Pozicija: Nacionalni koordinator IPO Crne Gore za digitalnu transformaciju i pametne tehnologije
Obrazovanje:
- Doktor elektrotehnike, Univerzitet Crne Gore (2010)
- Magistar elektrotehnike, Univerzitet Crne Gore (2006)
- Diplomirani inženjer elektrotehnike, Univerzitet Crne Gore (2005)
- Bachelor (BSc) elektrotehnike, Univerzitet Crne Gore (2004)
Biografija:
Dr Srđan Jovanovski je doktor elektrotehnike i istaknuti stručnjak u oblasti informacionih tehnologija, digitalne transformacije i razvoja pametnih gradova, a profesionalnu karijeru gradi kroz akademski rad, istraživanje i praktičnu primjenu savremenih tehnoloških rješenja u javnom sektoru i društvu.
Svoju profesionalnu karijeru započeo je na Univerzitetu Crne Gore, na Elektrotehničkom fakultetu, gdje je radio kao saradnik u istraživanju i kasnije kao saradnik u nastavi u oblasti primijenjenog računarstva. Tokom tog perioda aktivno je učestvovao u naučno-istraživačkom radu, posebno u oblastima obrade signala i razvoja naprednih algoritama.
Akademsku karijeru nastavio je na Univerzitetu Mediteran, gdje je obavljao funkcije docenta, a potom i vanrednog profesora na Fakultetu informacionih tehnologija. Kroz nastavnu i mentorsku praksu stekao je bogato iskustvo u radu sa studentima, kao i u vođenju istraživačkih i razvojnih projekata.
Od 2019. godine obavlja funkciju rukovodioca Odjeljenja za razvoj informacionih tehnologija – Smart City u Opštini Bar. Na ovoj poziciji aktivno doprinosi razvoju digitalnih servisa, implementaciji pametnih rješenja i unapređenju održivog urbanog razvoja kroz primjenu savremenih tehnologija.
Obrazovanje je stekao na Univerzitetu Crne Gore, gdje je završio osnovne, specijalističke, magistarske i doktorske studije iz oblasti elektrotehnike . Njegova naučna i stručna interesovanja obuhvataju obradu signala, informaciono-komunikacione tehnologije, Internet stvari (IoT), pametne sisteme i održivi razvoj.
Radno iskustvo:
- 2019 – danas: Rukovodilac Odjeljenja za razvoj informacionih tehnologija (Smart City), Opština Bar
- 2016 – 2019: Vanredni profesor, Univerzitet Mediteran, Fakultet informacionih tehnologija
- 2010 – 2016: Docent, Univerzitet Mediteran, Fakultet informacionih tehnologija
- 2006 – 2010: Saradnik u nastavi, Univerzitet Crne Gore, Elektrotehnički fakultet
- 2006 – 2010: Istraživački saradnik, Univerzitet Crne Gore, Elektrotehnički fakultet
Dodatne informacije:
- Pored akademskog i profesionalnog angažmana, aktivno učestvuje u međunarodnim projektima, razvoju inovativnih rješenja i promociji koncepta pametnih gradova.
- Posebno je posvećen razvoju tehnologija koje doprinose smanjenju potrošnje energije i ugljeničnog otiska, kao i unapređenju kvaliteta života građana.
- Autor je i koautor brojnih naučnih radova objavljenih u međunarodnim časopisima i na konferencijama, kao i više patenata iz oblasti obnovljivih izvora energije i inovativnih tehničkih rješenja.
