|Conference:||Verification Futures 2022 (click here to see full programme)|
|Speaker:||Dr David Long|
|Presentation Title:||Getting Started with SystemVerilog and UVM|
|Abstract:||Since SystemVerilog became an IEEE standard in 2005, it has become the primary language for verification of digital designs (SoC and FPGA). It adds many features to the original Verilog language to support advanced verification approaches. However, these features require clear guidelines to ensure models and other reusable testbench components can work together seamlessly. The Universal Verification Methodology (UVM – another IEEE standard) provides a set of base classes, a framework and rules that enable effective use of SystemVerilog to create complex simulation environments. This presentation will introduce the main verification features of SystemVerilog and show how they can be used to create a simple UVM testbench.|
|Speaker Bio:||Dr David Long has been a key member of the Doulos technical team since 2001, specialising in Hardware Description Language-based design and verification. As well as developing, writing, and presenting training courses in leading-edge methodologies for embedded SW development, FPGA, ASIC and SoC design and verification, David regularly contributes to technical papers, tutorials, and conference presentations at major industry events world-wide. He has also provided project support and consultancy for industrial clients in the fields of digital/mixed-signal IC design and verification.Courses taught include: SystemVerilog, SystemC, UVM, VHDL, Verilog, VHDL-AMS, C and C++ Programming for Embedded Systems and Embedded System Security. David was co-author of the IEEE Standard 1666-2005 SystemC Language Reference Manual and wrote the draft LRM for the SystemC Control, Configuration and Inspection (CCI) working group.
He has a PhD in Simulation of Mixed-Signal Circuits and a MSc in VLSI Design.
Before joining Doulos, David worked for 10 years at a UK university where he was a Senior Lecturer in Microelectronics. In total, he has over 35 years’ experience of electronics design and verification in both industry and academia.