Sergey Mosin, Ph.D.

Associate Professor, Chief Scientist

Curriculum Vitae

Personal information
First name(s) / Surname(s)
Sergey Mosin
Nationality
Russian
Date of birth
September 21, 1976
Gender
Male
Title
Dr.
Degree
Ph.D.
E-mail
sergey@mosin.pro
Educational Background
Dates
September 1, 1993 — June 30, 1998
Title of qualification awarded
Computer Systems Engineer
Principal subjects/occupational skills covered
Structural organization and Architecture of Computers, Design and Test of Electronics Systems, Networks, Programming languages, Internet-technologies, IT, Communications
Name of organisation providing education and training
Computer Engineering Department of Vladimir State University
Dates
July 15, 1998 — December 20, 2000
Title of qualification awarded
Ph.D. in Computer Aided Design
Principal subjects/occupational skills covered
Design Automation of analog and mixed-signal integrated circuits, Project Management
Name of organisation providing education and training
PhD courses of Vladimir State University
Dates
December, 2008 — December, 2011
Title of qualification awarded
DSc in Computer Aided Design
Principal subjects/occupational skills covered
Design for testability automation of analog and mixed-signal integrated circuits, Mathematical Modelling, CAD tools
Name of organisation providing education and training
Postdoc at Vladimir State University
Work experience
Dates
2016 — till now
Occupation or position held
Director (Institute of Computational Mathematics and Information Technologies)
Main activities and responsibilities
Institute management; Education quality assurance; Educational and research activity planning
Name and address of employer
Kazan Federal University
Type of business or sector
Education, research works
Dates
2012 — 2013
Occupation or position held
Chief Scientist
Main activities and responsibilities
Research works supervision; Research group and project management; Reports preparation; Planning the strategy of research works; Organization and participation in talks
Name and address of employer
FFE SLGP “Raduga”
Type of business or sector
Design and test of optoelectronic and laser system. Manufacturing of pumping laser diods. Investigation and technological application of laser radiation
Dates
2011 — 2012
Occupation or position held
Vice-rector for research
Main activities and responsibilities
Management of research activity; Strategy of research activity development; Reports preparation for Ministry and authorities; Planning
Name and address of employer
Vladimir State University
Type of business or sector
Education, research works
Dates
2005 — 2011
Occupation or position held
Acting head of computer engineering department
Main activities and responsibilities
Department management; Education quality assurance; Educational and research activity planning; Reporting; Lecture delivering; Research works; Responsibility for collaboration in ICT area
Name and address of employer
Vladimir State University
Type of business or sector
Education, research works
Dates
2000 — 2015
Occupation or position held
Instructor, Assistant Professor, Associate Professor
Main activities and responsibilities

- textbooks preparation, lecturer, presentations courses;

- scientific activity (publications, conferences, articles, results implementation);

- quality teaching.

Lecture courses: “Electronics”, “Design and Test of Electronic Systems”, “Structural organization and architecture of computers”, “Microelectronic CAD Tools development”;

Adviser of Bachelor and Master students in Computer Engineering;

Scientific supervisor of Ph.D. students in the fields 05.13.12 – “Computer Aided Design”. Supervised students on Bachelor and Master degree.

Name and address of employer
Vladimir State University
Type of business or sector
Education, research works
Personal skills and competences
Mother language(s)
Russian
Other language(s)
English
Organisational skills and competences
Project management; Profound decision-making, planning and team-working skills acquired during the professional activity
Key qualification

Computer Aided Design;

Design for test of electronic circuits and systems;

Computer architectures and structural organizations;

