Gain a fundamental understanding of SV language features such as data types, operators, simulation time concepts, different types of assignments, etc. Final topics include OOP concepts, randomization, and coverage.
Course topics:
- SV types, operators, literals
- SV procedural and continuous assignments, blocking and nonblocking assignments
- Simulation time concept and simulation steps
- SV modules, programs, interfaces, and connections among them
- SV tasks and functions
- Race condition
- SV Scheduler
- SV Clocking blocks
- OOP concepts in SV
- Parent and child classes, inheritance, virtual methods, polymorphism
- Directed vs. random testing
- Randomization of data and randomization of commands
- Constrained randomization
- Code coverage, data-oriented coverage, control-oriented coverage
- Coverage hierarchy, cover groups, cover points, bins
Requirements
Software: Students should create a free private account on EDA Playground: Edit Code
Hardware: Computer with an Internet connection, working speakers, and microphone.
Prior knowledge: Participants should have basic knowledge of digital design with an introductory level of HDL languages like VHDL or Verilog.
