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Project No.4 “Development of technologies for secure and reliable smart-city”

National Research Programme „Cyber-physical systems, ontologies and biophotonics for safe&smart city and society.” (SOPHIS).

 Project No.4 “Development of technologies for secure and reliable smart-city”. Project leader Dr.sc.comp. Ints Mednieks.

The overall objective of the project is to develop a world-class expertise in the area of “smart” city technologies, which can be used for monitoring of environment and urban infrastructure to ensure a safe and reliable living environment for citizens, thus creating the basis for development of competitive services and products.

Within this framework and in accordance with the “Regulation of the competition for National Research Programmes in the period of 2014-2017”, namely tasks 9, 10, and 11 set for the 2.2 Programme “The next generation of information and communication technology systems”, the following specific objectives are put forward:

  1. Provide centralized urban monitoring for security needs, based on the collection of data from video and other sensors located throughout the urban area, fast data transmission and efficient processing using high performance computing technology for the identification of specific security threats and generate warnings about them;
  2. Advance the use of satellite or airborne remote sensing (RS) data for the control of emergency situations and dynamic monitoring of environment by transforming the information provided by remote sensors to the form of maps illustrating parameters characterizing an emergency or environment and their changes;
  3. Develop a mobile ultra-wideband (UWB) antenna array radar-based imaging technology for mapping urban underground infrastructure as well as for creation of advanced security systems working in conditions where the direct visibility is obstructed or impossible, including examining the possibility of wireless data transmission of radar images in the 60GHz range;
  4. Solving the bacteriological safety problems of city’s water supply by creating a specialized control system.

Project activities:

09.29.2014. GUDPILS seminar. G.Šūpols (EDI) presented “Ultra-wideband sensors: operating principles and applications”.

03.11.2014. GUDPILS seminar. J.Poriņš (RTU TI) presented “Assessment of efficiency raising possibilities in fiber optic transmission systems.”

12.01.2014. Five research groups organized for solving project tasks:

– RTU TI group of researchers will develop optical networking solutions for data transmission in smart cities;

– EDI BIGDATA group will develop methods and software for video and other sensor data processing for urban security;

– EDI REMSENS group will develop remote sensing data processing techniques for urban monitoring;

– EDI RADAR group will develop ultra-wideband radar technology-based security means for urban needs;

– RTU BF group of researchers will develop solutions for urban water supply system control.

12.12.2014. GUDPILS seminar. S.Dejus (RTU BF) presented “Development of the bacteriological quality control system for the city water supply network.”

05.01.2015. REMSENS group has developed a fusion approach of data from two different sensors for land use classification in cities.
22.01.2015. GUDPILS seminar. Presentations: 1) I.Mednieks (EDI). “Remote sensing data types and their use in urban studies”; 2) J.Siņica-Siņavskis (EDI). “Fusion of data from two different sensors with different resolution for classification.”

5.02.2015. BIGDATA research group has identified the deep neural nets as perspective approach for video analysis solutions for smart city applications. The current work is dedicated to analysis of particular video processing tasks and experimental set-up.

13.02.2015. GUDPILS seminar. Presentations: 1) K.Sudars (EDI). “Application of artificial neural networks for improving security in smart cities”; 2) V.Plociņš (EDI). “Mathematical aspects of artificial neural networks “.

02.24.2015. RADAR group has conducted experiments for change detection in rooms, inserting and removing objects within the radar sensing area. Processing of radarograms using principal component analysis was studied. Experimental ice layer thickness detection studies performed in the laboratory and in the real environment (Juglas lake). Experiments performed for remote sensing data acquisition using the multispectral and thermal sensors deployed on the octocopter platform.

29.04.2015. GUDPILS final public seminar of project’s stage 1 was held. Members of each research group presented results obtained within the project so far.