Electronics

Computer skills and competences
MATLAB programming and simulation; VHDL; Spice-like; Cadence/Orcad; MS Office tools; Adobe Photoshop; Adobe Acrobat; C++
Artistic skills and competences
Creative; Initiative; Optimist; Enthusiast
Life priorities
Decency; Sympathy; Healthy life-style
Other skills and competences
Responsibility, Intelligence, Reliability, Purposefulness, Erudition
Certification
  1. Intel Software College, certificate on “Multi-Core Programming for Academia”, 2007;
  2. D-Link, certificate on “VoIP networks development based on D-Link equipment”, 2008;
  3. University of Kent, “University English Plus”, 2011;
  4. MIT, “Circuit & Electronics (6.002x)”, 2012;
  5. NNSU, Certificate on course “Tools, methods and techniques of parallel programming”, 2007;
  6. VSU, Certificate on course “Informational competence in professional activity of Academical Institutions teachers”, 2010.
Membership in professional bodies

- Member of IEEE;

- Member of TTTC;

- Member of mechanical engineer union of Russian Federation;

- Expert of Association for Engineering Education of Russia;

- Publicity chair of IEEE East-West Design and Test Symposium

Experience in Teaching and Lecturing activities

  1. Name of assignment or project: “Teaching of Bangladesh and Indian students in Computer Science and Computer Engineering”

    Year: 1999 — 2003

    Location: Vladimir, Russia

    Client: Vladimir State University

    Main project features: Teaching experience in Computer Science and Information technologies including: programming, operation systems, computer architectures, supervising diploma projects and bachelor theses.  

    Positions held: Lecturer

    Activities performed: Planning syllabuses and training materials, teaching activities, supervising diploma projects and bachelor theses.

  2. Name of assignment or project: “Teaching of Moroccan and Mali students in Computer Science and Computer Engineering”

    Year: 2001 — 2005

    Location: Vladimir, Russia

    Client: Vladimir State University

    Main project features: Teaching experience in Computer Science and Information technologies including: technology of programming, computer-aided design, computer structures and architectures, supervising diploma projects and bachelor theses.  

    Positions held: Responsible for project, Senior lecturer

    Activities performed: Planning syllabuses, preparation of training materials, teaching activities, supervising diploma projects and bachelor theses.

  3. Name of assignment or project: “Teaching of Bangladesh and Indian students in Computer Science and Computer Engineering”

    Year: 2004 — 2008

    Location: Vladimir, Russia

    Client: Vladimir State University

    Main project features: Teaching experience in Computer Science and Information technologies including: project management, object-oriented programming, design-for-testability, electronics, computer structures and architectures, supervising diploma projects, master and bachelor theses. Organization practical training and internships.  

    Positions held: Responsible for project, Senior lecturer

    Activities performed: Planning syllabuses, preparation of training materials, teaching activities, supervising diploma projects and bachelor theses.

  4. Name of assignment or project: “Teaching of Chinese master students in Computer Science”

    Year: 2008 — 2010

    Location: Vladimir, Russia

    Client: Vladimir State University

    Main project features: Teaching experience in Computer Science including: design-for-testability, project management, supervising master theses. Organization summer practical training and research internships.  

    Positions held: Senior lecturer

    Activities performed: Planning syllabuses, preparation of training materials, teaching activities, preparation agreements with SME on internships, supervising master theses.

Tutorials and invited seminars/workshops

  1. Title: “An Introduction to design-for-testability of Analog and Mixed-signal Electronic Circuits”

    Venue: Yalta, Crimea, Ukraine

    Event: IEEE East-West Design and Test Conference

    Data: September, 2003

  2. Title: “Design-for-testability of analogue and mixed-signal circuits”

    Venue: Tomsk (Tomsk State Polytechnic University),

    Irkutsk (Institute for System Dynamics and Control Theory of Siberian Branch of Russian Academy of Sciences),

    Vladivostok (Far East State Technical University)

    Date: September, 2004

    Venue: Tallinn (Tallinn Technological University), Estonia

    Event: Baltic Electronic Conference

    Data: October, 2004

    Venue: Minsk (Byelorussian State University of Radioelectronics), Byelorussia

    Data: November, 2004

    Venue: Odessa, Ukraine

    Event: IEEE East-West Design and Test Workshop

    Data: September, 2005

  3. Title: “Overview about testing of analogue circuits”

    Venue: Szczecin, Poland

    Event: Mixed Design of Integrated Circuits and Systems (MIXDES)