Priznanja i članstva:
- Inovator godine (2012), Ministarstvo nauke Crne Gore
- Član Rotary kluba Bar
Publikacije i konferencije:
V. N. Ivanović, Srdjan Jovanovski „Advanced Superior Execution Time Optimal TimeFrequency Filter Suitable for Non-Linear FM Signals Estimation“, Elsevier Microprocessors and Microsystems, (ISSN: 0141-9331), Volume 74,April 2020, 103052; V. N. Ivanović, Srdjan Jovanovski, Nevena Radović, „Superior execution time design of optimal (Wiener) time-frequency filter,“ IEE Electronics Letters, vol. 52, no.17, June 2016; V. N. Ivanović, Nevena Radović, Srdjan Jovanovski, „Real-time design of a space/spatialfrequency optimal filter,“ Electronics Letters (ISSN:0013-5194), Volume 46, Issue 25, Dec. 2010; Srdjan Jovanovski, V. N. Ivanović: “Signal adaptive pipelined hardware design of timevarying optimal filter for highly nonstationary FM signals,” Springer Verlag Journal of Signal Processing Systems, Volume 62, Issue 3 (2011), pp.287–300; V. N. Ivanović, Srdjan Jovanovski: “Signal adaptive system for space/spatial–frequency analysis,” EURASIP Journal on Advances in Signal Processing, vol.2009, pp.1-15; V. N. Ivanović, Srdjan Jovanovski: “Signal adaptive method for improved space/spatial–frequency representation,” Electronics Letters, vol.45, no.19, Sept.2009, pp. 1003–1005; V. N. Ivanović, Srdjan Jovanovski: “Signal adaptive system for time–frequency analysis,” Electronics Letters, vol.44, no.21, Oct.2008, pp.1279–1280; V. N. Ivanović, Radovan Stojanović, Srdjan Jovanovski: “Hardware implementation of a multidimensional signal analysis system”, in Advances in Numerical Methods (Nikos Mastorakis, John Sakellaris, eds.), Lecture Notes Electrical Engineering, Springer Verlag, 2009, pp.335-346; V. N. Ivanović, Srdjan Jovanovski: „Pipelined Signal Adaptive Architecture of a TimeFrequency Wiener Filter for Highly Nonstationary FM Signals Estimation“, ETF Journal of Electrical Engineering, Vol. 20, No. 1, September 2014, pp 115-125. ISSN 0353-5207; V. N. Ivanović, Srdjan Jovanovski: “An efficient nonstationary Wiener filter hardware implementation”, International Journal of Circuits, Systems and Signal Procesing, Iss.3, vol.1, 2007, pp.244-250; V. N. Ivanović, Nevena Radović, Srdjan Jovanovski, “Signal Adaptive Systems Used in Analysis and Estimation of Nonstationary 1D Signals: Principles of Functioning and Designing,” 10th
IEEE Mediterranean Conference on Embedded Computing (MECO 2021), DOI: 10.1109/MECO52532.2021.9460274; V. N. Ivanović, Nevena Radović, Srdjan Jovanovski, “Principles of Functioning of Signal
Adaptive Systems for Space Spatial-Frequency Analysis,” 10th IEEE Mediterranean Conference on Embedded Computing (MECO 2021), DOI: 10.1109/MECO52532.2021.9460274; V. N. Ivanović, Srdjan Jovanovski, “Design and Selection of Registers Used in the Advanced Superior Execution Time Implementation of an Optimal Time-Frequency Filter Suitable for Non-Linear FM Signals Estimation,” 9th IEEE Mediterranean Conference on Embedded Computing (MECO 2020), DOI: 10.1109/MECO49872.2020.9134337; V. N. Ivanović, Srdjan Jovanovski, “Real-Time Procedure for Development of an Optimal Time-Frequency Filter Suitable for Non-Linear Highly Nonstationary FM Signals Estimation,” 8
th IEEE Mediterranean Conference on Embedded Computing (MECO 2019),
DOI: 10.1109/MECO.2019.8760109; V. N. Ivanović, Srdjan Jovanovski, “Challenges in Designing of an Optimal Time-Frequency
