Micro and Nano Electronics Group (est 2014)

Department of Informatics

Parartima Building, 16 Ethnikis Antistaseos St, Kalamaria, 55133, Thessaloniki, Greece, rooms 17 and 18.

Email: nkonofao@csd.auth.gr, tel: +30-2310-991929

 

 

Topics

·               Computing Devices: Physics and engineering at nanoscale.

·               Quantum computing devices and circuits: Design and simulation.

·               Semiconductor optoelectronic devices, sensor circuits.

·               Nano-scale VLSI circuits design:

o  CMOS and hybrid Single Electron Technology (SET)-CMOS circuits.

o   RAM memories.

o   Low energy high performance CMOS circuits below 32 nm.

 

Group members

Nikos Konofaos, Associate Professor

 

PhD Students:

·   Mr Costas Prousalis

·   Mr Thomas Tsiolakis

·   Mr Dimitrios Balobas

·   Mr Dimitrios Ntalaperas

·   Ms Stavroula Mammou

 

MSc Students:

·     Mr George Krommydas

 

MSc Alumni:

·   Mr Lazaros Spyridopoulos

·   Mr Dimitrios Roussis

·   Mr George Apostolides

·   Ms Katerina Veneti

·   Mr Kyriakos Sidiropoulos

·   Ms Sofia Antoniou

·   Mr Gerasimos  Lyberatos

 

Collaborating groups

 

Aristotle University

o    CAC Lab, Department of Informatics,  group leader prof. G. I. Papadimitriou

o    Electronics Lab, ECE Department, group leader prof. A. Hatzopoulos

o    LTFN Lab, Physics Department, group leader prof. S.Logothetidis

 

Abroad

o    Semiconductor Nanoelectronics Laboratory, ECE Department,
University of Maryland, College Park, USA, group leader prof. Agis A. Iliadis.

 

Greece Universities and Research Centers

o    Microelectronics Laboratory, CEID Department, University of Patras, group leader prof. George Alexiou.

o    Institute of Microelectronics, NCSR Demokritos, group leader Dr. Dimitris Davazoglou.

o    Applied Physics laboratory, University of Ioannina, group leader prof. E.K. Evangelou.

 

 

Instrumentation, Tools and Software

oEDA tools for nanoscale design (Cadence licensed).

oPCs and workstations with high-performance capabilities.

oFPGAs and relevant assistive instruments (Virtex Ultrascale at 20nm -  Spartan 6 at 45 nm)

 

 

oHome-made circuit simulation software:

   QuCirDET: A quantum circuit simulation and evaluation tool, available at https://github.com/konprou/QuCirDET/

 

 

Selective Publications

2017

1. Design of Low-Power High-Performance 2–4 and 4–16 Mixed-Logic Line Decoders

D Balobas, N Konofaos

IEEE Transactions on Circuits and Systems II: Express Briefs 64 (2), 176 – 180

2.   Ultra-low-power and compact 8-bit CMOS priority encoder

D Balobas, N Konofaos

International Journal of Electronics Letters 5 (3), 272-278

3.  High-Performance and Energy-Efficient 256-Bit CMOS Priority Encoder

D Balobas, N Konofaos

VLSI (ISVLSI), 2017 IEEE Computer Society Annual Symposium on, 122-127

4.  Multi field SRAM access via intra-encoders and crossbar addressing scheme

T Simopoulos, L Spyridopoulos, GP Alexiou, N Konofaos

6th International Conference on  Modern Circuits and Systems technologies (MOCAST)  

5.  Quantum noise simulation: A software module for QuCirDET

K Prousalis, N Konofaos

6th International Conference on  Modern Circuits and Systems technologies (MOCAST)

2016

1. A Quantum Cellular Automata architecture with nearest neighbor interactions using one quantum gate type

D Ntalaperas, N Konofaos

arXiv preprint arXiv:1610.06426, 

2. Design and simulation of 6T SRAM cell architectures in 32nm technology

G Apostolidis, D Balobas, N Konofaos

Journal of Engineering Science and Technology Review 9 (5), 145-149

3.   Low-power, high-performance 64-bit CMOS priority encoder using static-dynamic parallel architecture

D Balobas, N Konofaos

5th International Conference on  Modern Circuits and Systems technologies (MOCAST)

4. QuCirDET: A design and simulation tool for quantum circuits

K Prousalis, N Konofaos

5th International Conference on  Modern Circuits and Systems technologies (MOCAST)