The Actual 9569

The Actual 9569 Out comes 1 The Actual 9569 Outcomes 💡These are the computing syllabus outcomes, you can use this to check your readiness. Section 1: Algorithms and Data Structures 1.1 Algorithmic Representation Employ pseudo-code and flowcharts to demonstrate the flow of programs. Utilize standard symbols in flowcharts. Incorporate various control structures in algorithm design. Use decision tables to examine possible actions based on different input combinations (up to three conditions). Apply modular design principles to break down problems into manageable parts. 1.2 Fundamental Algorithms Code sorting algorithms like insertion sort, bubble sort, quicksort, and merge sort. Explain sorting algorithms through practical examples. Implement search algorithms including linear search, binary search, and hash table search. Illustrate how search algorithms work using examples. Analyze and describe the efficiency of sorting and searching algorithms with Big-O notation for time complexity (excluding space complexity). 1.3 Data Structures Comprehend and implement algorithms for stacks and queues (both linear and circular), as well as linear linked lists and binary search trees.

The Actual 9569 Out comes 2 Understand static and dynamic memory allocation. Perform operations like creation, insertion, and deletion for stacks and queues. Recognize the role of a free space list in memory management. Conduct create, update, and search operations on linear linked lists (excluding doubly-linked and circular versions). Perform create, update (excluding node deletion), and search operations on binary search trees. Understand tree traversals (pre-order, in-order, post-order) and specifically apply in-order traversal for binary search trees. Section 2: Programming 2.1 Coding Standards Apply common coding standards, focusing on indentation, naming conventions, and commenting (including programmer name, date, program description, and version control). 2.2 Programming Elements and Constructs Understand and initialize variables of types like integer, real, char, string, and Boolean, and manage arrays. Utilize common library functions for input/output, string manipulation, and mathematical calculations. Apply fundamental programming constructs for sequence, selection, and iteration. Use functions and procedures to segment code into functional modules. Comprehend and implement recursive algorithms. Trace and record outcomes of recursive and non-recursive programs. Explore the use of stacks in recursive programming. 2.3 Implementing Algorithms and Data Structures

The Actual 9569 Out comes 3 Code sorting algorithms (insertion sort, bubble sort, quicksort, merge sort) and search algorithms (linear search, binary search, hash table search). Develop programs for data structures like stacks, queues, and linked lists (excluding doubly-linked and circular versions). Manage data storage and retrieval in text files. 2.4 Data Validation and Program Testing Differentiate between data validation and verification. Learn and apply various data validation techniques. Identify and resolve different types of programming errors (syntax, logic, runtime). Design and implement test cases using normal, abnormal, and extreme data sets for software testing and debugging. 2.5 Fundamentals of Object-Oriented Programming Define and understand the concepts of classes and objects. Explain encapsulation and its benefits in information hiding and implementation independence. Understand inheritance and its role in promoting software reuse. Explore polymorphism and its application in code generalization (excluding method overloading and multiple inheritance). Section 3: Data and Information 3.1 Data Representation Represent data in binary and hexadecimal forms. Write programs to convert positive integers between denary, binary, and hexadecimal bases. 3.2 Character Encoding Provide examples of Unicode usage.

The Actual 9569 Out comes 4 Incorporate ASCII code in programming. 3.3 Databases and Data Management Define database elements like tables, records, and fields. Use and explain different types of database keys. Discuss concepts of data redundancy and dependency, reducing redundancy to third normal form. Create ER diagrams to illustrate table relationships. Compare SQL and NoSQL databases in addressing database management challenges. Program with both SQL and NoSQL databases. Understand data privacy and integrity protections. Explain data backup versus archiving, and the importance of version control and naming conventions. Discuss data protection under the Personal Data Protection Act in Singapore. 3.4 Social, Ethical, Legal and Economic Issues Understand the ethical conduct required of computing professionals. Discuss the impact of computing on social and economic aspects of lifestyle and workplace. Analyze the broader social, ethical, legal, and economic implications of computing technologies. Section 4: Computer Networks 4.1 Fundamentals of Computer Networks Explain network concepts such as LAN, WAN, intranet, and internet structure. Understand IP addressing and DNS. Discuss the necessity of communication protocols in networks. Describe data transmission in packet-switched networks.

The Actual 9569 Out comes 5 Explain client-server architecture and implement simple server-client interactions using socket programming for specific scenarios like a tic-tac-toe game. 4.2 Web Applications Differentiate between web applications and native applications. Apply usability principles in designing web applications. Develop web applications using HTML, CSS, and Python to handle tasks such as: Accepting user inputs like text and image files. Processing these inputs on a local server. Storing and retrieving data. Displaying outputs in formats such as formatted text, images, or tables. Conduct testing of web applications on a local server. 4.3 Network Security Understand the threats posed by malware (like worms and viruses) and denial of service DoS attacks, and their impact on computer systems. Recognize the roles and limitations of security measures such as firewalls, intrusion detection systems IDS, and intrusion prevention systems IPS in restricting network access. Comprehend how encryption, digital signatures, and authentication contribute to the security of network applications.