Lista publicațiilor, brevete, granturi, organizare ISSCS

Cărți/capitole

1. L. Goras, 1994, ”Signals, Circuits and Systems”, (in Romanian) “Gh. Asachi” Press, Iasi, 500 pages; 20

2. S. Ablameyko, L. Goras, V. Piuri and M. Gori (editors), 2003, “Neural Networks for Instrumentation,

Measurement and Related Industrial Applications”, Volume 185 NATO Science Series: Computer & Systems

Sciences, 340 pages; http://www.iospress.nl/book/neural-networks-for-instrumentation-measurement-and-related-

industrial-applications/, 25

3. Ablameyko, S., Gori, M., Goras, L., Piuri, V., (editors), 2003, “Limitations and Future Trends in Neural

Computation”, Volume 186 NATO Science Series: Computer & SystemsSciences, 256 pages;

http://www.iospress.nl/book/limitations-and-future-trends-in-neural-computation/ , 25

4. L. Goras, T. D. Teodorescu, R. Ghinea, E. David, P. Ungureanu, 2004, Chapter 4: “On the Dynamics of Some

Classes of Cellular Neural Networks” in Cellular Neural Networks (Angela Slavova, Valeri Mladenov editors),

Nova Science Publishers, Inc, New York, ISBN I-59454-040-3, 25

5. L. Goras, I. Vornicu, P. Ungureanu, Book Chapter: Topics on Cellular Neural networks, in Handbook on Neural

Information Processing, M. Bianchini, M. Maggini, and L. Jain Eds. Springer 2013, 25

Lucrări didactice

1. Sinteza Circuitelor Analogice 10

2. Complemente de Teoria Semnalelor și Sistemelor 10

Lucrări publicate în reviste din străinătate

1. Cr. Simionescu, Sv. Dumitrescu, I. Negulescu, V. Percec, M. Grigoras, I. Diaconu, M. Leanca, L. Goras, 1974,

“Properties of Polymers Based on Acetylene Aromatic Derivates” Visokomolekularnie Soedinenia, Tom (A) XV,

nr.4;

(25 + 20*0.25)/8=3.75

2. L. Goras, 1979,“The X-Controlled Scalor and Its Applications to Network Synthesis”; IEEE Trans. Circuits and

Syst., vol. CAS-26, no.4, April, pp 288-290;

(25+20*2.39)/1=72.8

3. L. Goras, 1981,“Linear and Nonlinear Mutators Derived from GIC-Type Configurations”; IEEE Trans. Circuits

and Syst., vol. CAS-28, no. 2, pp 165-168, February;

(25+20*2.39)/1=72.8

4. L. Goras, C. Marcuta, 1985,“Comment on "A New Technique for Inductance to Time Period Conversion Using

Integrated Circuit Operational Amplifiers"”; IEEE Trans. on Industrial Electronics, vol. IE-32, no.1, pp 85,

February;

(25+20*6.383)/2=76.33

5. D. Alexa, L. Goras, 1990,“Power Active Filter Based on PAM Principle”; ETZ-Archiv no. 4, pp 139-142;

(25+20*0.25)/2=15

6. L. Goras, C. Marcuta, 1993, “On Linear Inductance and Capacitance Time Conversions Using NIC-Type

Configurations”, IEEE Trans. on Industrial Electronics, vol 40, nr.5, oct, pp 529-531;

(25+20*6.383)/2=76.33

7. L. Goras, C. Davideanu, 1994,“On a Class of Constant Shaping Envelope Functions”, AEÜ, Germany, vol. 48,

nr.1, pp 60-62;

(25+20*0.37)/2=16.2

8. L. Goraş, L.O. Chua, D.M.W. Leenaerts, 1995, "Turing Patterns in CNN's-Part I: Once Over Lightly", IEEE

Transactions on Circuits and Systems-I: Fundamental Theory and Applications, vol. 42, no. 10, Oct. pp 602-611;

(25+20*2.39)/3=24.26

9. L. Goraş, L.O. Chua, 1995, "Turing Patterns in CNN's-Part II: Equations and Behaviors", IEEE Transactions on

Circuits and Systems-I: Fundamental Theory and Applications, vol. 42, no. 10, Oct., pp 612-626;

(25+20*2.39)/2=36.4

10. L. Goraş, L.O. Chua, L. Pivka, 1995, "Turing Patterns in CNN's-Part III: Computer Simulation Results", IEEE

Transactions on Circuits and Systems-I: Fundamental Theory and Applications, vol. 42, no. 10, Oct., pp 627-637;

(25+20*2.39)/3= 24.26

11. L. O. Chua, L. Goraş, 1995, “Turing Patterns in Cellular Neural Networks”, Int. Journal of Electronics, vol. 79,

no.6, pp 719-736;

(25+20*0.459)/2=17.09

12. A. Leuciuc, L. Goraş, 1998, “New General Immitance Converter JFET Voltage-Controlled Impedances and

Their Applications to Controlled Biquads Synthesis”, IEEE Trans. on Circuits and Syst. – Part I, vol 45, no. 6 June,

pp 678-682;

(25+20*2.39)/2=36.4

13. L. Goras, T. Teodorescu, R. Ghinea, 2003, "On the Spatio-Temporal Dynamics of a Class of Cellular Neural

Networks" Journal of Circuits, Systems and Computers Section I (Theory) (Special Issue on "CNN Technology and

Visual Microprocessors" ) JCSC Vol. 12, No. 4, August 2003;

(25+20*0.25)/3=10

14. R. Matei, L. Goraş – Elementary Linear Filtering Tasks Using CNNs With Minimum-Size Templates, Journal

of Automatic Control (JAC), Faculty of Electrical Engineering, University of Belgrade, Volume 13(1), 2003,

pp.47-53; 20/2=10

15. R. Matei, L. Goras 2006, “A Class of Circulary-Symmetric CNN Spatial Linear filters” Facta Univ. Ser.: Elec.

Energ., vol. 19, No. 2, August 2006, pp. 299-316, 20/2=10

16. M. Fira, L. Goraş 2008 “An ECG signals compression method and its validation using NN’s”, IEEE Trans. On

Biomedical Engineering TBME Vol. 55, No.4, April, 2008, pp 1319-1326.

(25+20*2.496)/2=37.46

17. C. Andriesei, L. Goras, V.Maftei, Comment on “Compact High-Q and Low Current Dissipation CMNOS

Differential Active Inductor”, IEEE Microwave and Wireless Components Letters, 2012, Volume: 22, pp 381-382.

(25+20*1.784)/3=20.22

18. E. G. Ioanid, A. Ioanid, B.T. Goras, L.Goras, Assesment of the Cleaning Effect of Cold Plasma by Statistical

Processing of Photographic Image, Measurement, Elsevier, 2013, Volume: 46 Issue: 8 Pages: 2569-2576

Published: OCT 2013.

(25+20*1.484)/4= 13.67

Lucrări publicate în reviste din țară

1. Cr. Simionescu, Sv. Dumitrescu, I. Diaconu, L. Goras, 1975 “Study of Organic Polymers with Special

Electrophysical Properties”; Revue Roumaine de Chimie, 20, 7,pp 931-943; 20/4=5

2. L. Goras, 1977, “On the Number of Resonances of Linear Electric Circuits”; Buletinul

Inst.Polit.Iasi,XXII(XXVII) Fasc.3-4, Sectia III, pp 37-40; 20/1=20

3. L. Goras, 1977, “Ideal and Nonideal Behavior of Constant Module Impedance Circuits”; Buletinul Institutului

Politehnic Iasi, XXIII (XXVII), Fasc. 3-4, Sectia III, pp 37-40; 20/1=20

4. L. Goras, 1978, C. Mircea, “The X-controlled Transformation Converter”; Buletinul Inst.Polit.

Iasi,XXIV(XXVIII),Fasc.1-2, Sectia III, pp 21-25; 20/2=10

5. D. Barbulescu, Gh. Savin, “L. Goras, 1978, “Electrical Bridge for Impedance Module and Phase

Measurements”; Buletinul Inst.Polit Iasi,XXIV(XXVIII) Fasc.3-4, Section III,pp 41-46; 20/3=6.6

