Verilog Training

Verilog is a Hardware Description Language; a textual format for describing electroniccircuits and systems. Applied to electronic design, Verilog is intended to be usedfor verification through simulation, for timing analysis, for test analysis (testabilityanalysis and fault grading) and for logic synthesis.

The Verilog HDL is an IEEE standard - number 1364. The first version of the IEEEstandard for Verilog was published in 1995. A revised version was published in 2001;this is the version used by most Verilog users. The IEEE Verilog standard documentis known as the Language Reference Manual, or LRM. This is the complete authoritativedefinition of the Verilog HDL.

A further revision of the Verilog standard was published in 2005, though it haslittle extra compared to the 2001 standard. System Verilog is a huge set of extensionsto Verilog, and was first published as an IEEE standard in 2005. See the appropriateKnowhow section for more details about System Verilog.

IEEE Std 1364 also defines the Programming Language Interface, or PLI. This is acollection of software routines which permit a bidirectional interface between Verilogand other languages (usually C).

Note that VHDL is not an abbreviation for Verilog HDL - Verilog and VHDL are twodifferent HDLs. They have more similarities than differences, however.

Eligibility Criteria:

• All Engineering, Science Graduates students are eligible for this training, basicCriteria is knowledge of Internet. Basic knowledge of any programming language wouldbe a plus point.

Benefits of the Training Program:

• We have team of young Professionals with depth knowledge of Technical fields
• Certification would be provided after completion of training sessions which wouldbe certified by ACVM Technologies
• Career Oriented Training
• Content of training would be provided after completion of training session
• Professional training environment
• Valuable lifetime experience
• Create a professional profile
• Maximize your Technical Skills

Verilog Training Syllabus:

• Training Programs
• Embedded System
• VLSI(VHDL)
• Verilog
• Verilog
• Verilog Syllabus
• MATLAB
• Robotics
• C /C++
• java
• ASP.Net
• Projects
• INTRODUCTION
• Introduction to top down digital designflow
• Levels of abstraction – Structural, RTL,Behavioral
• Introduction to Verilog HDL
• Modeling at various abstraction levels
• VERILOG BASICS
• Anatomy of a Verilog Model
• Data types
• Logic Values
• Identifiers
• Numbers
• Parameters
• Procedural Blocks: Initial and Always
• Continuous Assignments
• Operators
• Conditional Statements
• Loop Statements
• BEHAVIORAL VERILOG
• Procedural Constructs
• Timing Control
• Block Statements
• begin - end,fork - join
• Procedural Continuous Assignments
• assign - deassign,force – release
• Modeling Techniques
• Combinatorial Logic
• Sequential Logic
• Gate Level Modeling
• Switch Level Modeling
• MISCELLANEOUS
• Compiler Directives
• System Task and Functions
• Array of instances
• File IO
• Memory modeling, array access
• SYNTHESIS PERSPECTIVE
• Synthesis flow in brief
• Guidelines for Combinatorial block
• Guidelines for Sequential block
• Blocking & Non-blocking assignments
• FF, latch inference
• FSM Modeling
• VERIFICATION PERSPECTIVE
• Verification Flow
• Introduction to Testbench
• Writing Test Bench
• Sample Test Bench
• GATE LEVEL MODELING
• Verilog Primitives
• User Defined Primitives
• Modeling Delays
• TIMING SPECIFICATION CAPTURE
• Specify Block
• Setup and Hold Time
• VERILOG PLI
• Introduction to PLI
• PLI Capabilities
• Steps to Integrate PLI
• VERILOG 2001 ENHANCEMENTS
• and more.