the descriptions and designs. The designer should pay attention to each level of the system. Every level comprises specific components that are interconnected.
Structure: This shows the relationship that is between various components. The structure comprises of the following components:
Functions: This shows every part of the structure along with the operations. A few of the key functions include:
Understanding the architecture of the computer is a bit complicated for Computer science students, especially for those who are inclined toward programming languages. They may be spending sleepless nights writing the assignments on the computer architecture-related topics given by the lecturers but are unable to come up with a good solution. However, if you are one of the students who have no time in completing the assignment, then you can approach our Computer Architecture Assignment Help experts to get the assignment done before the given timeline and with perfection. We will provide you with a summary of how we arrived at the solution. This will help you in understanding the assignment solution and answering all the questions asked by your professor relating to the work done.
We are the first choice of every student to get their computer architecture assignment done. We have a team of Computer Architecture homework Help programmers who craft assignments that are 100% original. So students who are stressed with neck-deep assignments can assign the work to us and forget about it. We guarantee the complete work before the deadline. We are confident enough in offering quality and reliable computer architecture assignment services to students because we have hired the best computer architecture experts.
Principles of Computer Design | Memory Hierarchy Design |
Vector Architecture, SIMD and GPU Architectures | The MIPS Architecture |
Pipelining and Superscalat Techniques | Multiprocessors and Multicomputers |
System Level Parallelism | Bus, Cache and Shared Memory |
Dataflow Architecture | Parallel Models, Languages and Compilers |
Multivector Multiprocessors | Reorder Buffer |
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