Seminar presentations:

Presentations:

1. Optical WDM-PON access system with a shared light source / RTU TI group /
2. Achievements in smart urban signal analysis using artificial neural networks / EDI BIGDATA group/
3. Development of urban remote sensing data fusion algorithm based on the two-stage principle / EDI REMSENS group/
4. Biological stability monitoring of drinking water: methods and equipment / RTU BF group/
5. Impulsive, short-range radar sensor application studies for urban security monitoring / EDI RADAR group/
6. Remote sensing data acquisition and processing using UAV- octocopter / EDI RADAR group/

 

8.12.2015. GUDPILS seminar. Each research group presented results obtained so far within the 2 stage of the project:

1. Rolands Šāvelis (EDI RADAR) “Development of the simulation model for localization of objects in rooms from received UWB radar signals”;

2. Alīna Nešcerecka (RTU BF) “Monitoring of the biological quality of the drinking water. Progress in stage 2.“;

3. Jurģis Poriņš (Presented Sandis Spolītis, Andis Supe (RTU TI)) “Enhancement of the new FOPS technology”;

4. Mārtiņš Puķītis (EDI REMSENS) “Detection of clouds and shadows in WorldView-2 satellite images”;

5. Kaspars Sudars (EDI BIGDATA) “Use of artificial neural networks in video analysis- IECS experience”.

 

5.01.2016. GUDPILS seminar.  G.Šūpols presented “Introduction to synthetic aperture radar (SAR) technologies”.

 

16.03.2016. 10:30 Public seminar of the project no.4 “Development of technologies for secure and reliable smart-city” (GUDPILS) of the National Research Programme „Cyber-physical systems, ontologies and biophotonics for safe&smart city and society.” (SOPHIS). Venue: conference hall of the Institute of Electronics and Computer Science, Dzerbenes iela 14, Riga.  Members of each research group will present results obtained in stage 2 of the project.

Agenda (preliminary):

1. Localization of objects in rooms using UWB radar / EDI RADAR group/

2. Stability monitoring of drinking water in the pilot water supply system / RTU BF group/

3. Enhancement of the new optical data transmission technology / RTU TI group /

4. Selection of informative bands for classification of hyperspectral images / EDI REMSENS group1,  EDI REMSENS group2 /

5. Analysis of high volume city surveillance video data using deep learning and HPC resources / EDI BIGDATA group/

 

30.11.2016. 10:00 Public seminar of the project no.4 „Development of technologies for secure and reliable smart-city” of the National Research Programme „Cyber-physical systems, ontologies and biophotonics for safe&smart city and society.” (SOPHIS). Venue: “A” auditorium of the Institute of Electronics and Computer Science, Dzerbenes str. 14, Riga.  Members of each research group will present results obtained in stage 3 of the project. Seminar program.

Agenda (preliminary):

1. R.Šāvelis (EDI RADAR)  „UWB sensor signal processing for object tracking”.

2. S.Dejus (RTU BF) „Online drinking water contamanination detection and idenfication”.

3. A.Supe (RTU TI) “Different Optical Fiber Nonlinear Coefficient Experimental Measurements”.

4. I.Mednieks (EDI REMSENS) “Urban flooding modeling using LIDAR data”.

5. M.Puķītis (EDI REMSENS) “Mapping of city land use and vegetation”.

6. K. Sudars (EDI BIGDATA) „Deep object descriptors: face recognition case”.

7. R. Kadiķis (EDI BIGDATA) “Generation of labeled dataset using video game engine”.

 

14.03.2017. GUDPILS seminar. Each research group presented results obtained so far within the 4 stage of the project.

29.09.2017. 10:00. Seminar of the project no.4 “Development of technologies for secure and reliable smart-city” of the National Research Programme „Cyber-physical systems, ontologies and biophotonics for safe&smart city and society.” (SOPHIS). Venue: “A” auditorium of the Institute of Electronics and Computer Science, Dzerbenes str. 14, Riga.  Members of each research group will present results obtained in stage 4 of the project. Seminar program.

