ece-vth sem

8/11/2019 ECE-VTH SEM

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ACADEMIC PLAN FOR ECEV-SEMESTER (2011-12)Subject : Digital Circuit and SystemII Subject Code: ETEC-301

Total Teaching weeks in Semester: 14 weeks L T C

3 1 4

Total Lecture Classes available : 40 Total Tutorial Classes available: 14

First Term

S. No. Topics to be covered Lectures Tutorials

1. Introduction to Digital Design. 2

2. Concept of ASM. 3

3. Realization through Gates, MUX, PLD --do--

4. Specialization of Combinational S/m. 1

5. Basic Lang. Elements. 1

6. Behavioral Modeling. 1

7. Signal Assignment Statements. 1

8. Structural Modeling, comp declaration, comp. instantiation 1

9. Package declaration, Package body. 1

10. Design of standard combinational modules. 2

11. Generate Statement --do--12. Design of binary multiplier, Multiplication of signed binary no. Design of

serial adder with accumulator.

3

Second Term


1. Async. Seq Ckts. Flow Table, Merger ________________ 4

2. Design of seq. Ckt. using VHDL, FF, Reg. Counter + State machine

modeling

3

3. State graph for control network (ASM) 1

4. Sub pgm overloading, operator overloading, signature Generics and

Configuration

3

5. Functions and Procedures 1

6. Model Simulation 1

7. Writing Test bench dumpking result, reading vector from a text file. 3

Third Term


1. Overview of FPGA and CPLD 2

2. Study of int. architecture of xilinx vertex series of devices. 3

3. Alteras Cyclone procesors 2
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ACADEMIC PLAN FOR ECEV-SEMESTER (2011-12)Subject :Control Engineering Subject Code: ETEC-303


3 1 4


First Term


1. Definition of Control System, Close Loop and Open Loop Control,Examples of Control System

1 1

2. Concept of Mathematical Model, Linear and Non-Linear System 2 2

3. Transfer Function with simple examples 1 --do--

4. Deriving transfer function of physical system (Mechanical Translational

system)

2 --do--

5. Armature Controlled and field controlled DC servomotors: AC servomotors

and driving their transfer functions: Block Diagram representation and

simplification

2 --do--

6. Signal flow graph, Mason Gain Formula 2 1

7. Basic Control Action : Proportional, Integral and Derivative Controllers,

Effect of Feedback on Control System.

2 1

8. Transient and steady state response of first order system: Second order

system, transient

3 --do--

9. Static error co-efficients, position, velocity and acceleration error co-

efficients

1 1

Second Term


1. Routh's Stability Criterion, relative stability analysis 2 1

2. Root Locus Techniques 2 --do--

3. Bode Diagram, Minimum and Non-Minimum Phase Systems 2 1

4. Determination of transfer from Bode-Diagram; Polar Plots 2 --do--

5. Nyquist Plot; Stability Analysis using; Constant M & N loci 3 1

6. Introduction to Compensator 2 --do--

7. Definition of State, State Variables, State Space, Representation of

Systems

1 1

8. Solution of Time invariant, homogeneous state equation, state matrix and

its properties

3 --do--

Third Term


1. Z-Transform and solution of different equation 1 1

2. Transducers, Synchro-transmitter 1 1

3. Stepper Motor, Tachogenerators 2 --do--

4. Rotating Amplifier and Magnetic Amplifier 2 --do--
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ACADEMIC PLAN FOR ECEV-SEMESTER (2011-12)

Subject :Computer Architecture Subject Code: ETCS-305


3 1 4


First Term


1. Introduction to computer architecture. 1

2. Register transfer language. 1

3. Bus memory transfer. 2

4. Arithmetic micro operations. 1

5. Logical, shift Micro operations 1

6. Instruction Code 2

7. Computer register, Instruction, timing & Control 2

8. Basic computer design 2

9. Accumulator Design 110. Control memory 1

11. Address Sequencing 1

12. CPU - introduction and organization 1

13. Instruction format 2

14. Addressing modes 2

Second Term


1. Parallel Processing 3

2. Pipe lining, arithmetic pipelining 2

3. RISC pipelining 1

4. Vector processing 1

5. Array processing 1

6. Computer Arithmetic

7. Introduction 1

8. Addition and Subtraction 1

9. Multiplication and Division 2

10. Floating point operation 1

11. Decimal arithmetic 1

12. Peripheral Devices 1

13. I/O interface 1

14. Mode of data transfer 2

15. I/O processor 1

Third Term


1. Memory hierarchy, main memory, auxiliary memory 1

2. Associative, Cache memory 1

3. Virtual Memory 1

4. Characteristics of multiprocessor, Interconnection structure 1

5. Inter processor communication and synchronization 1
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ACADEMIC PLAN FOR ECEV-SEMESTER (2011-12)Subject : Communication System and Circuit II Subject Code: ETEC-307


