dsd teaching plan
TRANSCRIPT
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MIT/GEN/F-05/R0
DEPARTMENT OF Electronics and Communication Engineering
COURSE PLAN
Department : Electronics and Communication Engg
Subject : DSD HDL (ECE 206)
Semester & branch : IV ECE
Name of the faculty : GP, SD, SKT
No of contact hours/week : 4 hours/week
Assignment portionAssignment no. Topics
1 L1 L16
2 L17 L34
3 L35 L50
Test portion
Test no. Topics
1 L1 L22
2 L23 L43
Submitted by: Mr.Guruprasad
(Signature of the faculty)Date:
Approved by:
(Signature of HOD)Date:
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MANIPAL INSTITUTE OF TECHNOLOGY(A constituent college of Manipal University, Manipal)
Manipal Karnataka 576 104
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At the end of this course, the student will be able to:
CO1: Discuss the architecture of hardware programmable devices like
PLDs, PLAs and PALs.
CO2: Describe the types of ASIC and their design methodologies.
CO3: Discuss the architectural features of FPGAs
CO4: Design digital circuits using FPGAs
CO5: Discuss various testing methodologies employed in digital design
CO6: Perform testing of designed module - both combinational and sequential
circuits.
CO7: Write and analyze the VHDL code for given design using structural, data
flow and behavioral modeling styles and compare them.
CO8: Write and analyze programs for test benches for the given design using
VHDL.
L.No.Topics
L1 Digital System implementation using ROMs and PROMs.
L2 Digital System implementation using PLAs
L3 Digital System implementation using PLAs
L4 Digital System implementation using PALs
L5 Full-custom, semi-custom, standard cell based.
L6 Programmable ASICs PLDs, CPLDs, MPGAs, FPGAs and ASIC design
flow.
L 7 ACTEL- logic modules and Implementation of digital circuits using
ACTEL logic modules
L 8 Implementation of digital circuits using ACTEL logic modules
L 9 XILINX- logic module and digital circuits using XILINX logic modules
L10 ALTERA- logic module and Implementation of digital circuits using
ALTERA logic modules
L11 Programming Technology: anti fuse, SRAM and EPROM
L12 Programmable I/O cells.
L13 Programmable Interconnect of ACTEL ACT
L14 Programmable Interconnect of Xilinx LCA and ALTERA Max 9000
L15 Testing Combinational Circuit:-Fault Table with examples
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L16 Boolean difference method with properties.
L 17 Path Sensitization with examples and its failure.
L18 D-Algorithm- Introduction to D-Cubes, D-algebra,
L19 D-Algorithm fault propagation with examples.
L20 PODEM with example
L 21 Fault-collapsing techniqueL22 Observability and controllability
L23 Testing sequential circuits: sequential test methods, iterative test generator
L24 Design-for-test(DFT) methods: DFT guidelines for combinational circuits
L25 Critical path ,DFT methods like scan path, Boundary scan etc.
L26 DFT methods like Signature Analysis, BILBO and BIDCO.
L27 Y-chart, Different domains and levels of abstractions
L28 Types of synthesis, steps involved in synthesis, Digital modeling using
HDLs.
L29 VHDL modeling concepts-syntax, entities and architectures
L 30 VHDL object types, Data types: scalar data types with examples,
Composite Data types with examples.
L 31 File data types with examples, Access data types with examples.
L 32 Behavioral Modeling: process statement, sequential statements-if, case,
loop, next, exit, assert, wait, null. Examples
L 33 Behavioral Modeling examples of Combinational circuits - Full-adder,
Full-Subtractor, MUX, DEMUX, Encoder, D-FF, JKFF, State machines.
L 34 Behavioral Modeling examples of sequential circuits -, D-FF, JKFF, State
machines.
L 35 Structural modeling with examples
L 36 Structural modeling with examples
L 37 Data flow modeling with examples
L 38 Data flow modeling with examples
L 39 Mixed modeling with examples
L40 Procedures with examples.
L41 Functions with examples.
L42 Packages and use clauses Configurations, pre-defined and user defined
attributes
L43 Generics and Test benches
L44 Case studies
L45 Case studies
L46 Introduction to Verilog HDL
L47 Verilog v/s VHDL, behavioral Verilog modeling
L48 Structural and dataflow modeling
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References:
[1]M.J.S.Smith (1997),Application Specific ICs,Addison Wesley.
[2]Alexander Miczo(1987) , Digital logic testing and simulation , John Wiley &Sons.
[3]C.H.Roth (1998) , Digital System Design using VHDL ,PWS.
[4]Peter Ashenden (1996) , The Designers Guide to VHDL,Morgan KaufmannPublisher.
[5]Douglas Perry (1998) , VHDL ,McGraw Hill International.
[6]J.Bhaskar (2002) , VHDL Primer , 3rd
edition, Addison Wesley LongmanSingapore Pvt Ltd.
[7]Samir Palnitkar (2001) , Verilog HDL ,Pearson Education Asia.
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