6. L. Goras, 1979, “Mutators and Generalized Mutators”; Buletinul Inst.Polit.Iasi, XXV(XXIX),Fasc.1-2, Sectia

III, pp31-35; 20/1=20

7. L. Goras, C. Marcuta, 1980, “Nonlinear Synthesis Using Saturation of the Operational Amplifier”; Buletinul

Inst.Polit.Iasi, XXVI(XXX),Fasc.1-2, Sectia III, pp 25-30; 20/2=10

8. V. Munteanu, Gh. Zaharia, L. Goras, 1983, “On the Possibility of Digital Computing Blocks Synthesis by Using

the Izomorphism in Coding”, Buletinul Inst.Polit.Iasi, XXIX(XXXIII), Fasc 2-4, Sectia III, pp 55-60; 20/3=6.66

9. L. Goras, O. Petrus, B. Constantin, A. Khatib, I. Zaharia, 1983, “On the Possibility of Fast Fourier Transform

(FFT) Application in Heart Diseases Diagnosis”; Buletinul Inst.Polit.Iasi,XXIX(XXXIII), Fasc.1-4, Sectia III, pp

29-33; 20/5=4

10. L. Goras, H. Rosman, Gh. Savin, 1985, “Controllability and Observability Considerations Concerning Some

Linear Lumped Passive Electrical Circuits”; Revue Roumaine des Sciences Techniques, Serie Electrotechnique et

Energetique, Tome 30, Nr.4, Oct-Dec., pp 395-398; 20/3=6.66

11. C. Marcuta, L. Goras, 1990, Numeric “Displacement Transducer Using a New Type Inductance-to-Time-Period

Converter”; Buletinul Inst.Polit. Iasi, Tom.XXXVI(XL), Fasc 3-4, Sectia III, pp 27-32; 20/2=10

12. H. Rosman, L. Goraş, 1993 , “Vanishing Condition Concerning the Distortion Power for Electric Circuits in

Periodic Non-Harmonic Steady-State”, Revue Roumaine des Sciences Techniques, Serie Electrotechnique et

Energetique, tom 38, nr.2, 227-233; 20/2=10

13. A. Leuciuc, L. Goraş, 1993, “Synthesis of a Class of Nonlinear Filters”, Bulletin of the Polytechnic Institute of

Iasi, vol. XXXIX (XLIII), fasc. 1-4, pp. 27-32; 20/2=10

14. H. Rosman, L. Goraş, A. Braier, 1996, “Synthese des Uniportes Liniaires, Passifs, Excites par des Signaux

Modules en Amplitude, en Regimes de Resonance”, Bulletin of the Polytechnic Institute of Iasi, Tom XLII (XLVI)

Fasc. 1-2, Sectia III, p 7-16; 20/3=6.66

15. L. Goras, On Pattern Formation in Cellular Neural Networks, Fuzzy Systems & A.I., vol VII, nos. 1-3, 2001.

20/1=20

16. E. David, T. D. Teodorescu, R. Ghinea, L. Goraş, 2002, “On the Shifting Properties of a Class of First Order

Cellular Neural Networks (CNN’s)”, Bulletin of the Polytechnic Institute of Iasi Tom XLVIII (LII) Fasc. 3-4, ISSN

0258-9109, pp 31-40; 20/4=5

17. T. Goraş, D. Alexa, L. Goraş, 2004, “Synthesis of Controlled Nonlinear Simulated Circuit Elements Based on a

GIC-Structure”, Scientific Bulletin of the “Politehnica” University of Timişoara, Transactions on Electronics and

Communications, Tomul 49 (63), fascicola 1, pp. 102-105, ISSN 1583-3380; 20/3=6.66

18. M. Negoita, L. Goras, 2004 “The R-Wave Detection with Low Computational Complexity Based on the Pan-

Tompkins Algorithm”, Buletinul Institutului Politehnic din Iasi, ISSN 0258-9109, pp 72-77; 20/2=10

19. M. Negoita, L. Goras, 2004 “A Robust Algorithm for Accurate QRS Complex Detection”, Buletinul Institutului

Politehnic din Iasi, ISSN 0258-9109, pp. 47-58; 20/2=10

20. M. Budăeş. L. Goraş, 2007 „An Averaging Technique Model for a Switched Capacitors DC-DC Voltage

Converter” Buletinul Institutului Politehnic din Iasi, tom LIII (LVII) fasc.1-2/2007, ISSN 0258-9109;

21. M. Budăeş, L. Goraş, 2007 “Burst Mode, Inductorless, Switched Capacitor DC – DC Voltage Converter”,

Buletinul Institutului Politehnic Iaşi, LIII (LVII) fasc.3-4/2007, ISSN 0258-9109 ; 20/2=10

22. M. Budăeş, L. Goraş, 2008 “Burst Mode Switched Capacitor Voltage Converter Modeling and Design“,

Romanian Journal of Information Science and Technology, vol. 11, nr. 4, 2008 pp 347-366.

(25+20*0.304)/2=15.54

23. C. Andriesei, L. Goraş, 2008 “On Frequency and Quality Factor Independent Tuning Possibilities for RF Band-

pass Filters with Simulated Inductors”, Romanian Journal of Information Science and Technology, vol. 11, nr. 4,

2008 pp 367-382.

(25+20*0.304)/2=15.54

24. I. Alecsandrescu, L. Goras, 2008 “Gershgorin Circles Associated to Double Grid Second Order Cellular Neural

Networks”, Acta Technica Napocensis Electronics and Telecommunications, vol 49, nr. 1/2008, pp. 1-7. 20/2=10

25. C. Andriesei, L. Goras, 2008, “On the Tuning Performances of an Active RF Bandpass Filter”, Acta Technica

Napocensis Electronics and Telecommunications vol 49, no. 3, 2008, pp 29-34. 20/2=10

26. C. Andriesei, L. Goras, F. Temcamani, B. Delacressonière, 2009 “Wide Tuning Range Active RF Bandpass

Filter with MOS Varactors”, Romanian Journal of Information Science and Technology - ROMJIST, Printing

House of the Romanian Academy vol. 12, no 4, 2009, pp 466-484. 20/4=5

(25+20*0.304)/4=7.77

27. C. Andriesei, L. Goras, F. Temcamani, 2010 “On a RF Band-pass Filter Tuning Method”, Revue Roumaine de

Sciences Techniques nr. 2/2010.

(25+20*0.333)/3= 10.55

28. L. Goraș, 2009 “Spatio-Temporal Dynamics in Cellular Neural Networks”, The annals of Dunarea de Jos

University of Galati, Fascicle II, 2009, vol 32, no 1, pp 5-10,

29. L. Goraș, I. Vornicu, “Spatial Filtering Using Analog Parallel Architectures and their Log-Domain

Implementation” Romanian Journal of Information Science and Technology - ROMJIST, Printing House of the

Romanian Academy, 2010,

(25+20*0.304)/2=15.54

30. Monica Fira, Liviu Goras, Nicolae Cleju, Constantin Barabasa, On ECG Compressed Sensing using Specific

Overcomplete Dictionaries, International Journal of Advanced Computer Science and Applications, IJACSA

Volume 3 Issue 8, pp 141 – 145, 2010

(25+20*0.529)/4=8.89

31. B.T.Goras, E.G. Ioanid, D. Rusu, L.Goras, Optical evaluation of heritage silver coin plasma cleaning using

statistical methods, OPTOELECTRONICS AND ADVANCED MATERIALS-RAPID COMMUNICATIONS,

Volume: 4, Issue: 12, Pages: 2157-2161, dec 2010

(25+20*0.394)/4=8.22

32. C. Andriesei, V. Maftei, L. Goras, F. Temcamani, B. Delacressonniere, On The Possibility Of Using Cmos

Active Inductors For Telecommunications Filters Implementation, Buletinul Institutului Politehnic din Iaşi, Tomul

LVII (LXI), Fasc. 2, 2012, 2012

33. V. Maftei, C. Andriesei and L. Goraş, On The Rlc Model Of A Cmos Transistor Only Simulated Inductor,

Buletinul Institutului Politehnic din Iaşi, Tom LVIII (LXII), Fasc. 1, pp. 65–72, 2012 20/3=6.66

34. Paul Mihai Puscasu, Liviu Goras, Spatio-Temporal Dynamics In Cnn's Using Ota's With Nonideal Frequency

Response, Buletinul Institutului Politehnic din Iaşi, Tomul LVII (LXI), Fasc. 2, 2012. 20/2=10

35. Fira, M., Goras, L., A New Method for EEG Compressive Sensing, Advances in Electrical and Computer

Engineering, vol. 12, no. 4, pp. 71-76, 2012.