    Data: June, 2004

Experience in European Projects

  1. - EUROCHIP program, 1994 — 1996;

    - EUROPRACTICE program, 1996 — present day;

    - Copernicus program, CP-96170 project, 1997 — 1999;

    - EUROTRAINING program, 2004 — present day;

    Name of assignment or project: “E-learning courses on Computer-aided design tools and techniques”

    Year: 2004 — present day

    Location: Vladimir, Russia

    Client: Eurotraining umbrella

    Main project features: Preparation methodology and teaching materials for e-learning in technical topics. The computer-aided design tools, design flows and techniques had main emphases. The results have been disseminated via Eurotraining umbrella and Training and Competence Centre of Vladimir State University.  

    Positions held: Chargeable for training course

    Activities performed: Development e-learning approaches and contents for useful study, writing research papers.

  2. - EUROTRAINING program, 2004 — present day;

    - FP4, IST-2000-30193 project, 2002 — 2005;

    Name of assignment or project: “Research and Training Action for System On Chip Design (REASON)”

    Year: 2002 — 2005

    Location: Different locations in East and West Europe (see below)

    Client: See below

    Main project features: The goal is to facilitate integration of the academic and research institutions of Central and Eastern Europe working in the field of microelectronics into the mainstream R&D activities going on in the EU countries. Practical training in usage and maintenance of advanced CAD tools. Development and deployment of Web-based training materials. Training actions in the field of system-on-chip design and ASICs for wireless communication, networking, and multimedia. Special conference sessions and/or tutorials on industrial and educational problems. In the years 2002 to 2005 about 7600 participants from all European countries and many countries outside Europe participated in about 300 actions and events: courses, tutorials, seminars, summer schools, series of lectures etc. The main topic was microelectronic and microsystem design, systems on chip, information technologies, etc. The project consortium included 22 partners: 16 from EU member states (including 11 partners from new member states in Central Europe), 2 from EU candidate countries and 4 from the former Soviet Union.

    Positions held: Chargeable for training course, Lecturer 

    Activities performed: Planning the course syllabuses, preparation training materials (handouts, Web-based materials and multimedia), writing the Handbook as co-author of international consortium, the course delivery, arrangement the study visits.

  3. - TEMPUS project JEP-27085-2006.

    Name of assignment or project: “Establishment of mechanism of cooperation and interaction between universities and industry at the regional level as an element of development strategy of universities”

    Year: 2008 — 2010

    Location: Cadiz (Spain), Portsmouth (Great Britain), Lodz (Poland), Donetsk (Ukraine), Vladimir (Russia)

    Client: University of Cadiz, Portsmouth University, Lodz University, Donetsk Technical University, Vladimir State University

    Main project features: The project was done in the framework of TEMPUS program. Teaching experience in establishment of mechanism of cooperation and interaction between universities and industry in the area of innovative and new information technologies, organization study visits and internships. Preparation and/or correction syllabuses with orientation on students’ mobility and effectiveness in job placement.

    Positions held: Lecturer

    Activities performed: Planning syllabuses, preparation of training materials, teaching activities.

Experience in national research works / projects

  • Name of assignment or project: “Development of scientific bases for design-for-testability of low-power integrated circuits realized by deep sub-micron and nanoscale technologies”

    Year: 2012

    Customer: Ministry of Education and Science of Russain Federation

    Positions held: Scientific adviser 

    Activities performed: Project management, planning, modelling, investigation, reporting.

  • Name of assignment or project: “Development of training and competence center for microelectronic design – study-research structure for dissemination of state-of-the-art CAD tools, design methodologies and integrated technologies” 

    Year: 2009 — 2011

    Customer: Ministry of Education and Science of Russain Federation

    Positions held: Scientific adviser 

    Activities performed: Project management, planning, modelling, investigation, reporting.