Filter for the Non-Linear FM Signal Estimation and the Possible Solution,” 39th IEEE International Scientific Conference on Electronics and Nanotechnology (ELNANO 2019), Kyiv, Ukraine, Apr. 2019 DOI: 10.1109/ELNANO.2019.8783778; V. N. Ivanović, N. Radović, and Srdjan Jovanovski, “Completely pipelined implementation of optimal time-frequency filter for highly nonstationary FM signals estimation,” IEEE EUROCON 2017, Ohrid, Macedonia, July 06–08, 2017, pp. 217-221; V. N. Ivanović, N. Radović, and Srdjan Jovanovski, “Superior execution time hardware implementation of Wiener time-frequency filter,” IEEE Mediterranean Conference on Embedded Computing (MECO 2017), Bar, Montenegro, June 11–15, 2017, pp. 100-103; V. N. Ivanović, Nevena R. Brnović, Srdjan Jovanovski: „Design of Pipelined Signal Adaptive Architectures for Processing and Filtering of 2D Signals s“, MECO 2016, Budva, Montenegro, June, 2016; V. N. Ivanović, Srdjan Jovanovski, Nevena Radović: „Pipelined Design of an Instantaneous Frequency Estimation Based Time-Frequency Optimal Filter“, 23rd EUSIPCO, Nice, France, August 31 – September 4 2015; V. N. Ivanović, Nevena Radović, Srdjan Jovanovski, ZdravkoUskoković: „Local Frequency Estimation-based Space/Spatial-Frequency Optimal Filter Developed in the RTL Design Methodology versus the Corresponding GPU-based Implementations“, MECO 2015, Budva, Montenegro, June, 2015; V. N. Ivanović, Nevena Radović, Srdjan Jovanovski, Zdravko Uskoković: „Possibility of the Pipelining Technique Application in a Space/Spatial-Frequency FilterImplementation Based on the Local Frequency Estimation“, XXXV IEEE International Scientific Conference on Electronics and Nanotechnology (ELNANO 2015), Kyiv, Ukraine, Apr. 2015. V. N. Ivanović, Srdjan Jovanovski, Nevena Radović, Zdravko Uskoković: “Signal Adaptive Hardware Implementation of a Smart System for Time-Frequency Signal Analysis”, MECO 2014,
Budva, Montenegro, June 15–19, 2014; V. N. Ivanović, Srdjan Jovanovski, Nevena Radović: “Pipelined Design of a System for Highly Nonstationary FM Signals Estimation”, XXXIV IEEE International Scientific Conference on
Electronics and Nanotechnology (ELNANO 2014), Kyiv, Ukraine, Apr.15–18, 2014; V. N. Ivanović, Srdjan Jovanovski, Nevena Radović, Zdravko Uskoković: “Real-time implementation of the optimal two-dimensional filter for highly nonstationary frequencymodulated signal estimation”, XXXIII IEEE International Scientific Conference on Electronics an Nanotechnology (ELNANO 2013), Kyiv, Ukraine, Apr.16–19, 2013.; V. N. Ivanović, Srdjan Jovanovski, Nevena Radović, “A Pipelined Time-Frequency Filter
Implementation”, MECO 2013, Budva, Montenegro, June 15–20, 2013, pp.136-139; V. N. Ivanović, Srdjan Jovanovski: “Signal Adaptive Hardware Design of a System for
Highly Nonstationary FM Signal Estimation”19th EUSIPCO, Barcelona, Spain, August 30 –September 2 2011; V. N. Ivanović, Nevena Radović, Srdjan Jovanovski:“Real-Time Design of a Space/Spatial-Frequency Optimal Filter for Highly Nonstationary Two-Dimensional Signal Estimation”, IEEE Int. Conf. on Acoustic, Speech, Sig. Processing (ICASSP 2011), Prague, Czechz Republic, May 22–27, 2009; V. N. Ivanović, Srdjan Jovanovski: “An Efficient Smart System forTime-Frequency Analysis Based on the Cross-Terms-Free Wigner Distribution Signal Representation”, 15th IEEE Mediterranean Electrotechnical Conference (MELECON 2010), Valletta, Malta, April 26– 28, 2010; V. N. Ivanović, Srdjan Jovanovski: “An efficient smart system for improved space/spatialfrequency representation of nonstationary 2-D signals”, 2010 European Signal Processing Conference (EUSIPCO 2010), Aalborg, Denmark, August 23–27, 2010, pp.527– 531; V. N. Ivanović, Srdjan Jovanovski: “Signal adaptive method for improved space/spatialfrequency representation