(25+20*0.529)/2=17.79

36. L. Goraș, M. Fira, Review of Recent Results on ECG Compression and Classification, Buletinul Institutului

Politehnic din Iaşi, Tomul LX (LXIV), Fasc. 1, 2014, pp13-26. 20/2=10

37. S. Savinescu, L. Goras, On the Distortions in a Tunable CMOS Transconductor, Buletinul Institutului

Politehnic din Iaşi, Tom LX (LXIV), 2014, Fasc 3, pp 31-39. 20/2=10

38. M. Fira, L. Goras, Compressed Sensed ECG Signals using Patient Specific Dictionaries, Buletinul Institutului

Politehnic din Iaşi, Secţia Electrotehnică, Energetică, Electronică, 2014; 20/2=10

39. Nicolae Patache, Victor – Andrei Maiorescu, Liviu Goraş “ CMOS Implementation of Spatio-Temporal Filters

with Cellular Neural Networks" published in Buletinul Institutului Politehnic din Iasi , Sectiunea Electrotehnica

Energetica Electronica, Tom LX, fascicola 4, 2014. 20/3=6.66

40. Nicolae Patache, Victor – Andrei Maiorescu, Liviu Goraş “ The method and circuit for testing the Cellular

Neural Networks with 16 cells", Buletinul Institutului Politehnic din Iasi , Sectiunea Electrotehnica Energetica

Electronica, Tom LXI , fascicola 1, 2015. 20/3=6.66

41. M. Bohosievici, L. Goras, A novel Active Inductor with High Voltage Controlled Quality Factor and Self-

Resonant Frequency, Buletinul Institutului Politehnic din Iași, Seria Electrotehnică, Energetică, Electronică Tomul

LIX (LXIII), Fasc. 1, 2015 20/2=10

Lucrări publicate în volumele unor conferințe organizate în străinătate

1. Cr. Simionescu, Sv. Dumitrescu, I. Diaconu, L. Goras, 1973, “Study of Certain Special Electrophysical

Properties of Polymers”, Proceedings of the Symposium "Polymer '73"

Varna, Bulgaria, pp 461-465; 20/4=5

2. L. Goras, 1975, “On Nonlinear Circuit Synthesis Using Impedance Converters and Inverters”;

Tagungsmaterialen des 23 Internationalen Wissenchaftlichen Kolloquium der Technichen Hochschule Ilmenau,

Germany, 23-26 September, Heft 3, pp 17-20; 20/1=20

3. H. Rosman, Gh. Savin, L. Goras, 1985, “Analysis of Linear Electric Circuits With Excess Reactive Elements”,

Proceedings of the 3-rd Int. Symp. on Theoretical Electrotechnics, Moscow, 23-24 Sept; 20/3=6.66

4. L. Goras, 1987, “On Some Classes of Dynamic Circuit Elements”; Tagungsmaterialen des 35 Internationalen

Wissenchaftlichen Kolloquium der Technichen Hochschule Ilmenau, Germany, 26-31 October, Heft 2, pp 45-48;

20/1=20

5. L. Goras, 1989, “Controllability and Observability of Higher Order Nonlinear Elements”, Proceedings of the 5-

rd Int. Symp. on Theoretical Electrotechnics, Budapest, 23-25 Aug. 20/1=20

6. L.Goraş, 1993, “A Note on Hidden Modes”; Proceedings of the European Conference on Circuit Theory and

Design, Davos, Switzerland, 30 Aug -3 Sept; 20/1=20

7. L.Goraş, A. Leuciuc, 1993, “GIC-FET Controlled Impedances”; Proceedings of the European Conference on

Circuit Theory and Design, Davos, Switzerland, 30 Aug - 3 Sept; 20/2=10

8. L. Goraş, A. Leuciuc, I. Ciocoiu , 1994, “On Nonlinear Synthesis Using Generalized Mutators”, NDES Crakow;

20/3=6.66

9. V. Grigoras, L. Goraş, 1994, “Additive Nonhomogeneous Discrete Systems”, NDES Crakow; 20/2=10

10. L. Goraş, A. Leuciuc, 1994, “Further Generalization of Higher Order Circuit Elements: State Description and

Synthesis”, ISCAS, London; 20/2=10

11. L. Goraş, C. Davideanu, 1995, “The Concept of Gelfand Triplet in Signal Theory”, Proceedings of the

European Conference on Circuit Theory and Design, ECCTD, Istanbul, August; 20/2=10

12. V. Grigoras, L. Goraş, 1995, “Algebraic Additive Systems”, Proceedings of the European Conference on

Circuit Theory and Design, ECCTD Istanbul, August; 20/2=10

13. L. Goraş, L. O. Chua, 1996 “Turing Patterns in CNN’s Based on a New Cell”, Proceedings of the Fourth

International Workshop on Cellular, Neural Networks and Their Applications, Seville, Spain, June 24-26;

(25+20*0.25)/2=15

14. L.Goraş, L.O.Chua, 1997, “On the Influence of CNN Boundary Conditions in Turing Pattern Formation”,

Proceedings of the European Conference on Circuit Theory and Design, ECCTD, Budapesta, pp 383- 388; 20/2=10

15. L.Goraş, T.D.Teodorescu, 1998, “On CNN Boundary Conditions in Turing Pattern Formation”, Proc. of the

Fifth International Workshop on Cellular, Neural Networks and Their Applications, CNNA’98,

(25+20*0.25)/2=15

16. L.Goraş, V. Grigoras, B. Jipa, 1998, “On the Possibilities of Using Hysteretic Elements in Signal Processing”,

Nonlinear Dynamics of Electronics Systems, Budapest, July 16-18; 20/3=6.66

17. L.Goraş, V. Grigoraş and G. Popescu, 1999, “Hysteresis – a Potential Tool for Signal Processing”, International

Workshop on Intelligent Communication Technologies and Applications, COST 254 Neuchatel, Switzerland, May

5-7; 20/3=6.66

18. L. Goraş, 1999 “A Modified CNN Architecture for Turing Patterns Generation”, Proceedings of the European

Conference on Circuit Theory and Design ECCTD, Stresa, Italy, August 29-September 2; 20/1=20

19. L. Goraş, T.D. Teodorescu, A. Maiorescu, 2000, „Phase Influence on Mode Competition in Turing Pattern

Formation”, IEEE International workshop on Cellular Neural Networks and their Applications, Catania, Italia,

May, pp. 57 – 60;

(25+20*0.25)/3=10

20. R. Ghinea, R. Bozomitu, L. Goraş, 2000, “On the Stability of Active Filters”, First IEEE Balkan Conference on

Signal Processing, Communications, Circuits and Systems, Istanbul, Turkey; 20/3=6.66

21. L. Goraş, T.D.Teodorescu, 2001, “On the Oscillatory Behavior of Second Order Cell 1D CNN’s”, Proceedings

of the European Conference on Circuit Theory and Design ECCTD’2001, Espoo Finland, August 28-31, Volume

III, pp. 273 – 276; 20/2=10

22. T.D.Teodorescu, L. Goraş, 2001, “Cell and Template Order Influence on CNN Behavior – A Comparative

Study”, Proceedings of the European Conference on Circuit Theory and Design ECCTD’2001, Espoo, Finland,

August 28-31, Volume III, pp. 285 – 288; 20/2=10

23. L.Goraş, 2003,“On Pattern Formation in Cellular Neural Networks” (invited paper), NATO Advanced Research

Workshop, Siena, Italy, 22-24 October, 2002; published in V. Piuri , M. Gori , S. Ablameyko and L. Goras,

(editors) “Limitations and Future Trends in Neural Computation”, Volume 186 NATO Science Series: Computer &

Systems Sciences; 20/1=20

24. L. Goraş, R. Ghinea, T.D. Teodorescu, E. David, 2002, "On the Dynamics of a Class of Cellular Neural

Networks", CNNA 2002, Frankfurt, Germany, pp 92-97;

(25+20*0.25)/4=7.5

25. L. Goraş, T.D.Teodorescu, R. Ghinea, E. David, 2002, - "On Pattern Formation in a Class of Cellular Neural

Networks", ICCSC 2002, St. Petersburg, Rusia, pp 258-262;

(25+20*0.25)/4=7.5

26. R. Matei, L. Goraş, 2002,“On Linear Filtering Capabilities Of 1-D CNNs With Minimum-Size Templates”,

Proceedings of 6-th Seminar on Neural Network Applications in Electrical Engineering, Neurel 2002, Belgrad,

Yugoslavia, 26-28 Sept., pp.123-128;

(25+20*0.25)/2=15

27. R. G. Bozomitu, L. Goraş, V. Cehan, 2003, ”A New ELIN Lossy Integrator with Instantaneous “Arcsinh”

Companding”, 26th International Spring Seminar on Electronics Technology, The High Tatras, Slovak Republic,