Publications
More 150
Monograph
Lantsov V.N., Mosin S.G. State-of-the-art approaches to design and test of integrated circuits. VSU. Vladimir. 285 p. 2010. ISBN 978-5-9984-0120-6 (In Russian).
Textbooks
  1. Handbook of Testing Electronic Systems. Czech Technical University Publishing House, 2005, 395 p. ISBN 80-01-03318-X. (In English)
  2. Electronics. VSU. Vladimir. 184 p. ISBN 5-89368-665-9 (In Russian)
  3. Design-for-testability of integrated circuits and electronic devices. VSU. Vladimir. 228 p. 2009. ISBN 978-5-89368-927-3 (In Russian)
Selected papers and articles
  1. Lantsov V., Rudakov O., Mosin S. Multifrequency Testing and Diagnosis of Analog and Mixed-Signal Circuits Using Neuromorphic Classifier. Proc. of 6th Biennial Conf. on Electronics and Microsystems Technology // Baltic Electronics Conf. - Tallinn: Tallinn Techn. Univ., 1998. - P. 347 - 349.
  2. Lantsov V.N., Rudakov O.V., Mosin S.G. Signature Analyzer and Classifier for Analog Circuits Diagnosis Based on Neural Network // Proc. of 5th Int. Conf. Mixed Design of Integrated Circuits and Systems. - Poland: Lodz, 1998. - P. 345 - 348.
  3. Lantsov V., Mosin S., Morozov M. Analog linear circuits diagnosis using fault dictionary approach. Proc. of 7th Biennial Conference on Electronics and Microsystems Technology // Baltic Electronics Conf. - Tallinn: Tallinn Techn. Univ., 2000. - P. 307 - 310.
  4. Mosin S.G. Fault diagnosis of linear analog circuits. In Proc. of 5th IEEE Saratov-Penza Chapter Workshop: CAD and Numerical Methods in Applied Electrodynamics and Electronics. – Saratov, 2001. – P. 36 - 40.
  5. Lantsov V.N, Merkutov A.S., Morozov M.A., Mosin S.G. Research and Training of RF Analog and Wireless Systems Design of Vladimir University, and Actions for Reason Project // Proc. of 9th Int. Conf. Mixed Design of Integrated Circuits and Systems. – Poland: Wroclaw, 2002. – P. 125 – 128.
  6. Trofimov M.A., Mosin S.G., Lantsov V.N. Hardware Description Methods and Its Implementation in VHDL-AMS // Proc. of 9th Int. Conf. Mixed Design of Integrated Circuits and Systems. – Poland: Wroclaw, 2002. – P. 441 – 445.
  7. Trofimov M.A., Mosin S.G., Lantsov V.N. Behavioral description of electronic devices and its implementation in VHDL-AMS. Proc. of 8th Biennial Conf. on Electronics and Microsystems Technology // Baltic Electronics Conf. – Tallinn: Tallinn Techn. Univ., 2002. – P. 211 - 214. – ISBN 9985-59-292-1.
  8. Mosin S.G., Lantsov V.N. The REASON Project: Increasing of Interest at Young People in Microelectronics Science and Technology. // Proc. of CADSM, Lviv, 2003. – P. -.
  9. Mosin S.G. Educational purpose CAD tool for testing and diagnosis of analog circuits: fault simulation. Proc. of East-West Design and Test Conference. – Crimea, Ukraine, 2003. – P. 87 – 90.
  10. Mosin S.G. Analog and mixed-signal device testing. Proc. of East-West Design and Test Conference. – Crimea, Ukraine, 2003. – P. 208.
  11. Serina M.S., Mosin S.G. Remote Access Service to CAD Systems // Мат-лы III межд. научно-методич. конф. "Дистанционное обучение – образовательная среда XI века. – Минск, 13-15 ноября 2003 г. – C. 343-345.
