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IB Computer Science HL

97 lessons across 9 topics

1. System Fundamentals

1Backups And Recovery 2Binary And Decimal Conversion 3Computer Architecture 4Data Representation 5Human Factors And Ergonomics 6Negative Numbers And Binary 7Operating Systems 8Planning And System Installation 9Primary Memory 10Secondary Storage 11Social And Ethical Significance Of Computing 12Systems In Organizations 13Systems Security 14Text, Images, And Sound Representation 15Utility Software

2. Computer Organization

16Assembly-level Thinking 17Boolean Algebra 18Central Processing Unit 19Computer Architecture Revisited 20Logic Circuits 21Logic Gates 22Machine Architecture Concepts 23Registers And Buses 24The Fetch-execute Cycle 25Truth Tables 26Understanding Low-level Operations

3. Networks

27Client-server And Peer-to-peer Models 28Data Transmission And Packets 29Lans And Wans 30Network Fundamentals 31Network Protocols 32Network Security 33Network Topologies 34Reliability And Fault Tolerance 35Social And Ethical Issues In Networks 36The Internet 37Wired And Wireless Communication

4. Computational Thinking, Problem-Solving and Programming

38Abstraction 39Algorithm Design 40Arrays 41Computational Thinking 42Evaluation Of Solutions 43File Handling 44Iteration 45Modularity 46Problem Decomposition 47Programming In Context 48Pseudocode 49Selection 50Strings 51Testing And Debugging 52Variables And Constants

5. HL Extension — Abstract Data Structures

53Abstraction Through Data Structures 54Binary Search Trees 55Efficiency Considerations 56Graphs 57Linked Lists 58Queues 59Stacks 60Static And Dynamic Data Structures 61Trees

6. HL Extension — Resource Management

62Concurrency 63Deadlock 64Managing Computational Resources 65Memory Management 66Optimization Strategies 67Paging And Virtual Memory 68Processor Management 69Resource Management In Systems 70Scheduling

7. HL Extension — Control

71Automation 72Control Systems 73Embedded Systems 74Feedback Loops 75Modelling Control Processes 76Monitoring Systems 77Risks And Reliability In Control Systems 78Sensors And Actuators

8. Option Topic Bank

79Classes, Objects, And Inheritance 80Database Design And Normalization 81Modelling Real-world Systems 82Oop Design And Implementation 83Option A: Databases 84Option B: Modelling And Simulation 85Option C: Web Science 86Option D: Object-oriented Programming 87Relational Database Concepts 88Simulation Design And Evaluation 89Social And Technical Dimensions Of The Web 90Sql And Querying 91Web Technologies And Standards

9. Computational Solution

92Designing Success Criteria 93Developing The Product 94Documentation And Evaluation 95Identifying A Client And Problem 96Planning The Solution 97Testing And Iteration