May 8-11;

(25+20*0.25)/3=10

28. L.Goraş, I. Ciocoiu, E. David, P. Ungureanu, 2003, –“On Nonlinear Filtering Using Two-Grid Coupled

Cellular Neural Networks”, 2003, Proceedings of the European Conference on Circuit Theory and Design, ECCTD

2003, Kraków, vol II, pp. 448-451; 20/4=5

29. E. David, P. Ungureanu, L. Goraş, 2003, “On CNN Template Design for Gabor-Type Filters Based on Rational

Approximations”, Proceedings of the European Conference on Circuit Theory and Design, ECCTD 2003, Kraków,

vol II, pp.333-336;

(25+20*0.25)/3=10

30. E. David, M. Ansorge, L. Goraş, V. Grigoraş, “On the Sensitivity of CNN Linear Spatial Filters: Non-

Homogeneous Template Variations”, Proceedings of the 8-th IEEE International Workshop on Cellular Neural

Networks and their Applications, CNNA 2004, 22-24 July 2004, Budapest, Hungary, pp. 40-45, ISBN 963 311 357

1; 20/4=5

31. R. Matei, L. Goraş, 2004, "Design Methods for CNN Spatial Filters with Circular Symmetry", Proceedings of

the 7th Seminar on Neural Network Applications in Electrical Engineering, NEUREL’2004, Belgrade, Serbia and

Montenegro, 23-25 Sept. 2004, pp.103-108, ISBN 0-7803-8547-0;

(25+20*0.25)/4=7.5

32. R. Ghinea, L. Goraş, M. Ansorge, T. Goraş, 2004,“Nonideal Behaviour of OTA-Based Astable Multivibrators

with Applications in Linear Capacitance and Inductance to Time Conversions”, International Conference on

Circuits and Systems for Communications, ICCSC 2004, Moscow, Russia, 30 June-2 July, CD-ROM proceedings;

20/4=5

33. L. Goraş, P. Ungureanu, 2004 “On the Possibilities of Using Two-Grid Coupled CNN's for Face Features

Extraction”, Proceedings of the 8-th IEEE International Workshop on Cellular Neural Networks and their

Applications, CNNA 2004, 22-24 July 2004, Budapest, Hungary, pp. 381-386, ISBN 963 311 357 1; 20/2=10

34. E. David, R. Ghinea, M. Ansorge, L. Goraş, 2004, “On the Sensitivity of CNN Linear Spatial Filters:

Homogeneous Template Variations”, Proceedings of the 8-th IEEE International Workshop on Cellular Neural

Networks and their Applications, CNNA 2004, 22-24 July 2004, Budapest, Hungary, pp. 34-39, ISBN 963 311 357

1; 20/4=5

35. M. Negoita, L. Goras 2005 "On a compression algorithm for ECG signals", 13th European signal processing

conference, EUSIPCO 2005, 4-8 septembrie, Antalia, Turcia;

(25+20*0.25)/2=15

36. P. Ungureanu, E. David, L. Goras, 2006 „On Rotation Invariant Texture Classification Using Two-Grid

Coupled CNNs”, Neurel 2006, Belgrade, September 25-27, , pp 33-36, ISBN 1-4244-0432-0; 20/3=6.66

37. E. David, P. Ungureanu, L. Goras, 2006 „On the Feature Extraction Performances of CNN Gabor-Type Filters

in Texture Recognition Applications”, The 10th IEEE International Workshop on Cellular Neural Networks and

their Applications, CNNA 2006, Istanbul, Turkey, August 28 – 30, 2006, pp 153-158, ISBN 1-4244-0639-0;

(25+20*0.25)/3=10

38. M. Negoiţă (Fira), C. Andriesi, L. Goraş, 2006 “Compressed Heartbeat Using Skeleton and Codebook”, 5-th

European Symposium on Biomedical Engineering, 7-9 July 2006, Patras, Greece, 4pp, CD-ROM, P28, 20/3=6.66

39. M. Negoiţa (Fira), L. Goraş, 2006 “Results on Original and Compressed Heartbeats Classification using Multi-

Layer Perceptron”, 5-th European Symposium on Biomedical Engineering, 7-9 July 2006, Patras, Greece, CD-

ROM, P35; 20/2=10

40. C. Andriesei, L. Goraş, B. Delacressonnière, F. Temcamani 2008 “Accordabilite des Filtres RF Passe-Bande

Integres”, CMT 2008, Maroc 20/4=5

41. L. Goras, I. Alecsandrescu, P. Ungureanu, 2008, “Pattern Generation Using Feedback in CNN Architectures”,

Experimental Chaos Conference, June 3-6, 2008, Universita’ degli Studi di Catania, Italy, 20/3=6.66

42. I. Alecsandrescu, P. Ungureanu, L. Goras, 2008, “Nonhomogeneous CNN’s and Their Use for Texture

Classification”, NEUREL 2008, Belgrade, 27-28 September, 2008.

(25+20*0.25)/3=10

43. L. Goras, M. Fira, 2009, Preprocessing Method for Improving ECG Signal Classification and Compression

Validation, Physcon, Catania, Italy 1-4 September . 20/2=10

44. M. Fira, L. Goras , “Biomedical Signal Compression based on Basis Pursuit”, International Conference on

Convergence and Hybrid Information Technology, ICHIT 2009, 27 – 29 August, in Daejeon, Coreea de Sud.

20/2=10

45. M. Fira, L. Goras, N. Cleju, C. Barabasa, Results on ECG Compressed Sensing using Specific Dictionaries and

its Validation, PROCEEDINGS OF THE ITI 2012 34TH INTERNATIONAL CONFERENCE ON

INFORMATION TECHNOLOGY INTERFACES (ITI), Pages: 423-428,

(25+20*0.25)/4=7.5

45. M. Fira, R. Aldea, A.Lazar, L. Goras, Classifications of Motor Imagery Tasks in Brain Computer Interface

Using Euclidean Distance, 12th Symposium on Neural Network Applications in Electrical Engineering, NEUREL

2014, 25 – 27 Noiembrie 2014, Belgrad. 20/4=5

46. M. Fira, L. Goras, On projection matrices and dictionaries in ECG compressive sensing - a comparative study,

12th Symposium on Neural Network Applications in Electrical Engineering, NEUREL 2014, 25 – 27 Noiembrie

2014, Belgrad, 20/2=10

47. M. Fira, L. Goras, A. Maiorescu, C. Luca, “Compressed Sensing and Clasification of Cardiac Beats Using

Patient Specific Dictionaries”, ICT4AWE2016, 21-22 May, 2016, Rome, Italy 20/4=5

48. M. Fira, L. Goras, A. Maiorescu, “The Analysis of the Specific Dictionaries for Compressive Sensing of EEG

Signals”, ACHI2016, 24- 28 May 2016, Venice, Italy 20/3=6.66

49. Alexandra Iosub, Jerome Kirscher, Monica Rafaila, Andi Buzo, Georg Pelz, Liviu Goras, Simulation-based

Approach to Application Fitness for an E-Bike, Sensor Applications Symposium, SAS-2016, Catania, 20 Aprilie,

20/6=3.33

50. Alexandra Iosub, Jerome Kirscher, Monica Rafaila, Andi Buzo, Georg Pelz, Liviu Goras, A study of torque

ripple magnitude in PMSM systems due to angle sensor errors, SMACD, 27-30 iunie 2016, Lisabona, 20/6=3.33

Lucrări publicate în volumele unor conferințe organizate în Romania

1. N. Zitron, M. Antonescu, L. Goras, 1975 “Transient Response of the Controlled Inductor Switched in to Its

Supplying Sources”; Proceedings of the First National Symposium on Nonlinear and Parametric Circuits, pp 61-66,

Iasi;

2. L. Goras, 1975, “Relaxation Oscillations in a Thermistor Circuit”; Proceedings of the First National Symposium

on Nonlinear and Parametric Circuits, pp 301-305, Iasi;

3. L.Goras, 1982, “Study of Some Jump Phenomena in Circuits Containing Nonlinear Simulated Elements” (in

Romanian) Conferinta Nationala de Electrotehnica si Electroenergetica, Timisoara , Sept. 17-18, Vol 1, pp 129-

135;

4. L.Goras, 1982 “On the Possibilities of Inertial Circuit Elements Synthesis” (in Romanian), Conferinta Nationala

de Electrotehnica si Electroenergetica, Timisoara, Sept.17-18, Vol 1,pp 137-145;