of nonstationary two-dimensional signals”, 9th WSEAS International Conference on Signal Processing (SIP’10): Volume: SIGNAL2010, Catania, Sicily, Italy, May 29-31, 2010; Srdjan Jovanovski, V. N. Ivanović: “An efficient hardware design of an optimal nonstationary filtering system”, IEEE Int. Conf. on Acoustic, Speech Sig. Processing (ICASSP 2009), Taipei, Taiwan, April 19–24, 2009, pp.569-572; Srdjan Jovanovski, V. N. Ivanović, Nevena Radović: “An efficient real–time method for time–varying filter region of support estimation”, 13th IEEE SPS DSP Workshop & 5th SPE Workshop, Marco Island, Florida, USA, January 4–7, 2009, pp. 513–517; V. N. Ivanović, Srdjan Jovanovski: “An efficient hardware design of a system for highly nonstationary signals filtering”, in Proceedings of the WSEAS Conference: Volume: SIGNAL2008, Hangzhou, China, Dec. 2008; V. N. Ivanović, Radovan Stojanović, Srdjan Jovanovski: “An FPGA design of the system for space/spatial-frequency signal analysis”, in Proceedings of the WSEAS Conference: Volume: SIGNAL2007, Cairo, Egypt, Dec. 29-31, 2007; V. N. Ivanović, Radovan Stojanović, Srdjan Jovanovski, Ljubiša Stanković: “An architecture for real-time design of the system for multidimensional signal analysis”, 14th EUSIPCO, Florence,
Italy, Sept. 2006; Blažo Popović, Srdjan Jovanovski: „Pregled 6lowpan standarda za povezivanje IOT“, in Proceedings of the IT 2015 Conference, Žabljak, February 2015; V. N. Ivanović, Nevena Radović, Srdjan Jovanovski, Zdravko Uskoković: “ An improved procedure for the local frequency estimation of highlynonstationary two-dimensional fm signals“, in Proceedings of the IT 2015 Conference, Žabljak, February 2015; Srdjan Jovanovski, V. N. Ivanović: „Pipelined System for Highly Nonstationary FM Signals Estimation“, in Proceedings of the IT 2014 Conference, Žabljak, February 2014; V. N. Ivanović, Srdjan Jovanovski, Zdravko Uskoković: „Pipelining Technique Application in
the Time-Frequency Filter Implementation“, 57th ETRAN Conference, Zlatibor, Serbia, June 3-6, 2013, pp. EK1.2.1-6; Srdjan Jovanovski, V. N. Ivanović: “Optimalni filtar za vremensko prostorno filtriranje visoko nestacionarnih dvodimenzionalnih signala”, in Proceedings of the IT 2012 Conference, Žabljak, February 2012; Srdjan Jovanovski, V. N. Ivanović: “Signal adaptivni sistem za estimaciju visoko
nestacionarnih FM signala izloženih uticaju aditivnog šuma”, in Proceedings of the IT 2011
Conference, Žabljak, February 2011; V. N. Ivanović, Srdjan Jovanovski: “An Efficient Smart System for Improved Space SpatialFrequency Representation of Nonstationary 2-D Signals”, 54th Symp. ETRAN, Donji Milanovac, June 7-11, 2010; Srdjan Jovanovski, V. N. Ivanović: “An efficient signal adaptive hardware design of the
cross-terms-free Wigner distribution”, 53rd Symp. ETRAN, vol.1, Vrnjačka Banja, June 1518, 2009, pp.EK1.5-1-4; Srdjan Jovanovski, V. N. Ivanović: “A flexible hardware design of a time-varying filtering system”, 52nd Symp. ETRAN, vol.1, Palić, June 8-12, 2008, pp.EL5.5-1-4; V. N. Ivanović, Srdjan Jovanovski, Nevena Radović: “Prilog vremenski-promjenljivom filtriranju baziranom na TF analizi signala – metod za praktičnu implementaciju”, 51th Symp. ETRAN, vol.1, Herceg-Novi, Jun 2007, pp.135-138; V. N. Ivanović, Radovan Stojanović, Srdjan Jovanovski: “Arhitektura za analizu multidimenzionih signala u realnom vremenu”, in Proceedings of the IT2007 Conference, Žabljak, Jan.2007; Srdjan Jovanovski, V. N. Ivanović, Radovan Stojanović: “Sistem za računanje Smetoda na bazi STFT odbiraka”, in Proceedings of the IT 2006 Conference, Žabljak, January 2006.
