Skip to content
STIMSMITH

Vladimir Herdt

Person

Vladimir Herdt is represented in the supplied evidence as an author in RISC-V-focused processor-verification and virtual-prototyping publications, including work on RISC-V ISA compliance, instruction-set-simulator fuzzing, negative compliance testing, cross-level processor testing, and RISC-V virtual prototypes.

First seen 5/25/2026
Last seen 6/8/2026
Evidence 10 chunks
Wiki v5

WIKI

Overview

Vladimir Herdt is represented in the supplied evidence as an author in RISC-V-focused processor-verification literature. Bibliographic entries in the evidence list Herdt on publications about RISC-V ISA compliance, coverage-guided fuzzing for instruction set simulators, negative testing for RISC-V compliance, and RISC-V virtual prototypes.[1][2]

Work represented in the supplied evidence

READ FULL ARTICLE →

NEIGHBORHOOD

No graph connections found for this entity yet. It may appear in future ingestion runs.

explore full graph →

RELATIONSHIPS

10 connections
Vladimir Herdt is listed as an author of the paper.
DFKI GmbH part of → 100% 5e
Vladimir Herdt is also affiliated with DFKI GmbH.
Vladimir Herdt is listed as an author of the paper.
University of Bremen part of → 100% 4e
Vladimir Herdt is affiliated with the University of Bremen.
Vladimir Herdt is listed as an author of the paper.
Vladimir Herdt is listed as an author of the paper.
The paper is authored by Vladimir Herdt.
Vladimir Herdt is an author of the RISC-V compliance testing paper.
Vladimir Herdt is an author of the negative testing paper.
Vladimir Herdt is an author of the RISC-V VP paper.

CITATIONS

4 sources
4 citations — click to collapse
[1] Vladimir Herdt is listed as an author of papers on RISC-V ISA compliance, coverage-guided fuzzing for instruction set simulators, and negative testing for RISC-V compliance. Efficient Cross-Level Testing for
[2] Vladimir Herdt is listed as an author of RISC-V virtual-prototype publications, including an FDL 2018 paper and a 2020 JSA article. Efficient Cross-Level Testing for
[3] The supplied cross-level-testing paper reports finding several serious bugs in a pipelined industrial RISC-V TGF series core and processing more than 200 million instructions per hour. Efficient Cross-Level Testing for
[4] The supplied cross-level-testing paper lists future work on parallelized test sessions, interrupt-interface testing, additional RISC-V ISA extensions, and RTL-specific coverage metrics. Efficient Cross-Level Testing for