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Snorre Aunet

Professor II - Nanoelectronics
Image of Snorre Aunet
Norwegian
Room 5406
Username
Visiting address Ole Johan Dahls hus
Postal address Postboks 1080 Blindern 0316 OSLO

Academic Interests

Ultra low voltage / low power mixed-signal integrated circuits and defect- and error-tolerant circuits and microarchitectures.

Teaching

Higher education and employment history

Education: dr. ing., 2002 (Norwegian University of Science and Technology), cand. scient., 1993 (University of Oslo), electronics engineer, 1987 (Trondheim Technical College).

Academic Work: Different positions at the University of Oslo since 2003, and similar at the Norwegian University of Science and Technology between 1997 and 2009.

Work outside academia include appointments for the EU commission, Nordic VLSI, ABB Corporate Research, Nortroll A/S and the norwegian army (military service).

Cooperation

 Earlier and present research cooperations have included US, german, swedish, UK and norwegian universities.

Tags: Nano- og mikroteknologi

Publications

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  • Aunet, Snorre (2011). Nanoelectronics.
  • Aunet, Snorre (2011). On the Reliability of Ultra Low Voltage Circuits Built From MINORITY-3 GATES .
  • Aunet, Snorre & Søråsen, Oddvar (2011). Editorial. Microprocessors and microsystems.  ISSN 0141-9331.  35(7), s 593- 594 . doi: 10.1016/j.micpro.2011.10.001
  • Nguyen Le, Thanh & Aunet, Snorre (2011). Suksessiv Approksimasjonsregister A/D-omformer.
  • Aunet, Snorre (2010). German and Norwegian subthreshold CMOS research under the "Robust Ultra-Low-Power Circuits for Nano-Scale CMOS Technologies" project.
  • Aunet, Snorre (2010). Moore’s law and beyond – some technological challenges.
  • Aunet, Snorre (2010). Organisering og ledelse av hardware-utvikling.
  • Aunet, Snorre (2010). The IC Industry and Education in Norway.
  • Aunet, Snorre (2010). Ultra Low Voltage / Low Power CMOS Circuits .
  • Aunet, Snorre & Hasanbegovic, Amir (2010). Memory Elements Based on Minority-3 Gates and Inverter5s Implemented in 90 nm CMOS.
  • Hasanbegovic, Amir & Aunet, Snorre (2010). Low Power CMOS Design - Exploring Radiation Tolerance in a 90 nm Low Power Commercial Process.
  • Otnes Berge, Hans Kristian; Blesken, Matthias; Aunet, Snorre & Rückert, Ulrich (2010). DESIGN OF 9T SRAM FOR DYNAMIC VOLTAGE SUPPLIES BY A MULTIOBJECTIVE OPTIMIZATION APPROACH.
  • Aunet, Snorre (2009). Department of Informatics and ultra low voltage / low power defect tolerant CMOS.
  • Aunet, Snorre (2009). Low Voltage / Low Power "Subthreshold" Chip Design - Challenges and Experiences.
  • Aunet, Snorre (2009). Subthreshold CMOS - What, Why, but Most of All: Where? .
  • Aunet, Snorre (2009). Subthreshold Minority-3 Gates and Inverters used for 32-bit Serial and Parallel Adders Implemented in 90 nm CMOS.
  • Aunet, Snorre (2009). "Ultra lav-spenning / lav-energi CMOS digital signal prosessering; muligheter og begrensninger".
  • Aunet, Snorre (2009). Ultra low power defect tolerant integrated circuits.
  • Berge, Hans Kristian Otnes & Aunet, Snorre (2009). Benefits of Decomposing Wide CMOS Transistors into Minimum-Size Gates.
  • Hasanbegovic, Amir & Aunet, Snorre (2009). Low-Power Subthreshold to Above Threshold Level Shifter in 90 nm Process.
  • Karais, Mustafa & Aunet, Snorre (2009). Implementasjon av Ultra Lav Spenning Kombinatoriske og Sekvensielle Kretser i 90 nm CMOS.
  • Moradi, Farshad; Wisland, Dag T; Mahmoodi, Hamid; Aunet, Snorre; Peiravi, Ali & Cao, Tuan Vu (2009). Ultra Low Power Full Adder Topologies.
  • Moradi, Farshad; Wisland, Dag T; Mahmoodi, Hamid; Peiravi, Ali; Aunet, Snorre & Cao, Tuan Vu (2009). New Subthreshold Concepts in 65nm CMOS Technology .
  • Myhre, Andreas & Aunet, Snorre (2009). VHDL implementasjon av to laveffekts prosessorarkitekturer på FPGA..
  • Alstad, Håvard Pedersen & Aunet, Snorre (2008). Three Subthreshold Flip-Flop Cells Characterized in 90 nm and 65 nm CMOS Technology.
  • Alfredsson, Jon & Aunet, Snorre (2008). Pseudo Floating-Gate Design Limitations in Nano-CMOS with Low Power Supply.
  • Alfredsson, Jon & Aunet, Snorre (2008). Trade-offs for High Yield in 90 nm Subthreshold Floating-gate Circuits by Monte Carlo Simulations.
  • Alfredsson, Jon; Oelmann, Bengt; O'Nils, Mattias & Aunet, Snorre (2008). Limitations of Subthreshold Digital Floating-Gate Circuits in Present and Future Nanoscale CMOS Technologies.