Projekti:
ECOVINEGOALS – INTERREG V-B Adriatic-Ionian ADRION; FORTITUDE – INTERREG CBC Hrvatska-Bosna i Hercegovina-Crna Gora 2014-2020; Window2Bar – CFCU/MNE/140, IPA II Multi-Annual Action Programme for Mobntenegro of Employment, Education and Social Polices; CROSS BORDER OL – Interreg CBC Italija –Albanija – Crna Gora 2014-2020; DAY CARE CENTER – CFCU/MNE/115, Direktorat za finansiranje i ugovaranje sredstava EU pomoći (CFCU); Enhanced government learning – (EAGLE) – FP7-ICT-2013-11, Small-scale collaborative
project (STREP); Construction of monitoring station for lightning research on the mountain Lovćen – (LAMS) =Higher Education and Research for Innovation and Competitiveness Project –HERIC; Design and Implementation of the Pipelined Signal Adaptive Architectures for Processing and Estimation of Highly Nonstationary One-Dimensional and Multidimensional Signals, Ministry of
Education of Montenegro, 2017-2018; Harmonising open data in the Mediterranean through better access and reuse of public
sector information – (HOMER) – European Union transnational cooperation programme MED; Blending academic and entrepreneurial knowledge in technology enhanced learning –
(BAEKTEL) – TEMPUS – JPGR; Coordinator for Enhancement of cyber educational system of Montenegro (ECESM) 544088TEMPUS-1-2013-1-SI-TEMPUS-JPHES; „Projektovanje Pipelineovanih Signal Adaptivnih Arhitektura za Obradu i Estimaciju Visoko Nestacionarnih Jednodimenzionalnih i Višedimenzionalnih Signala“, Ministarstvo nauke Crne Gore, 2013; Support and Inclusion of Students wits Disabilities at Higer Education Institutions in Montenegro (SINC@HE) 516758 – TEMPUS – 1 – 2011 – 1 – GR – TEMPUS – JPGR; Enhancing the Quality of Distance Learning at Western Balkan Higher Education Institutions
(DL@WEB)511126-TEMPUS-1-2010-1-RS-TEMPUS-SMGR; “Application of cloud computing and web services for developing new types of e-learning”, Joint projects in science cooperation between Montenegro and BIH in 2012. and 2013; Special purpose hardware design for analysis of the highly nonstationary onedimensional and twodimensional signals and time-varying filtering”, Ministry for Education and science of Montenegro, 2007; Introduction of a new Study Program in Applied Electronics (SPiAE) TEMPUS JEP_40017_2005 [8] Creation of Montenegro Team of Bologna Promoters PP_SCM-C008Z04-2004 (CS)
Inovacije i patenti:
Srdjan Jovanovski, „Gravitational wind generator“, Intellectual Property Office of
Montenegro; Srdjan Jovanovski, „Focused solar thermal power plant“, Intellectual Property Office of Montenegro; Srdjan Jovanovski, „Electromagnetic inertial drive“, Intellectual Property Office of Montenegro; Srdjan Jovanovski, „Hydro-generator powered with vortex water flow“, Intellectual Property
Office of Montenegro; Srdjan Jovanovski, „Netted multilayer photovoltaic panel“, Intellectual Property Office of Montenegro; Srdjan Jovanovski, „Comb allocated photovoltaic collector“, Intellectual Property Office of Montenegro; Srdjan Jovanovski, “ Earth atmosphere cooler“, Intellectual Property Office of Montenegro; Srdjan Jovanovski, „Automatic fixed solar panel cleaner „, Intellectual Property Office of Montenegro