5. Gh.Savin, H.Rosman, L.Goras, 1982 “Energetic Considerations Regarding Ideal Dissipative Elements” (in

Romanian) Conferinta Nationala de Electrotehnica si Electroenergetica, Timisoara, Sept.17-18, Vol 2, pp 147-156;

6. L.Turic, L.Goras, 1982 , “On the Possibilities of Using Simulated Circuit Elements in Oscillators”, (in

Romanian), Lucrarile Conferintei Nationale de Electronica, Automatizari si Calculatoare, Bucuresti, Nov.17-19;

7. L.Goras, M.Antonescu, 1982 , “Study of the Nonideal Character of some Simulated Circuit Elements”, (in

Romanian), Lucrarile Conferintei Nationale de Electronica, Automatizari si Calculatoare, Bucuresti,, Nov.17-19;

8. L.Goras, L.Dumitrescu, 1983, “On a Method of Nonlinear Circuit Elements Comparation”, (in Romanian),

Lucrarile Simpozionului de Tehnologie Electronica si Fiabilitate, Iasi, Dec.1-3;

9. C.Marcuta, L.Goras, 1983, “Study of an Inductance-Period Converter”, (in Romanian), Lucrarile Simpozionului

de Tehnologie Electronica si Fiabilitate, Iasi, Dec.1-3;

10. H.Rosman, L.Goras, M.Voicu, 1984, “Several Observations Regarding Linear Circuits with Excess

Conservative Elements”, (in Romanian), Conferinta Nationala de Electrotehnica si Electroenergetica, Craiova, pp

79-88, Sept.21-22;

11. L.Goras, N.Cojan, L.Cociu, 1986, “Study of a Circuit Containing a Thermosensitive Element” (in Romanian),

Lucrarile Sesiunii Stiintifice a Facultatii de Electrotehnica din Iasi, Sectiunea II, pp 63-70, May 16-17;

12. L.Goras, 1986 “On the Possibilities of Using the Dirac Notation in Signal Theory” (in Romanian), Lucrarile

Sesiunii Stiintifice a Facultatii de Electrotehnica din Iasi, Sectiunea II, pp 187-191, May 16-17;

13. D.Alexa, L.Goras, 1988, “Active Power Filter” (in Romanian), Lucrarile Sesiunii Stiintifice a Facultatii de

Electrotehnica din Iasi, Sectiunea IX, Nov. 10-12;

14. M.Bucevschi, L.Goras, C.Ionescu, A Schmidt, 1988, “Dinamic Behaviour – Theory and Experiment”, (in

Romanian), Lucrarile Sesiunii Stiintifice a Facultatii de Electrotehnica din Iasi, Sectiunea XXXIX, Nov. 10-12;

15. L.Goras, C.Davideanu, 1992, “Generalized Eigenfunctions in Signal Theory” (in Romanian), Lucrarile

Simpozionului Academiei Tehnice Militare, Octombrie;

16. L.Goras, A Leuciuc, 1992, “Generalized Inertial Circuit Elements” (in Romanian), Lucrarile Simpozionului

Academiei Tehnice Militare, Octombrie;

17. L.Goras, 1992, “On Generalized Circuit Elements”, IEEE CAS-Romania Section Workshop on Nonlinear

Circuits and Systems, Bucharest, Romania, October 31-st,;

18. L. Goraş,1993, “On the Terminology Concerning Several Engineering Basic Concepts”; Conference on

Computer Aided Engineering Education, Bucharest, Romania, September 22-24; 20/1=20

19. L. Goraş, C Davideanu, 1993, “Systems Based on the Concept of the Derivative of the Multiplication

Operator”, Int. Symp. on Signals, Circuits and Systems, SCS'93, Iasi, Romania November 4-5;

20. A. Leuciuc, L. Goraş, 1993, “High-Q Voltage-Controlled Inductance”, Int. Symp. on Signals, Circuits and

Systems, SCS'93, Iasi, Romania November 4-5;

21. L. Goraş, C. Davideanu, 1994, “Study of a Class of Relaxation Oscillators”, Simpozionul de Electronica si

Telecomunicatii, Timisoara;

22. L. Goraş, L. O. Chua, 1995, “Turing Patterns in CNN’s”, Proceedings of the International Symposium on

Signals, Circuits and Systems, SCS’95, Iaşi, 19-21 October ;

23. D. M. W. Leenaerts, L. Goraş, L. O. Chua, 1995, “On the Properties of Turing Patterns in a Two-Cell CNN”,

Proceedings of the International Symposium on Signals, Circuits and Systems, SCS’95, Iaşi, 19-21 October ;

24. L. Goraş 1996, “Several thoughts concerning quality in education”. Workshop on Quality TEMPUS,

Universitatea Tehnica “Gh. Asachi” Iasi;

25. L. Goraş, L.O.Chua, 1997, “On the Role of CNN Initial Conditions in Turing Pattern Formation”, Proceedings

of SCS’97, pp 105-108;

26. T.D.Teodorescu, L. Goraş, 1997, “On the Dynamics of Turing Pattern Formation in 1D CNN’s”, Proceedings

of SCS’97, pp 109-112;

27. R. Matei, L. Goraş, 1997, “On the Discrete Simulation of 1D DNN’s” Proceedings of the International

Symposium on Signals, Circuits and Systems, SCS’97”, pp 113-116;

28. L. Goras, 1998, “On Turing patterns in Cellular Neural Networks”, Proceedings of the International Symposium

of Electronics and Telecommunications “ETC. ‘98”, September, 17-18, Timisoara;

29. L. Goraş, 1998, “Cellular Neural Networks – past and future”, Conference on Communications ’98, Bucharest,

November 19-20;

30 L.Goraş, V. Grigoraş, 1999, “On Hysteretic Systems”, Proceedings of Signals, Circuits and Systems, SCS1999

31. L. Goraş, T. Goraş, V. Cehan, R. Ghinea, 2000, “On Linear Inductance-Time Conversions”, 6-th International

Symposium for Design Technology in Electronic Modules SIITME’2000, Bucureşti, 22-24 Sept.;

32. L. Goraş, 2000“On Pattern Formation in Cellular Neural Networks” European Conference on Information

Technology, Iaşi, 25-26 Sept.;

33. R. Bozomitu, V. Cehan, R. Ghinea, L. Goraş, 2000"Analysis of the stability of biquad, created by integrators in

OPAMP, OTA and ORA topologies", ECIT'2000&ROSYCS, Iasi, Romania;

34. Radu Gabriel Bozomitu, Vlad Cehan, Romeo Ghinea, Liviu Goraş, 2000, “Analysis of the stability of KHN

biquad created by integrators in OPAMP, OTA and ORA tolologies”, European Conference on Intelligent Systems

& Romanian Symposium on Computer Science”, Iaşi, September 25-27;

35. Radu Gabriel Bozomitu, Romeo Ghinea, Vlad Cehan, Liviu Goraş, 2000, “Design of KHN Biquad”, European

Conference on Intelligent Systems & Romanian Symposium on Computer Science”, Iaşi, September 25-27;

36. Radu Gabriel Bozomitu, Vlad Cehan, Romeo Ghinea, Liviu Goraş, 2000, “Analysis of the Stability of KHN

Biquad Built with Integrators in OPAMP, OTA and ORA Topologies”, European Conference on Intelligent

Systems & Romanian Symposium on Computer Science”, Iaşi, September;

37. L. Goraş, T.D.Teodorescu, 2001, “On the Dynamics of a Class of CNN’s”, Proceedings of the SCS’2001, Iasi

Romania, July 10-11, 2001, pp. 449 . 452;

38. T.D.Teodorescu, L. Goraş, 2001, “Two Approaches for Studying Single Coupled Second Order Cell CNN’s”,

SCS’2001, Iasi Romania, , pp. 453-456;

39. Radu Gabriel Bozomitu, Vlad Cehan, Liviu Goraş, 2002, “Design of Band-pass Active Filter in CMOS

Technology Using the Low-pass Prototype”, The 6th International Conference on Development and Application

Systems, Suceava, May 23-25;

40. Radu Gabriel Bozomitu, Vlad Cehan, Liviu Goraş, 2002“A New Technique to Improve the Linearity of “Sinh”

Transconductor”, The 8th International Symposium for Design and Technology of Electronic Modules”, Cluj-

Napoca, September 19-22;

41. T. Goras, L. Goras, A. Maiorescu, R. Ghinea, "On Isolation Coreless PCB Transformers", ECIT 2002, Iasi,

Romania;