  12. Mosin S.G. Educational purpose CAD Tool for Training in the Area of Analogue Circuits Testing and Diagnosis // in Proc. of Conference “Informatics, Mathematical Modelling and Design in the technics, controlling and education” (IMMD’2004). – Vladimir, 2004. – P. 202– 207.
  13. Mosin S.G. The Tool for Training in the Area of Analogue Circuits Test and Diagnosis // Proc. of 11th Int. Conf. Mixed Design of Integrated Circuits and Systems. – Poland: Szczecin, 2004. – P. 511 – 516.
  14. Mosin S.G., Lantsov V.N. The REASON Project: Increasing of Interest at Young People in Microelectronics Science and Technology // Proceedings of International Conference TCSET’04, Slavsko, Ukraine, 2004. – P. 621 – 623. – ISBN 966-553-380-0.
  15. Trofimov M.A., Mosin S.G. The Realization of Algorithmic Description on VHDL-AMS // Proceedings of International Conference TCSET’04, Slavsko, Ukraine, 2004. – P. 350 – 353. – ISBN 966-553-380-0.
  16. Mosin S.G. The CAD Tool for Studying of Approaches to Analog Circuits Testing and Diagnosis // Вестник ТГУ. Приложение. – 2004. – № 9 (I). – С. 168 – 173.
  17. Mosin S.G., Serina M.S. Web-based Research Training in the Area of Analog and RF Design // Proceedings of 49th Internationales Wissenschaftliches Kolloquium “Synergies between Information and Automation”, Ilmenau, Germany, Vol. 2. – Shaker Verlag, – September 2004. – P. 458 – 462.
  18. Mosin S.G. TeDiAC: the CAD Tool for Studying Approaches to Test and Diagnosis of Analogue Circuits // Proc. of 9th Biennial Conference on Electronics and Microsystems Technology. Baltic Electronic Conference - BEC'2004. October 7-10, 2004, Tallinn, Estonia, pp. 4.
  19. Skvortsov M., Serina M., Mosin S. Automated Testing оf Software Systems // East-West Design and Test Symposium. – Crimea, Ukraine, September, 2004. –2 p.
  20. Mosin S.G. Neural Network-based Signature Classifier for Functional Testing of Analogue Circuits // Proc. of 8th Conference the Experience of Designing and Application of CAD System in Microelectronics – CADSM’05, Lviv – Polyana, Ukraine, 2005. – P. 380 – 382.
  21. Mosin S.G. Transient Functional Test of Analogue Circuits // IEEE 10th  European Test Symposium Informal Digest of Papers – ETS’05, Tallinn, Estonia, 2005. – pp. 39 – 44.
  22. Mosin S.G. A Neural Network Approach to Functional Test of Analogue Circuits // Proc. of 12th Int. Conf. Mixed Design of Integrated Circuits and Systems (MIXDES’2005). – Poland: Krakow, 2005. – P. 391 – 396.
  23. Mosin S.G. Embedded Tutorial: Design-for-testability of Analog and Mixed-Signal Electronic Circuits. Proc. of IEEE East-West Design and Test Workshop (EWDTW’2005). – Odessa, Ukraine, 2005. – P. 268.
  24. Mosin S.G. Extraction of Essential Characteristics of Analog Circuits’ Output Responses Required for Signature Analysis. Proc. of IEEE East-West Design and Test Workshop (EWDTW’2005). – Odessa, Ukraine, 2005. – P. 269 – 270.
  25. Mosin S. Neural Network-Based Technique for Detecting Catastrophic and Parametric Faults in Analog Circuits. Proc. of IEEE 18th International Conference on System Engineering (ICSEng’2005). – Las Vegas, Nevada, USA, 2005. – P. 224 – 229.
  26. Mosin S.G. Functional Testing of Analog Circuits Using Neural Network-Based Signature Analyser. In Proc. 2nd International Radio Electronic Forum, Volume III: Proc. of International Conference Information Systems and Technologies (ICIST’2005). – Kharkov, Ukraine, 2005. – P. III-236 – III-239.
