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PhD Degree - Hardware Design

  • University: Peter the Great St.Petersburg Polytechnic University (SPbPU)
  • Department: Computer systems and program technologies
  • Research Group: Electronic Design Automation Lab (EDA Lab)
  • Thesis: Reengineering of digital hardware, and embedding test modules and interfaces into devices described by multilevel models
  • Keywords: hardware representation models, methodologies for the automated synthesis of integrated circuit testing and built-in self-test components, prototyping of automated hardware reengineering toolkits

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Abstract (English)

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Abstract (Russian)

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Slides

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Publications

  1. Nenashev O, Mamoutova O, Filippov A. Automation of the low-level memory failure emulation injection into systems on chip. Proceedings of the universities. Electronics. 2015; 2.
  2. Mamoutova OV, Nenashev OV, Filippov AS. In-circuit Emulation of Memory Fault Injection. Recent Advances in Electrical Engineering and Computer Science. 2014:105-107.
  3. Nenashev O. Methods of the test infrastructure injection into digital devices based on the automated engineering tools. Problems of Advanced Micro- and Nanoelectronic Systems Development. 2014;2:101-106
  4. Nenashev O. An Extensible Framework for Automated Hardware Reengineering of Complex Systems-on-Chip. Humanities and Science University Journal. 2013; 5:194-203
  5. Nenashev O. PHRT: a model and programmable tool for hardware reengineering automation. In: Proceeding of 9th European Software Engineering Conference. New York: ACM; 2013:719-722
  6. Nenashev O. PHRT: A programmable tool for automated hardware reengineering and verification. In: Proceedings of the International Workshop on Verification of Embedded Systems 2013 (VES2013). Saint Petersburg; 2013:5-13
  7. Nenashev O. Automated synthesis of in-circuit testing components with use of programmable hardware reengineering tools. In: Proceedings of the Youth Science Symposium. Vol 1. Saint Petersburg: SPBSTU; 2012:37-42
  8. Nenashev O. Automated test instrumentation and BIST insertion with usage of automated reengineering toolkit. In: Proceedings of XIIIth International Conference “Fundamental and Applied Research in Russia". Vol 2. Saint Petersburg: SPBSTU; 2012:46-49
  9. Nenashev O. Concepts of programmable tools for automated analysis and transformation of digital device architectures described by VHDL. In: First International Congress of PhD Students. Saint Petersburg: ITMO University; 2012.
  10. Nenashev O. Developing an automated reengineering methodologies of digital systems on chip described by HDL specifications. 2011.
  11. Nenashev O. Developing a programmable toolkit for automated structural redundancy insertion. In: Proceedings of XXXIX SPBSTU Week of Science. Vol 5. Saint Petersburg: SPBSTU; 2010:46-47.