42. R. Ghinea, A. Maiorescu, L. Goras, T. D. Teodorescu, 2002, "Several Additional MAPLE Procedures for

Signal and System Analysis and Representation", 7th International Workshop on Symbolic Methods and

Applications to Circuit Design (SMACD 2002), 10-11 octombrie, Sinaia, Romania;

43. R. Ghinea, A. Maiorescu, V. Grigoras, L. Goras, 2002, "On the Possibilities of Using MAPLE in Signal and

System Analysis and Representation-Part II: System Analysis and Representation", 7th International Workshop on

Symbolic Methods and Applications to Circuit Design (SMACD 2002), 10-11 octombrie, Sinaia, Romania;

44. E. David, P. Ungureanu, M. Ansorge, L. Goraş, 2003, “On the CNN Template Design for Gabor-Type Filters

Based on Padé Approximation”, SCS 2003, Iasi, Romania;

(25+20*0.25)/4=7.5

45. Radu Gabriel Bozomitu, Liviu Goraş, Vlad Cehan, 2003“New Linearized Current Mode Lossy Integrators in

Bipolar Technology”, SCS 2003, Iaşi, Romania;

(25+20*0.25)/4=7.5

46. Radu Gabriel Bozomitu, Vlad Cehan, Liviu Goraş, 2003, “Noise Behavior Of Current-Mode And Voltage-

Mode Gm-C FLF Structures”, Proc. SIITME 2003, Timisoara, Sept 18-21. 20/3=6.66

47. R. G. Bozomitu, L. Goraş, V. Cehan, 2004, “Linear Gm-C FLF Filters with CCII Transconductors”,

Proceedings of the Conference “Communications 2004”, Bucharest Technical Military Academy, pp. 491-496,

ISBN 973-640-037-9;

48. G. Bozomitu, L. Goraş, 2004, “Implementing of “Tanh” and “Sinh” Nonlinear Transconductors in Bipolar

Technology”, Proceedings of the Third European Conference on Intelligent Systems and Tehnologies, ECIT’2004,

21-23 iulie 2004, Iaşi, CD-ROM volume, ISBN 973-7994-77-9; 20/2=10

49. M. Budaes, L. Goras, 2005, “On Speech Signals Reconstruction from Local Extreme Values”, The 7-th

International Symposium on Signals, Circuits and Systems, ISSCS 2005, Iaşi, România, July 14-15, 2005, pp. 315-

318, vol I, ISBN 0-7803-9029-6.

(25+20*0.25)/2=15

50. R. G. Bozomitu, L. Goras, 2005, “Simplified "Sinh" Current Mode Lossy ELIN Integrator”, The 7-th

International Symposium on Signals, Circuits and Systems, ISSCS 2005, Iasi, Romania.

(25+20*0.25)/2=15

51. L. Goraş, I. Alecsandrescu, P. Ungureanu, 2007, “On Pattern Formation in Inertial CNN’s”, Proceedings of the

8-th International Symposium on Signals, Circuits and Systems, ISSCS 2007, Iasi, Romania, pp 275-278.

(25+20*0.25)/3=10

52. Cristian Andriesei, Liviu Goras 2007 “On the Tuning Possibilities of a RF Bandpass Filter with Simulated

Inductor”, CAS 2007, Sinaia

(25+20*0.25)/2=15

53. M. Budăeş, L. Goraş, 2007 “Burst Mode Switching Mechanism for An Inductorless DC-DC Converter”,

Annual International Semiconductor Conference, Sinaia, România, vol.2, pp.463-466, October, 2007

(25+20*0.25)/2=15

54. M. Budăeş, L. Goraş, 2007 “An Averaging Small-Signal Model for a DC-DC Switched Capacitor Converter”,

Annual International Semiconductor Conference, Sinaia, România, vol.2, pp. 547-550, October, 2007

(25+20*0.25)/2=15

55. M. Fira, L. Goras, 2008 “On the Validation of an ECG Signal Compression Method using NN’s”, ECIT 2008,

Iasi, 10-12 July, 20/2=10

56. P. Ungureanu, I. Alecsandrescu and Liviu Goras, 2008 “Texture Classification Using Cellular Neural Network

Based Nonideal Circular Filters”, ECIT 2008, Iasi, 10-12 July, 20/3=6.66

57. C. Andriesei, L. Goras, F. Temcamani, 2008 “Negative Resistance Based Tuning of an RF Bandpass Filter”,

International Conference on Circuits and Systems for Communications, ICCSC 2008, Bucharesst, July 10-12, 2008.

(25+20*0.25)/3=10

58. L. Goras, 2008, “Spatio-Temporal Dynamics in Analog Parallel Architectures” (plenary talk), ISEE, Galati,

Romania, 12-13 Sept. 2008. 20/1=20

59. C. Andriesei, L. Goras, B. Delacressonière, 2008 “Active RF Bandpass Filter with Wide Frequency Tuning

Range”, CAS 2008, Sinaia, 13-15 October, 2008.

(25+20*0.25)/3=10

60. L. Goras, P. Ungureanu, I. Alecsandrescu, 2008, “Asupra formării pattern-urilor în arhitecturi analogice

paralele”, Zilele Academice ale ASTR, Bucureşti, 12-13 nov. 2008.

61. M. Fira, L. Goras , 2009 “Basis Pursuit for ECG Compression”, International Symposium on Signal, Circuits

and Systems, ISSCS 2009, July 9–10, 2009, Iasi, Romania, pp. 25 -28, ISBN 978-1-4244-3784-9.

(25+20*0.25)/2=15

62. L. Goraş, I. Alecsandrescu, I. Vornicu, 2009 “Spatial Filtering Using Linear Analog Parallel Architectures”,

International Symposium on Signal, Circuits and Systems, ISSCS 2009, July 9–10, 2009, Iasi, Romania, pp. 409-

412, ISBN ISBN 978-1-4244-3784-9.

(25+20*0.25)/3=10

63. L. Goras, I. Vornicu , 2009 “Log-domain CMOS implementation of a class of analog parallel architectures”,

International Semiconductor Conference, CAS 2009, 12-14 oct 2009, Sinaia, Romania.

(25+20*0.25)/2=15

64. L. Goras, 2009 “Several Consideration Concerning the Concept of Hysteresis”, Lucrările celei de a IV-a

Conferințe a Academiei de Științe Tehnice din Romania, Iași, 20-21 Noiembrie 2009, vol 1.

65. Cristian Andriesei , Liviu Goraş, Farid Temcamani, Bruno Delacressonière, “CMOS RF Active Inductor with

Improved Tuning Capability”, International Semiconductor Conference (CAS 2009), 12-14 oct 2009, Sinaia,

Romania;

(25+20*0.25)/4=7.5

66. Cristian Andriesei, Liviu Goras, Farid Temcamani, Bruno Delacressoniere, “Frequency Enhancement Method

Applied to a CMOS RF Simulated Inductor BP Filter”, International Symposium on Signal, Circuits and Systems,

ISSCS 2009, July 9–10, 2009, Iasi, Romania, pp. 25 -28, ISBN 978-1-4244-3784-9;

(25+20*0.25)/4=7.5

67. Nicolae Cojan, Arcadie Cracan, Liviu Goraş, On oscillation based filter testing, International Symposium on

Electronics and Telecommunications, ISETC 2010, Ninth Edition, Timisoara, November 11-12, 2010, Proceedings,

ISBN 978-1-4244-8458-4, pag. 85-88,

(25+20*0.25)/3=10

68. Razvan-Gabriel Vieru, Romeo Ghinea, Liviu Goras, “Enhanced Dual-Path Compensated Amplifier for Driving

Large Capacitive Load”, International Symposium on Electronics and Telecommunications, ISETC 2010, Ninth

Edition, Timisoara, November 11-12, 2010, Proceedings, ISBN 978-1-4244-8458-4, pag. 39-42,

(25+20*0.25)/3=10

69. Ion Vornicu, Liviu Goraş, “Image Processing using a CMOS Analog Parallel Architecture”, International

Semiconductor Conference (CAS 2010), 11-13 Oct. 2010, Sinaia, Romania, Proceeding, ISBN 978-1-4244-5781-6,

pp. 461-464,

(25+20*0.25)/2=15

70. M. Fira, L. Goras, N. Cleju, C. Barabasa „On the classification of compressed sensed signals ISSCS 2011 (The

10-th International Symposium on Signals, Circuits and Systems), 30 Iunie – 1 Iulie 2011, Iasi

(25+20*0.25)/4=7.5

71. Nicolae Cleju, Monica Fira, Constantin Barabasa, Liviu Goras, „Robust reconstruction of compressively sensed

ECG patterns”, ISSCS 2011 (The 10-th International Symposium on Signals, Circuits and Systems), 30 Iunie – 1

Iulie 2011, Iasi

(25+20*0.25)/4=7.5

72. M. Pistol, M. Mocanu, R. Ghinea, L. Goras, Non-Ideal Behavior of a Comparator-Based Relaxation Oscillator,

CAS 2011, Sinaia, Romania pp. 365-368

(25+20*0.25)/4=7.5

73. C. Andriesei, N. Patache, L. Goraş, F. Temcamani, B. Delacressonniere, Considerations on the RLC model of

CMOS Active Transistors Only Simulated Inductors Models, ISSCS 2011 (The 10-th International Symposium on

Signals, Circuits and Systems), Iasi, Romania

(25+20*0.25)/5=6

74. Dragos Costachescu, Liviu Goras, Martin Pfost, Accurate Temperature Estimation in Large DMOS Transistors

using a Semi-Empirical Thermal Conductivity Model, ISSCS 2011 (The 10-th International Symposium on Signals,

Circuits and Systems), Iasi, Romania.

