DEPARTMENT OF COMPUTER SCIENCE & ENGG

Transcription

1 PARTMENT OF COMPUTER SCIENCE & ENGG Consolidated Proposal for UG Curriculum The Department through a series of meetings and lengthy discussions has come up with the following basic framework for undergraduate programme in CSE as under: Department Linked EA/ES & BS Courses 1. Probability and Stochastic Process (Maths) cr 2. Signals & Systems (EE) cr. Material Science (from Physics) cr. One of the following courses -cr MAL 256 Modern Algebra MAL 255 Linear Algebra: Theory, Methods and Applications MAL 210 Optimization Methods and Applications Total 1-15* cr *If a student does 15 credits the extra 1 credit will count towards requirement. PROPOSED Departmental Core LTP Cr 1 CSL 201: Data Structures & Algorithms CSL 202: Discrete Structures -1-0 CSL 215: Digital Logic & Design* -0-5 CSL 216: Computer Architecture CSL 226: Programming Languages CSP 290: Design Practices CSL 1: Operating Systems CSL : Principles of Artificial Intelligence CSL : Computer Networks CSL 51: Algorithms CSL 52: Theory of Computation CSL 62: Database & IR CSL 80: Intro to Parallel & Distributed Programming CSL 90: B.Tech Project / CSL 92 BTP Part Total 12 courses + 1 Design Lab + 1 Project 59 1

2 Requirements for B.Tech CSE Degree: Department Core + 11 Credits of Courses of - credits each Overall Credit Requirements: Institute core 55 + Dept Core (PL-EAS) = 128 core (OC) = 21 Total 19cr + 15 credits of Non Graded Core II. Proposed Departmental Specialization Specializations offered Advanced Concepts Architecture & Embedded Systems Graphics & Vision Software Systems Data Analytics & AI Applications & IT Dept DRC may set a minimum criterion for students wishing to do specialization. All students wishing to do specialization must apply at the end of third year or upon completing 100 earned credits for specialization Requirements Department Core + 1 credits Course on Logic (CSL0 cr) Project Part 2 (8cr) in the area of specialization 5-6 Courses From Department Electives for remaining credits ADDITIONAL CORE FOR SPECIALIZATION 1 CSL0: Logic for Computer Science -0-2 cr 2 CSP9: B.Tech Project Part cr Credits for B.Tech with specialization: () + 10 (OC) = 169Cr Total 169 cr + 15 credits of Non Graded Core 2

3 Proposed Semester Schedule: Credits completed in 1 st year: Credits of Institute Core B.Tech CSE Indicative Semester-wise Course Schedule Sem III IV V VI VII VIII Course I Discrete Structures -1-0 Prog. Languages -0- Principles of AI -0-2 Data Base Mgmt Systems -0-2 Intro to Parallel & Dist. Programming Course II Digital Logic & Design -0- Computer Architecture -0-2 Operating Systems -0- Computer Networks -0-2 Course III Data Structures -0- Signals and Systems -0-2 [PLES] Theory of Computing -0-0 Analysis & Design of Algorithms -1-0 OC Course IV Material Science [Physics] [PLES2] Biology (-0-2)/ Env (2-0-0) Biology (-0-2)/ Env (2-0-0) Math -1-0 [PLES ] OC CourseV Probability and Stochastic Processes -1-0 [PLES1] OC/ OC/ other Design Practices in CS Project 1 (Gen) L-T- P/Cr 21 22/2 18/ Total: 19 B.Tech CSE with Specialization: Indicative Course Schedule: The student choosing a CSE specialization would! Do the course on Logic (VIIth Sem)! More Department Electives [9 Cr] spread over 5 th - 8 th sem! Do Project Part 1 (specialized) & Project Part 2 [8 cr]

4 Course Number & Title L- T- P Credits Status CSL1: Machine Learning Existing CSP15: Embedded System Design Laboratory Revised CSR10: Professional Practices (CS) Existing CSS10: Independent Study (CS) Existing CSL6: Compilers New CSL718: Architecture of High Performance Computers Existing CSL719: Synthesis of Digital Systems Existing CSL722: Compiler Optimization New CSL72: Advanced Computer Networks Existing CSL726: Numerical Algorithms New CSL70: Parallel Programming Existing CSL72: VIRTUALIZATION AND CLOUD COMPUTING Existing CSL70: Software Engineering Existing CSL750: Foundations of Automatic Verification Existing CSL751: Algorithmic Graph Theory Revised CSL752: Geometric Computing Revised CSL75: Complexity Theory Revised CSL75: Approximation Algorithms Revised CSL756: Mathematical Programming Revised CSL758: Advanced Algorithms Revised CSL759: CRYPTOGRAPHY AND COMPUTER SECURITY Revised CSL760: Advanced Data Management New CSL768 WIRELESS NETWORKS Existing CSL770: Advanced AI New CSL771: Machine Learning New CSL772: Natural Language Processing New CSL776: Learning Probabilistic Graphical Models New CSL780: Computer Vision New CSL781: Computer Graphics Existing CSL78: Digital Image Analysis Existing CSL788: Embedded Computing Revised CSL812: System Level Design and Modelling Existing CSL818 Principles of Multiprocessor Systems Existing CSL819: Advanced Distributed Systems New CSL821: Reconfigurable Computing Existing CSL80: Distributed Computing Existing CSL81: Semantics of Programming Languages Existing CSL82: Proofs and Types Existing CSL859: Advanced Computer Graphics Existing

5 CSL860: Special Topics in Parallel Computation Existing CSL861: Special Topics in Hardware Systems Existing CSL862: Special Topics in Software Systems Existing CSL86: Special Topics in Theoretical Computer Science Existing CSL86: Special Topics in Artificial Intelligence Existing CSL865: Special Topics in Computer Applications Existing CSL866: Special Topics in Algorithms Existing CSL867: Special Topics in High Speed Networks Existing CSL868: Special Topics in Database Systems Existing CSL869: Special Topics in Concurrency Existing CSL870: Special Topics in Machine Learning New CSL872: Special Topics in Cryptography New CSV878: Special Module in Machine Learning New CSV879: Special Module in Financial Algorithms New CSV880: Special Module in Parallel Computation Existing CSV881: Special Module in Hardware Systems Existing CSV882: Special Module in Software Systems Existing CSV88: Special Module in Theoretical Computer Science Existing CSV88: Special Module in Artificial Intelligence Existing CSV885: Special Module in Computer Applications Existing CSV886: Special Module in Algorithms Existing CSV887: Special Module in High Speed Networks Existing CSV888: Special Module in Database Systems Existing CSV889: Special Module in Concurrency Existing CSV890:Special Module on Visual Computing New School of IT courses SIL765 Networks & System Security Existing SIL769 Internet Traffic - Measurement, Modeling & Analysis Existing SIL801 Special Topics in Multimedia System Existing SIL802 Special Topics in Web Based Computing Existing SIV81 Applications of Computer in Medicines Existing SIV861 Information and Comm Technologies for Development Existing SIV86 Special Module on Media Processing & Communication Existing SIV895 Special Module on Intelligent Information Processing Existing