  • Alstad, Håvard Pedersen & Aunet, Snorre (2008). Improving Circuit Security against Power Analysis Attacks with Subthreshold Operation.
  • Alstad, Håvard Pedersen & Aunet, Snorre (2008). Digital Subthreshold CMOS - Sequencing and logic Elements for Power Analysis Resistance.
  • Alstad, Håvard Pedersen & Aunet, Snorre (2008). Subthreshold AES S-Box with Increased Power Analysis Resistance.
  • Aunet, Snorre (2008). "DOFI" (Disclosure of invention); Robust Minimalistic Cell Library for Integrated Circuits.
  • Aunet, Snorre (2008). Defekt-tolerante laveffekt integrerte kretser for rom-anvendelser.
  • Aunet, Snorre (2008). Design and implementation of sequential, logical circuits in CMOS technology .
  • Aunet, Snorre (2008). Muligheter med ultra laveffekt subterskel teknologi .
  • Aunet, Snorre (2008). Ultra Low Power ("Subthreshold") CMOS - Possibilities and Limitations.
  • Aunet, Snorre (2008). Ultra-laveffekt integrerte kretser med redundans.
  • Aunet, Snorre & Hassan Jama, Mustaffa (2008). Implementation of ultra low power microprocessor core.
  • Berg, Yngvar; Mirmotahari, Omid & Aunet, Snorre (2008). Clocked Semi-Floating-Gate Ultra Low-Voltage Current Mirror.
  • Berg, Yngvar; Mirmotahari, Omid & Aunet, Snorre (2008). High Speed and Ultra Low Voltage CMOS Latch.
  • Berg, Yngvar; Mirmotahari, Omid & Aunet, Snorre (2008). Ultra Low Voltage and, Nor and XOR CMOS Gates.
  • Berg, Yngvar; Mirmotahari, Omid; Goplen Lomsdalen, Johannes & Aunet, Snorre (2008). High Speed Ultra Low Voltage CMOS Inverter.
  • Djupdal, Asbjørn; Haddow, Pauline; Nørvåg, Kjetil & Aunet, Snorre (2008). Evolving Static Hardware Redundancy for Defect Tolerant FPGAs.
  • Lillesund, Mats; Førre, Geir & Aunet, Snorre (2008, 10. januar). Førres hårete energimål . [Internett].  Web-TV.
  • Alfredsson, Jon & Aunet, Snorre (2007). D-latch for Subthreshold Floating-Gate Circuits Exploiting Threshold Elements.
  • Alfredsson, Jon & Aunet, Snorre (2007). Performance of CMOS and Floating-Gate Full-Adders Circuits at Subthreshold Power Supply.
  • Alfredsson, Jon; Aunet, Snorre & Oelmann, Bengt (2007). Small Fan-in Floating-Gate Circuits with Application to an Improved Adder Structure .
  • Aunet, Snorre (2007). De to viktigste utfordringene for framtidig nanoelektronikk: reduksjon av effektforbruket og produserbarhet (”manufacturability”).
  • Aunet, Snorre (2007). Ultra laveffekt robuste integrerte kretser.
  • Aunet, Snorre & Aunet, Snorre (2007). European Patent No. 1698054 ("kretselement").
  • Aunet, Snorre & Halvorsen, Finn (2007, 12. mars). Mikrobrikker på sparebluss.  Teknisk Ukeblad.
  • Aunet, Snorre & Halvorsen, Finn (2007, 23. januar). Mikrobrikker på sparebluss sparer energi . [Internett].  Teknisk Ukeblad.
  • Aunet, Snorre & Jemterud, Torkild (2007, 08. mai). "Laveffektbrikken". [Radio].  NRK - Verdt å Vite.
  • Aunet, Snorre & Karlsen, Einar (2007, 01. mai). Superbrikke fra UiO.  Elektronikk.
  • Aunet, Snorre & Karlsen, Einar (2007, 03. mai). Superbrikke fra UiO . [Internett].  Elektronikknett.
  • Aunet, Snorre & Krøyer, Kent (2007, 27. april). Fremtidens elektronik klarer sig med lækstrømmen.  Ingeniøren.
  • Aunet, Snorre & Krøyer, Kent (2007, 27. april). Fremtidens elektronik klarer sig med lækstrømmen . [Internett].  Ingeniøren.
  • Aunet, Snorre & Krøyer, Kent (2007, 16. februar). Processorers strømforbrug kan mindskes 99 procent.  Ingeniøren.
  • Aunet, Snorre & Krøyer, Kent (2007, 16. februar). Processorers strømforbrug kan mindskes 99 procent . [Internett].  Ingeniøren.
  • Aunet, Snorre & Lyse, Morten (2007, 02. mai). Kutter Strømforbruket med 99 % . [Internett].  Verdens Gang.
  • Aunet, Snorre & Lyse, Morten (2007, 02. mai). Norsk superbrikke . [Internett].  Computerworld.
  • Aunet, Snorre & Lyse, Morten (2007, 02. mai). Ny norsk superbrikke . [Internett].  E24.
  • Aunet, Snorre & Lyse, Morten (2007, 27. april). Superbrikke i rute.  Computerworld.
  • Aunet, Snorre & Nestvold, Levin (2007, 24. mai). Dobler batterilevetiden.  Adresseavisen.
  • Aunet, Snorre & Otnes Berge, Hans kristian (2007). Statistical Simulations for Exploring Defect Tolerance and Power Consumption for 4 Subthreshold 1-Bit Addition Circuits.

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Published Nov 4, 2010 01:46 PM - Last modified Mar 14, 2011 02:31 PM