  27. Mosin S.G. A Neural Network-Based Functional Test Analyser for Analogue and Mixed-Signal Circuits. In Proc. of 6th Electronic Circuits and Systems Conference (ECS'05). – Slovakia: Bratislava, 2005. – 4 p
  28. Mosin S.G. An Approach to Analogue Circuits Test Based on Application of Neural Network and Wavelet Decomposition. In Proc. of International Conference “Electronics’05”, Sozopol, Bulgaria, 2005. – 6 p.
  29. Serina M. S., Mosin S. G. Digital Audio Information Compression Using Wavelets // Proc. of 13th Int. Conf. Mixed Design of Integrated Circuits and Systems (MIXDES’2006). – Poland: Gdynia, 2006. – P. 660 – 664. – ISBN 83-922632-1-9.
  30. Mosin S. G. Economics Modeling the DFT of Mixed-Signal Circuits. Proc. of IEEE East-West Design and Test Workshop (EWDTW’2006). – Sochi, Russia, 2006. – P. 236 – 238. – ISBN 966-659-124-3.
  31. Mosin S. G. Econometric Model of Using the Design-for-Testability Approach for Mixed-Signal Electronic Circuits. In Proc. of International Conference “Electronics’06”, Sozopol, Bulgaria, 2006.
  32. Kuharuk S., Mosin S. Design Flow of Custom Integrated Circuits Using Mentor Graphics CAD Tools. In Proc. of International Conference “Electronics’06”, Sozopol, Bulgaria, 2006. 
  33. Mosin S. G. Selecting the Most Efficient DFT Techniques of Mixed-Signal Circuits Based on Economics Modeling. Proc. of IEEE East-West Design and Test Symposium (EWDTS’2007). – Yerevan, Armenia, 2007. – P. 158 – 161.
  34. Mosin S. G. The Features of Integrated Technologies Development
    in Area of ASIC Design // Proc. of 9th Conference the Experience of Designing and Application of CAD System in Microelectronics – CADSM’07, Lviv – Polyana, Ukraine, 2007. – P. 292 – 295. – ISBN 966-533-587-0.
  35. Kislyakov M., Mosin S. A Processor Development in Programmable Logic Basis // Proc. of 9th Conference the Experience of Designing and Application of CAD System in Microelectronics – CADSM’07, Lviv – Polyana, Ukraine, 2007. – P. 182 – 185. – ISBN 966-533-587-0.
  36. Mosin S. G. The Model of Selecting Optimal Test Strategy and Conditions of ICs Testing During Manufacturing. Proc. of IEEE East-West Design and Test Symposium (EWDTS’2009). – Moscow, Russia, 2009. – P. 54 – 58.
  37. Mosin S. G. An approach to testing analog and mixed-signal IC based on reconfiguration // Physics and Radioelectronics in Medicine and Ecology. Proc. of 9th International Conference with elements of Scientific Youth School. – Vladimir, 2010. p. 352 – 353. – ISBN 978-5-904875-03-9. (Vladimir, June 29 – July 2, 2010)
  38. Mosin S.G., Efremov I.A. A Wireless System of Data Acquisition // Proc. of IEEE Int. Conference on Computational Technologies in Electrical and Electronics Engineering (SIBIRCON-2010). p. 306 –309. – ISBN 978-4244-7623-7.
  39. Mosin S., Bykov S. Comparing GALS Architectures and Communicational Protocols // Proceedings of the 4th Spring/Summer Young Researchers’ Colloquium on Software Engineering (SYRCoSE 2010), June 1-2, 2010 – Nizhny Novgorod, Russia, p. 120 – 122. – ISBN 978-5-91474-015-0.
