Introduction to Computer Systems

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Daniel Bullen

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1. Introduction to Computer Systems

1.1 1 - Introduction to Computer Systems Activity.docx

1.2 1 - Introduction to Computer Systems Answers.docx

1. Introduction to Computer Systems.mp4

12:29

2.1 2 - Introduction to Electronics and Physics Activity.docx

2.2 2 - Introduction to Electronics and Physics Answers.docx

2. Introduction to Electronics and Physics.mp4

17:08

3.1 3 - CPU and its Components Activity.docx

3.2 3 - CPU and its Components Answers.docx

3. Introduction to the CPU and Its Components.mp4

18:20

2. Computer Architecture

1.1 4 - Von Neumann Architecture Activity.docx

1.2 4 - Von Neumann Architecture Answers.docx

1. Von Neumann Architecture.mp4

17:12

2.1 5 - Harvard and Other Architectures Activity.docx

2.2 5 - Harvard and Other Architectures Answers.docx

2. Harvard and Other Architectures.mp4

06:17

3.1 6 - Assembly Language and the CPU Activity.docx

3.2 6 - Assembly Language and the CPU Answers.docx

3. Assembly Language and the CPU.mp4

33:55

3. Factors Affecting CPU Performance

1.1 7 - CPU Performance Activity.docx

1.2 7 - CPU Performance Answers.docx

1. Factors Affecting CPU Performance.mp4

08:16

2.1 8 - Physics of Overclocking the CPU Activity.docx

2.2 8 - Physics of Overclocking the CPU Answers.docx

2. Physics of Overclocking the CPU.mp4

12:47

4. Logic

1.1 9 - Introduction to Combinatorial Logic Systems Activity.docx

1.2 9 - Introduction to Combinatorial Logic Systems Answers.docx

1. Introduction to Combinational Logic Systems.mp4

22:21

2.1 10 - Making of Logic Gates Activity.docx

2.2 10 - Making of Logic Gates Answers.docx

2. The Makings of Logic Gates.mp4

39:05

3.1 11 - Logic Gates and Semiconductors Activity.docx

3.2 11 - Logic Gates and Semiconductors Answers.docx

3. Logic Gates and Semiconductors.mp4

14:15

4.1 12 - Sequential Logic Systems Activity.docx

4.2 12 - Sequential Logic Systems Answers.docx

4. Sequential Logic Systems.mp4

35:37

5. Binary

1.1 13 - Introduction to Number Systems Activity.docx

1.2 13 - Introduction to Number Systems Answers.docx

1. Introduction to Number Systems.mp4

12:53

2.1 14 - Binary Denary and Hex Conversions Activity.docx

2.2 14 - Binary Denary and Hex Conversions Answers.docx

2. Binary, Denary and Hexadecimal Conversions.mp4

06:19

3.1 15 - Binary Addition Activity.docx

3.2 15 - Binary Addition Answers.docx

3. Binary Addition.mp4

05:51

4.1 16 - Negative Numbers in Binary Activity.docx

4.2 16 - Negative Numbers in Binary Answers.docx

4. Negative Numbers in Binary.mp4

07:54

5.1 17 - Decimal Numbers in Binary Activity.docx

5.2 17 - Decimal Numbers in Binary Answers.docx

5. Decimal Numbers in Binary.mp4

26:44

6.1 18 - Binary and Sound Activity.docx

6.2 18 - Binary and Sound Answers.docx

6. Binary and Sound.mp4

17:28

7.1 19 - Binary and Images Activity.docx

7.2 19 - Binary and Images Answers.docx

7. Binary and Images.mp4

05:57

8.1 20 - Binary and Text Activity.docx

8.2 20 - Binary and Text Answers.docx

8. Binary and Text.mp4

04:58

6. Assessment

1. Introduction to Computer Systems Assessment.html

Description

Computer Organisation & Logic and Binary Fundamentals

What You'll Learn?

Explain the role of the CPU
Describe the components of the CPU
Provide an introduction to assembly language
Explain the factors that affect CPU performance
Examine the Physics of Overclocking the CPU

Who is this for?

Beginners interested in Computer Science theory

What You Need to Know?

No knowledge of the CPU required

A computer with stable Internet connection

More details

Description
This is a basic course on Introduction to Computer Systems. This course is meant for GCSE, iGCSE, A Level and International Baccalaureate (IB) Computer Science students, BTEC students, Engineering Students of Electrical, Electronics, Communication, Computer Science and IT, BSC Students, Diploma Students (Polytechnic), BCA students, MCA students, MTech Students, MS Students and also anyone with an interest in Computing or are looking to explore Computing. This course is not only beneficial for students to earn credits as a part of their course curriculum but also score well in competitive exams. This course will go through the different aspects of the workings of a computer system. The course also introduces links between Computer Science, Physics and Electronics. Areas covered include the CPU and its inner workings, the different computer architectures (vonÂ Neumann, Harvard), CPU performance factors, the physics of overclocking the CPU and programming in assembly language. Within assembly language, the LMC architecture will be covered along with its association with the von Neumann architecture. The course has been designed so that the novice will be able to slowly gain a good understanding as to what is involved in the course content and be able to ace their exams and assignments.
Who this course is for:
Beginners interested in Computer Science theory

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Daniel Bullen is a Qualified ICT and Computer Science teacher and a Private Tutor of the same subjects. He has a 2:1 Honours degree in Information and Communication Technology (ICT). In addition, he has a PGCE Secondary in IT and Computing, which is a teacher training qualification. He has 2 years of experience with online tutoring ICT and Computer Science up to and including A Level. He has occasionally tutored undergraduate level Computer Science. In addition, he has 3 years of teaching experience. His favourite topics are computer systems, operating systems, programming and quantum computing.

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