Tamil Nadu Common Entrance Test Syllabus
Computer Science and Engineering
Chapter I | Applied Probability & Operations Research |
1 | Design of Experiments |
2 | Probability Distributions |
3 | Queuing Models & Simulation |
4 | Random Processes |
5 | Testing of Hypothesis |
Chapter II | Discrete Mathematical Structures |
1 | Formal Language & Automata |
2 | Graph Theory |
Chapter III | Compiler Design |
1 | Code Generation |
2 | Implementation |
3 | Optimisation |
4 | Principles of Programming Languages |
5 | Programming Paradigms |
Chapter IV | Operating Systems & System Software |
1 | assemblers |
2 | Design and Implementation of LINUX OS |
3 | I/O Systems |
4 | Linkers |
5 | Loaders |
6 | Macro Processors |
7 | Process Management |
8 | Storage Management |
Chapter V | Distributed Systems |
1 | Communication & Distributed Environment |
2 | Distributed Object Based Systems |
3 | Distributed Operating Systems |
4 | Distributed Shared Memory |
5 | Fault Tolerance & Distributed File Systems |
6 | Protocols |
Chapter VI | Programming & Data Structures |
1 | Graph |
2 | Hashing & Priority Queues |
3 | Heap Search |
4 | Problem Solving Techniques |
5 | Sorting |
6 | Trees |
Chapter VII | Algorithm Analysis & Design Techniques |
1 | Advanced Algorithms |
2 | Dynamic Programming |
3 | Greedy Algorithms |
4 | NP Completeness & Approximation Algorithms |
Chapter VIII | Microprocessors,Microcontrollers,Computer Architecture & Organisation |
1 | Combinational Circuits |
2 | Digital Fundamentals |
3 | Instruction Level Parallelism |
4 | Instruction Set Architecture(RISC,CISC,ALU Design) |
5 | Memory Organisation |
6 | Processing Unit & Pipelining |
7 | Synchronous & Asynchronous Sequential Circuits |
Chapter IX | Digital Signal Processing |
1 | Filter Design. |
2 | FFT |
Chapter X | Computer Networks |
1 | Applications |
2 | Data Communication Systems |
Chapter XI | Database Management Systems |
1 | Data Mining & Data Warehousing |
2 | Database Design |
3 | Distributed Databases |
4 | Implementation Techniques |
5 | Object Oriented Databases |
6 | Object Relational Databases |
7 | Relational Model |
Chapter XII | Software Engineering Methodologies |
1 | Analysis |
2 | Architectural Design |
3 | Data acquisition System |
4 | Defects |
5 | Elicitation |
6 | Function Point Models |
7 | Modular Design |
8 | Object Oriented Analysis & Design |
9 | Quality Metrics |
10 | Quality St&ards |
11 | Real Time Software Design |
12 | Requirement Engineering |
13 | Requirements Development & Validation |
14 | Requirements Testing |
15 | Software Configuration Management |
16 | Software Cost Estimation |
17 | Software Maintenance |
18 | Software Product & Processes |
19 | Software Project Management |
20 | Software Quality & reusability |
21 | Software Requirements Management |
22 | Software Testing & Quality Assurance |
23 | Software Testing Principles |
24 | SQA Fundamentals |
25 | System Design |
26 | Test Case Design Strategies |
27 | User Interface Design |
Chapter XIII | Artificial Intelligence |
1 | Applications. |
2 | Intelligent Agents |
3 | Knowledge Representation |
4 | Learning |
5 | Search Strategies |
Chapter XIV | Mobile Computing |
1 | Telecommunication Systems |
2 | Wireless Communication Fundamentals |
3 | Wireless Networks. |
Chapter XV | Security In Computing |
1 | Cryptography |
2 | Database & Network Security |
3 | Information Coding Techniques |
4 | Network Security |
5 | Program Security |
6 | Scientific Computing |
7 | Security in Operating Systems |
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