  40. Mosin S., Parnevich P. Strategy of selecting power reduction technique for energy-efficient semiconductor designs // Proceedings of the 4th Spring/Summer Young Researchers’ Colloquium on Software Engineering (SYRCoSE 2010), June 1-2, 2010 – Nizhny Novgorod, Russia, p. 123 – 124. – ISBN 978-5-91474-015-0.
  41. Mosin S., Chebykina N. A Technique of Optimal Built-In Self-Test Circuitries Generation // Proc. of IEEE East-West Design and Test Symposium (EWDTS’2010). – St.-Peterburg, Russia, 2010. – P. 145 – 148. – ISBN 978-1-4244-9555-9.
  42. Mosin S. Structural solution of reconfiguration based built-in self-test for analog and mixed-signal IC // In Proc. of 12th Biennial Baltic Electronics Conference (BEC’2010). Tallinn, October, 2010, pp. 141 – 144. – ISBN 978-1-4244-7357-1.
  43. Mosin S. G., Md Muid Hassan. Design flow Oriented on INOC // Proc. of Second International Conference on Signals, Systems & Automation (ICSSA-11), Gujarat, India, 2011. – P. 281 – 284. – ISBN 978-1-6123-3002-0.
  44. Mosin S. G., Md Muid Hassan. The CAD Subsystem Supporting Design of Electronics Devices Based on Irregular NOC // Proc. of 11th Conference the Experience of Designing and Application of CAD System in Microelectronics – CADSM’11, Polyana-Svalyava, Ukraine , 2011. – P. 178 – 180. – ISBN 978-1-4577-0042-2.
  45. Mosin S.G., Chebykina N.V., Serina M.S. Technique of LFSR Based Test Generator Synthesis for Deterministic and Pseudorandom Testing // Proc. of 11th Conference the Experience of Designing and Application of CAD System in Microelectronics – CADSM’11, Polyana-Svalyava, Ukraine , 2011. – P. 128 – 131. – ISBN 978-1-4577-0042-2.
  46. Mosin S.G. A Built-in Self-Test Circuitry Based on Reconfiguration for Analog and Mixed-Signal IC // Information Technology and Control. – 2011. Vol. 40. No. 3. – P. 260 – 264. – ISSN 1392 – 124X.
  47. Mosin S., Chebykina N. A, Serina M.S. A Subsystem for Automated Synthesis of LFSR-Based Test Generator for Deterministic and Pseudorandom Testing // Proc. of IEEE East-West Design and Test Symposium (EWDTS’2011). – Sevastopol, Ukraine, 2011. – P. 177 – 179.
  48. Bykov S., Parnevich P., Mosin S. Design Automation of Integrated Circuits by Network-on-Chip Technology // Proc. of Modern Problems of Radio Engineering, Telecommunications and Computer Science. Proceedings of the international Conference TCSET’2012. – Lviv-Slavske, Ukraine, February 21-24, 2012: Publishing House of Lviv Polytechnic, 2012. – P. 359. – ISBN – 978-1-4673-0283-8.
  49. Parnevich P., Bykov S., Mosin S. The Approaches to Reduction Power Consumption in Integrated Circuits // Proc. of Modern Problems of Radio Engineering, Telecommunications and Computer Science. Proceedings of the international Conference TCSET’2012. – Lviv-Slavske, Ukraine, February 21-24, 2012: Publishing House of Lviv Polytechnic, 2012. – P. 536. – ISBN – 978-1-4673-0283-8.
  50. Mosin S. Design-for-testability automation of mixed-signal integrated circuits // Proc. IEEE 26th International SOC Conference (SOCC), 2013. – Erlangen. Germany. P. 244 - 249. – ISSN – 2164-1676.
  51. Mosin S. Methodology to design-for-testability automation for mixed-signal integrated circuits // Proc. IEEE East-West Design & Test Conference, 2013. – Rostov-on-Don. Russia. P. 1 - 6. – ISBN – 978-1-4799-2095-2.