Number Sytems – Logic Gates-Functional Units – Memory Hierarchy-Addressing Modes-Design of ALU- Control unit-Parallelism
What you will learn
Students will be facilitated to solve the different types of problems in Number System and realization of different circuits using logic gates.
Insight into the functional units of a computer enables one to decide about hardware design. Memory hierarchy helps in writing more efficient code
Learning about instruction sequencing and addressing modes equips on how computers execute tasks , improved programming tasks and optimized hardware design
Comprehending the design ALUs is crucial for the development of optimized algorithms hardware systems contributing to advancements in technological domains
The application of fast multiplication and division contributing to the capability of computing systems in addressing large-scale computational challenges
To understand the basic operations in control unit ,pipelining,hazard and influence on instruction set will enable to understand performance control operation
Understanding the knowledge on parallelism,Flynn’s Classification,ARM 5 and ARM 7 architectecture enables secure execution and protection of sensitive datas
Why take this course?
๐ Course Title: Computer Organization and Architecture 2024
๐ Headline: Master the Core: Number Sytems – Logic Gates – Functional Units – Memory Hierarchy – Addressing Modes – Design of ALU – Control Unit – Parallelism
๐ Course Overview:
Dive into the fascinating world of computer architecture and organization with our comprehensive course. This journey will unlock the fundamental concepts that are the cornerstone of understanding how computers process data, store information, and perform tasks at a micro-level. By mastering these foundational elements, you’ll set the stage for advanced learning in computer science, engineering, and beyond.
๐ Key Learning Objectives:
- ๐งฎ Number Systems & Logic Gates: Solve problems related to number systems and design circuits using logic gates.
- โ๏ธ Functional Units & Memory Hierarchy: Make informed decisions on hardware design and optimize memory usage for more efficient code and algorithms.
- ๐ ๏ธ Design of Arithmetic Logic Unit (ALU): Understand the inner workings of ALUs to develop optimized algorithms for both hardware and software systems.
- ๐ Addressing Modes & Instruction Sequencing: Learn how computers execute tasks, leading to better-performing hardware and software configurations.
- ๐งฉ Control Unit & Parallelism: Gain insight into the control unit’s operation, parallel processing concepts, and real-world problem-solving strategies.
- ๐ Pipelining, Microprogrammed Control, & Hazards: Comprehend the complexities of control units and learn to overcome instruction set challenges.
- ๐ค Flynn Classification, ARM Architecture, & Data Execution: Understand how to execute and protect sensitive data, with a focus on modern architectures like ARM 5 and ARM 7.
๐ Course Features:
- ๐ Interactive Content: Engage with multimedia content that includes videos, quizzes, and interactive exercises to solidify your understanding of each concept.
- ๐ง Real-World Applications: Learn through practical examples and case studies that demonstrate the application of these principles in current technologies.
- ๐ค Expert Instructor: Be guided by Dr. Padmini Panneer Selvam, an expert instructor with years of experience in the field.
- ๐ค Problem-Solving Skills: Develop critical thinking and problem-solving skills essential for a career in computer science and related fields.
- ๐ป Cutting-Edge Topics: Explore modern topics like parallelism, pipelining, and microprogrammed control to stay ahead in the ever-evolving field of computer technology.
๐ Why Take This Course?
This course is your stepping stone to understanding the nuts and bolts of computing systems. It will equip you with the knowledge and skills necessary to excel in a variety of technological roles, from software development to hardware design. By completing this course, you’ll gain:
- ๐ Enhanced ability to write efficient code and design hardware.
- ๐ A deeper understanding of how computers process information, leading to better performance in computational tasks.
- ๐คฟ Insight into the architecture behind the latest technologies like ARM processors.
- ๐ Skills to troubleshoot, optimize, and innovate within the field of computer science.
๐ Course Outcome:
By the end of this course, you will not only have a strong grasp of computer organization and architecture but also be able to apply this knowledge in practical scenarios. You’ll join the ranks of professionals who are ready to tackle the challenges of tomorrow with confidence and expertise.
๐ Enroll Now and Embark on Your Journey to Mastering Computer Organization and Architecture! ๐