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HOW TO CHECK THE RESULTS
How does a Verification engineer check whether the results obtained from the simulation match the original specification of the design? For simple testbenchs like the above, output is displayed in waveform window or messages are sent to terminal for visual checking. Visually checking is the oldest and most labor intensive technique. The quality of the verification depends on the determination and dedication of the individual who is doing the checking. It is not practical to verify a complex model merely by examining the waveform or text file. Whenever a change is made to the DUT to add a new feature or to fix a bug, same amount of effort needs to be deployed to check the simulation results.
How does a Verification engineer check whether the results obtained from the simulation match the original specification of the design? For simple testbenchs like the above, output is displayed in waveform window or messages are sent to terminal for visual checking. Visually checking is the oldest and most labor intensive technique. The quality of the verification depends on the determination and dedication of the individual who is doing the checking. It is not practical to verify a complex model merely by examining the waveform or text file. Whenever a change is made to the DUT to add a new feature or to fix a bug, same amount of effort needs to be deployed to check the simulation results.
Index
Asic Design
Bottle Neck In Asic Flow
Functional Verification Need
Testbench
Linear Testbench
Linear Random Testbench
How To Check The Results
Self Checking Testbenchs
How To Get Scenarios Which We Never Thought
How To Check Whether The Testbench Has Satisfactorily Exercised The Design
Types Of Code Coverage
Statement Coverage
Block Coverage
Conditional Coverage
Branch Coverage
Path Coverage
Toggle Coverage
Fsm Coverage
Make Your Goal 100 Percent Code Coverage Nothing Less
Functional Coverage
Coverage Driven Constraint Random Verification Architecture
Phases Of Verification
Ones Counter Example
Verification Plan
Report a Bug or Comment on This section - Your input is what keeps Testbench.in improving with time!
Asic Design
Bottle Neck In Asic Flow
Functional Verification Need
Testbench
Linear Testbench
Linear Random Testbench
How To Check The Results
Self Checking Testbenchs
How To Get Scenarios Which We Never Thought
How To Check Whether The Testbench Has Satisfactorily Exercised The Design
Types Of Code Coverage
Statement Coverage
Block Coverage
Conditional Coverage
Branch Coverage
Path Coverage
Toggle Coverage
Fsm Coverage
Make Your Goal 100 Percent Code Coverage Nothing Less
Functional Coverage
Coverage Driven Constraint Random Verification Architecture
Phases Of Verification
Ones Counter Example
Verification Plan
Report a Bug or Comment on This section - Your input is what keeps Testbench.in improving with time!