3 1 4


First Term


Random Signal Theory

1. Introduction 1 -

2. Random Process & Random Variable 1 -

3. Mean, Moment 1 1

4. Correlation, Cross Correlation & Autocorrelation 1 1

5. Covariance Functions, Ergodicity 1 -

6. Power spectral density, Gaussian Distribution 1 1

Baseband Modulation

7. Sampling Theorem 1 -

8. Uniform, Non-Uniform Quantization 1 -9. PCM, DPCM, Companding 3 1

10. DM, ADM 2 1

11. Mary Waveform 1 -

Baseband Detection

12. Error performance degradance in communication system 1 -

13. Maximum likehood receiver structure 1 1

Second Term


1. Matched Filters 1 -

2. Error Performance of binary signally, Intersymbol Interference. 1 1

3. Demodulation and detection of shaped pulses, Channel characterization,

eye pattern.

2 1

Bandpass Modulation & Demodulation

4. ASK, FSK 2 1

5. PSK, DPSK, QPSK, MSK 3 -

6. Probability of bit error & comparision 3 1

Line Coding

7. NRZ, RZ, Walsh Codes 2 -

8. AMI Coding, High Density, bipolar code, binary with a-zero

substitution codes.

2 1

Third TermS. No. Topics to be covered Lectures Tutorials

1. Descrete memoryless channel 1 1

2. Binary symmetric, channel, code rate & redundancy 1 -

3. Parity code, linear block codes, convolution codes, Rend soleman

codes.

2 1

4. Shannon Hartly Capacity theorem, shannon limit, entropy 2 1

5. Hoffman, L2 Coding 1 -
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ACADEMIC PLAN FOR ECEV-SEMESTER (2011-12)Subject: Database Management System Subject Code: ETCS-309


3 1 4


First Term


Unit - I

1. Basic concepts and conceptual database, Design : Database administrator &

Database Users, Characteristics of the Database, Database system, Concepts

and Architecture

2

2. Data Models, Schemes & Instances, DBMS Architecture & Data

Independence, Database Language & Interfaces

2

3. Overview of Hierarchal, Network & Relational Database Management System 1

4. Data Modeling Using the Entity Relation Model - Entities, Attributes and

Relationship, Cardinality of Relationship, Strong and Week Entity Sets.

3

5. Generalization, Specialization, and Aggregation 2

6. Translating Your ER model into relational model 2

UNIT - II7. Relational model, Language & Systems: Relational data model & Relational

Algebra, Relational model concepts, Relational model Constraints, Relational

Algebra

2

8. SQL - A Relational database language, Data definitiona in SQL, view and

queries in SQL, specifying constraints

2

Second Term


1. Index in SQL, Practicing SQL commands using ORACLE 1

UNIT - III

2. Relational Database Design and Oracle architecture: Functional Dependencies

& Normalization for relational Database, Function Dependencies, NormalForms Based on primary Keys, (1 NF, 2 NF, 3 NF & BCNF), Lossless join and

dependency preserving Decomposition

4

3. Oracle 8 Architecture, Database Storage, Oracle Software structure, shared

database access mechanism, Database protection.

2

UNIT - IV

4. Transaction Management: transaction concept and state, implementation of

atomicity and durability, Concurrent executions, Deadlock handling, Recovery

system, Failure classification, storage structure

2

5. Concurrency control techniques, Lock based protocols, Time-stemp based

protocols, Deadlock handling, Recovery system, Failure classification, storage

structure

3

6. Recovery and Atomicity, Log-based recovery, Shadow paging: Recovery with

concurrent Transaction.

4

Third Term


1. Buffer management, Indexing, hashing 1

2. Query progressing: Query processing, overview, Measures of Query

cost, Selection operation, Sorting, Join operation, Other operations,

Evaluation of Expressions.

3

3. Concept of object oriented database management systems, Distributed

database management system.

3


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ACADEMIC PLAN FOR ECEV-SEMESTER (2011-12)Subject: Organisational Behaviour Subject Code: ETMS-311


3 1 4


Sr.

No.

Lecture Topics Lectures Tutorials

FIRST TERM

Unit I

1. Meaning and Nature of Management 1 1

2. Management Systems & Process 1 13. Management Skills 14. Tasks & Responsibilities of a Professional Manager 1

Unit II5. Planning Types & Process 16. Management by Objectives 17. DecisionMaking Models/Organisational Context of Decisions 2

8. ProblemsSolving Techniques 2 1

9. Controlling: Process & Techniques 2 1

UnitIII

10. Organisational Structure & Design 2 111. Managerial Communication 2 1

SECOND TERM

12. Organisational Culture & Climate/Managerial Ethos 2 1

Unit IV 1

13. Individual Determinant of OB 2

14. Perception 1 2

15. Learning 1

16. Personality 1

17. Motivation 2

18. Job Anxiety & Stress 1

19. Group Dynamics 220. Analysing Interpersonal Relations 2 1

21. Leadership Theories, Styles & influence 2 1

THIRD TERM

22 Management of Change 2 1

23 Management of Organizational Conflicts 2 1

ece-vth sem

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