(25+20*0.25)/3=10

75. Dragos Costachescu, Martin Pfost, Liviu Goras, A simple method to improve the energy capability of large

DMOS power transistors, 33rd International Semiconductor Conference (CAS) Sinaia, ROMANIA oct. 11-13,

2010.

(25+20*0.25)/3=10

76. Radu-Laurenţiu Vieriu, Bogdan Goraş, Liviu Goraş, On HMM Static Hand Gesture Recognition, ISSCS 2011

(The 10-th International Symposium on Signals, Circuits and Systems), Iasi, Romania

(25+20*0.25)/3=10

77. Pavel Brînzoi, Liviu Goraş, Scalor Based Electrically Controlled Impedances, ISSCS 2011 (The 10-th

International Symposium on Signals, Circuits and Systems), Iasi, Romania

(25+20*0.25)/2=15

78. Liviu Goraș, Paul Mihai Pușcașu, Spatio-Temporal Dynamics in Cellular Neural Networks with Nonideal

OTA’S, 2011 International Semiconductor Conference, CAS Sinaia 2011 pp 405-408.

(25+20*0.25)/2=15

79. Paul Mihai Puscasu, Liviu Goras, Nonideal Behavior Of A Class Of Cellular Neural Networks, CAS Sinaia

octombrie 2012

(25+20*0.25)/2=15

80. Manuela Mocanu, Mihai Gurzun, Liviu Goras, Aspects Concerning Cycle-To-Cycle Jitter In A Comparator

Based Relaxation Oscillator, CAS Sinaia octombrie 2012.

(25+20*0.25)/3=10

81. Oana Loredana Buzatu, Bogdan Tudor Goras, Liviu Goras, Emil Ghiocel Ioanid, Image Analysis Techniques

For Cultural Heritage Restoration Methods Evaluation, EUSIPCO, Bucuresti, 2012

(25+20*0.25)/4=7.5

82. M. Fira, L. Goras, C. Barabasa, Reconstruction of Compressed Sensed ECG Signals Using Patient Specific

Dictionaries, International Symposium on Signals, Circuits and Systems (ISSCS 2013), Iasi, Romania,

(25+20*0.25)/3=10

83. L. Goras, N. Patache, P. Ungureanu, On the Spatio-Temporal Dynamics of a Class of Autonomous Cellular

Neural Networks, International Symposium on Signals, Circuits and Systems (ISSCS 2013), Iasi, Romania,

(25+20*0.25)/3=10

84. L. Goraș, Câteva considerații privind utilitatea și utilizarea unor concepte fundamentale în educația

inginerească, A IX-a ediţie a Conferinţei „Zilele Academiei de Ştiinţe Tehnice din România”, Sibiu, 5-7 octombrie

2014.

85. M. Gurzun, L. Goraș, On Nonlinear Distortions Analysis of CMOS Circuits, CAS Sinaia, 13-15 Oct. 2014

20/2=10

86. S. Savinescu, L. Goras, On the Nonidealities of a Tunable CMOS Transconductor, Workshop on Circuits,

Systems and Information Technology (WCSIT), 2-3 July 2014, Iasi, Romania 20/2=10

87. N. Patache, L. Goras, On the Dynamics of a 1D Cellular Neural Network, International Semiconductor

Conference, CAS, Sinaia 12-14 oct. 2015, pp 189-192. 20/2=10

88. L. Goraș, P. Ungureanu, On the dynamics of nonhomogeneous two-grid coupled cellular neural networks, Zilele

Academiei de Științe Tehnice din Romania (Proceedings), Galați, 9-10 Oct. 2015, pp 230-234

89. Monica Fira, Liviu Goraş, A New Method for ECG Compression Evaluation, Proceedings ISSCS 2015

(CDROM), 9-10 July, Iasi, Romania. 20/2=10

90. Liviu Goraş, Nicolae Patache, Paul Ungureanu “Results on the Spatio-Temporal Dynamics of a First Order Cell

CNN " International Symposium on Signals, Circuits and Systems, 9 - 10 July, 2015, Iasi, Romania, CD-ROM

Proceedings. 20/3=6.66

91. R-D. Amăriuței, V-D Andrieș, L. Goraș, M. Rafailă, A. Buzo, G. Pelz, On the Transient Analysis of a DC-DC

Buck Converter under Load Steps Scenarios, International Symposium on Signals, Circuits and Systems, ISSCS

2015, Iași, 9-10 Iulie, 2015 20/6=3.33

92. R-D. Amăriuței, L. Goraș, M. Dobler, M. Rafailă, A. Buzo, G. Pelz, On the Stability Domain of a DC-DC Buck

Converter with Software Control Loop, 19th International Conference on System Theory, Control and Computing,

ICSTCC 2015, Cheile Gradistei, oct. 14 - 16, 2015, pp 811-816, 20/6=3.33

93. R-D. Amăriuței, L. Goraș, M. Rafailă, A. Buzo, G. Pelz, On Limit Cycles Suppression in DC-DC Buck

Converters, International Semiconductor Conference, CAS, Sinaia, oct. 12-14, 2015, pp 293-296 20/5=4

94. S. Savinescu, L. Goras, Differential CMOS Current Controlled Current Scalor, International Symposium on

Signals, Circuits and Systems, ISSCS 2015, Iași, 9-10 Iulie, 2015, 20/2=10

95. M. Mocanu, A.Cracan, L. Goras, OTA BASED PIECEWISE LINEAR CONDUCTANCE, 10th International

Symposium on Electronics and Telecommunications (ISETC) Location: Timisoara, ROMANIA, NOV 15-16,

2012,

(25+20*0.25)/3=10

Brevete

1. L. Goraş, Gh. Savin, D. Barbulescu, 1977, “Bridge for module and phase measurements of impedances”, OSIM

Patent 67084 (in Romanian); 25/3=8.33

2. L. Goraş, 1977, “Method for increasing the sensitivity and the domain of electrical bridges”, OSIM Patent,

73506 (in Romanian); 25

3. L. Goraş, 1982, “Device for total and instantaneous car fuel consumption measurements”, OSIM Patent 81422

(in Romanian); 25

4. L. Goraş, 1983, “Method and device for car fuel flow and instantaneous consumption measurement” OSIM

Patent, 87962 (in Romanian); 25

5. L. Goraş, 1983, “Method for car fuel flow, total and instantaneous consumption measurement, OSIM Patent,

92443 (in Romanian); 25

6. C. Marcuta, C. Onete, 1984, “Device for mutual inductance measurement”, OSIM Patent 85699 (in Romanian);

25/2=12.5

7. L. Goraş, C. Marcuta, C. Onete, 1984,“Circuit for simulation of two coupled inductances”, Brevet OSIM 85799

(in Romanian); 25/3=8.33

8. L. Cociu, V. Cociu, L. Goras, A. Racu, Gh. Adamescu, C. Durnescu, 1988, “Method and device for polyethylene

balloon diameter control for extruding installation with inner cooling”, OSIM Patent, 99014 (in Romanian);

25/6=4.16

9. L. Cociu, L. Goras, V. Cociu, 1988, “Transducer for diameter variation sensing in extruding installations” OSIM

Patent 98996 (in Romanian); 25/3=8.33

10. L. Goraş, 1989, “Car fuel flow and total consumption transducer”, OSIM Patent 104987 (in Romanian);

(25+20*0.5)/1=35

11. L. Goraş, 1989, “Device for car speed, total consumption, distance and specific distance measurements” OSIM

Patent 104988 (in Romanian); (25+20*0.5)/1=35

12. L. Goraş, M. D. Bucevschi, 1997“Optical detector for polluting agents”, Gold medal at the International

Technical Creation Exhibition, Bruxelles, (in Romanian); 25/2=12.5

13. C. Barabasa, M.C. Fira, N. Cleju, L. Goraș, Metodă și dispozitiv electronic portabil cu consum redus pentru

compresia și stocarea semnalului ECG Bazat pe achiziția comprimată Brevet 2011 00944, 2013 25/4=6.25

14. C. Andriesei, L. Goraș, CMOS Active Resonator with Pseudo-Independent Control of the Resonance Frequency

and Quality Factor, Patent Number: RO129130-A2, 2014 25/2=12.5

Granturi / proiecte câştigate prin competiţie

(Director/ responsabil/membru în echipă)

Nr.crt. Titlul contractului Număr ani Punctaj

Director/responsabil grant internațional [20 * ani de

desfǎşurare]

SCOPES-7RUPJ062381-2000/2003; Titlu

„Core functionalities for low-power

intelligent/biometric signal processing for

secured access to teleservices”;

3 60

Director/responsabil grant național [10 * ani de

desfǎşurare]

Cod: CNCSIS A-495-1998; „Circuite si sisteme

hibride. Utilizarea histeronilor in procesarea

semnalelor”;

1 10

Cod: CNCSIS A-943-2000; “Retele neuronale

celulare histeretice: O noua paradigma in

formarea si procesarea patternurilor”;

1 10

Cod: ANSTI C-2000/CNCSIS A-2001;

“Metode moderne de procesare a semnalelor

electroencefalografice cu aplicatii in

diagnosticare asistata”; finantare in valoare de

71 mil. lei.

1 10

Cod: CNCSIS A-251-2001/ A-237-2002/ A-

319-2003; “Proiectarea filtrelor monolitice de

inalta frecventa comandate, cu modul de lucru

in curent, folosind metoda spatiului

parametrilor”;

1 10

Cod: CNCSIS A- 513 -2004/ A- 513 -2005;

“Prelucrarea imaginilor folosind retele

neuronale celulare cu aplicatii in extragerea de

trasaturi si recunoasterea formelor”;

1 10

Cod: CNCSIS, A – 226;

„Cercetari privind utilizarea retelelor

neuronale celulare in aplicatii de prelucrare

liniara si neliniara a semnalelor, responsabil

proiect”

1 10

Cod: CNCSIS BM, Cod 7, tip 4C ; “Aplicatii

ale masinii universale de calcul cu retele neurale

celulare in formarea si recunoasterea formelor”;

3 30

Cod: CNCSIS BM 222, Tip D; “Metode noi

de prelucrare a semnalelor, algoritmi, arhitecturi

si implementare”;

3 30

Cod IDEI, 310; „Algoritmi si arhitecturi

paralele pentru achizitia, compresia si

prelucrarea semnalelor”, 2008-2011;

1 30

Cod: PNCD INVENT 63-2002; “Metoda si

echipament destinat evitarii coliziunii si a altor

accidente de circulatie la autovechicule ce

circula in conditii de vizibilitate redusa ( ceata

sau ploaie densa)”;

1 10

Cod: PNCD MATRIX-LA 3954P; “

Tehnologii de realizare a micromatricelor

semiconductoare cu emisie de lumina alba

pentru aplicatii in sisteme de iluminat interior”;

1 10

Cod CEEX, 18; NAVIFF: „Studii, mediu de

integrare si echipamente pentru extinderea

inter-operabilitatii sistemelor de recunoastere

amic-inamic de pe nave” – colaborare cu

AEROSTAR

1 10

Cod PARTENERIATE, 12115; BCISIS:

„Sistem de investigaţie, asistare si control al

1 10

afecţiunilor neurologice bazat pe interfaţă

creier-calculator” – coordonator UMFIasi,

2008-2011;

Cod PARTENERIATE; AQUAPROTECT:

„Arii de micro/nanosenzori de prag pentru

detectia in timp real a contaminarii mediului

acvatic cu agenti chimici” – coordonator IMT

Bucuresti, 2009-2011;

1 10

Membru în echipă grant național [2 * ani de

desfǎşurare]

Cod: CNCSIS A-262-1999; „Comunicatii

digitale cu modulatie pe purtatoare haotica”;

1 2

Cod: ANSTI C-2001/ CNCSIS A-127-2002;

“Transformatoare fara miez realizate pe cablaj

imprimat (PCB). Proiectare si aplicatii.”;

1 2

Cod: CNCSIS, A-1307-2002/ A- 389 -2003;

“Metode avansate de analiza si prelucrare

cantitativa a semnalului electroencefalografic

QEEG pentru diagnosticarea tulburarilor

neurologice si psihiatrice”;

1 2

Cod CNCSIS, A – 194; „VIS-A-VIS:

Instrumente software bazate pe analiza

expresiei fetei utilizate pentru interactiunea om-

masina inteligenta”

1 2

Cod: ANSTI S-42-1999; “Utilizarea

histeronilor in procesarea semnalelor”;

1 2

Cod: CNFIS BM -1999/ CNFIS BM 115-

2001-2002; “Metode simbolice de invatare in

ingineria electrica si electronica”;

1 2

POSDRU, Axa 1, Domeniul 1.5 - Contract nr.

POSDRU/6/1.5/S/9, ID 6681, 2008-2011,

BRAIN: „Burse Doctorale - O Investiţie în

Inteligenţă”

3 6

POSDRU, Axa 1, Domeniul 1.5 - ID 59410 -

Contract nr. POSDRU/88/1.5/S/59410,

EURODOC: „Burse doctorale pentru

performanţă în cercetare la nivel european”

3 6

POSDRU, Axa 1, Domeniul 1.5 ID 57649,

PERFORM-ERA Performanță prin postdoctorat

pentru integrare în aria Europeană de cercetare

3 6

POSDRU, Axa 1, Domeniul 1.5 ID 79407

CUANTUMDOC Studii doctorale pentru

performanțe Europene în cercetare și inovare

3 6

POSDRU/5/1.5/F/1 Studii Doctorale în

Romania – Organizarea școlilor doctorale

2 4

Îmbunătățirea managementului universitar

Proiect coordonat de UEFISCDI

1 2

TOTAL A2.4.1.1 + A2.4.1.2 302

Statistică International Symposium on Signals, Circuits and Systems (ISSCS)

1. SCS'93, 4-5 November 1993 (114 papers 6 countries)

2. SCS 95, 19-21, October, 1995, (121 papers 17 countries)

3. SCS'97, 2-3 October, 1997 (160 papers 23 countries)

4. SCS'99, 6-7 July 1999 (98 papers 18 countries)

5. SCS 2001, 10-11 July 2001 (136 papers 33 countries) http://scs.etc.tuiasi.ro/scs2001/

6. SCS 2003, 10-11 July 2003 (167 papers 30 countries) http://scs.etc.tuiasi.ro/scs2003/

IEEE Catalog Number 03EX720 ISBN 0-7803-7979-9,

7. ISSCS 2005, 14-15 July 2005 (200 papers, 38 countries) http://scs.etc.tuiasi.ro/isscs2005/

IEEE Catalog Number 05EX1038 ISBN 0-7803-9029-6

8. ISSCS 2007, 12-13 July 2007 (159 papers 31 countries) http://scs.etc.tuiasi.ro/isscs2007/

IEEE Catalog Number 07EX1678 ISBN 1-42244-0968-3

9. ISSCS 2009, 9-10 July 2009 (144 papers 23 countries) http://scs.etc.tuiasi.ro/isscs2009/

CFP 09816-PRT ISBN 978-1-4244-3784-9

10. ISSCS 2011, 30 June- 1 July 2011 (134 papers 20 countries) http://scs.etc.tuiasi.ro/isscs2011/

CFP 11816-PRT ISBN 978-1-4577-0201-3

11. ISSCS 2013, 11-12 July 2013 (105 papers, 17 countries) http://scs.etc.tuiasi.ro/isscs2013/

CFP13816-CDR ISBN: 9781467361415

12. ISSCS 2015, 9-10 July 2015 (111 papers, 20 countries) http://scs.etc.tuiasi.ro/isscs2015/

CFP 15816-POD, ISBN: 9781467374897