30.11.2017. 10:00. Seminar of the project no.4 “Development of technologies for secure and reliable smart-city” of the National Research Programme „Cyber-physical systems, ontologies and biophotonics for safe&smart city and society.” (SOPHIS). Venue: “A” auditorium of the Institute of Electronics and Computer Science, Dzerbenes str. 14, Riga.  Members of each research group will present results obtained in the project.

Seminar presentations:

„Tālizpētes datu apstrādes metodes pilsētvides kontrolei” I.Mednieks.

„UWB radaru grupas kopsavilkums” Rūdolfs Cīrulis.

“Pilsētvides video un citu sensoru signal savākšana un analīze” K.Sudars.

“Neironu tīkls kustīgu objektu skaitīšanai video” Roberts Kadiķis.

„Dzeramā ūdens piesārņojuma trauksmes izziņošanas sistēma III” Sandis Dejus, Alīna Neščerecka.

„Šķiedru optikas pārraides sistēmas eksperimentālie modeļi viedo pilsētu vajadzībām” RTU ETF.

 

SCOPUS. SNIP>1

  1. Alina Nescerecka, Talis Juhna, Frederik Hammes, “Behavior and stability of adenosine triphosphate (ATP) during chlorine disinfection”, Water Research, Volume 101, 15 September 2016, Pages 490-497, ISSN 0043-1354, http://dx.doi.org/10.1016/j.watres.2016.05.087. [3.period]
  2.  A.Lorencs, I. Mednieks & J. Sinica-Sinavskis (2018) “Selection of informative hyperspectral band subsets based on entropy and correlation, International Journal of Remote Sensing”, DOI: 10.1080/01431161.2018.1468107; https://www.tandfonline.com/eprint/vMtIQgShNTtCe7AReK3v/full [4.period]
  3. Nescerecka, A., Juhna, T., Hammes, F., “Identifying the underlying causes of biological instability in a full-scale drinking water supply system”. A Journal of the International Water Association (IWA) “Water Research”, Volume 135 (15 May 2018), Pages 11–21. ISSN: 0043-1354;   https://doi.org/10.1016/j.watres.2018.02.006;     https://www.sciencedirect.com/journal/water-research/vol/135/suppl/C

Publications in SCOPUS and/or WoS:

  1. K. Krumin’sh , V. Peterson, V. Plotsin’sh. „The influence of thermal hysteresis of a clocked comparator on the operation of the comparator type sampling converter”, Automatic Control and Computer Sciences, July 2015, Volume 49, Issue 4, pp. 245-253. http://link.springer.com/article/10.3103%2FS0146411615040070
  2. E. Hermanis, M. Greitans , V. Aristov. „Identification of characteristics of two-terminal networks from the pulse response of the current” Automatic Control and Computer Sciences, July 2015, Volume 49, Issue 4, pp 239-244. http://link.springer.com/article/10.3103%2FS0146411615040057
  3. Aristov, V.; Shavelis, R.; Shupols, G.; Cirulis, R., “An investigation of non-traditional approach to narrowing the GPR pulses,” in Radioelektronika (RADIOELEKTRONIKA), 2015 25th International Conference , vol., no., pp.373-375, 21-22 April 2015 doi: 10.1109/RADIOELEK.2015.7129043 (MAREW 2015) http://ieeexplore.ieee.org/xpl/login.jsp?tp=&arnumber=7129043&url=http%3A%2F%2Fieeexplore.ieee.org%2Fiel7%2F7115433%2F7128969%2F07129043.pdf%3Farnumber%3D7129043
  4. K. Ozols “Implementation of reception and real-time decoding of ASDM encoded and wirelessly transmitted signals.” Microwave and Radio Electronics Week 2015 (MAREW2015), Pardubice, Czech Republic, April 21-23, 2015. DOI: 10.1109/RADIOELEK.2015.7129020 http://ieeexplore.ieee.org/xpl/articleDetails.jsp?arnumber=7129020
  5. Sandis Spolitis, Lilita Gegere, Anita Alsevska, Ilja Trifonovs, Jurgis Porins, and Vjaceslavs Bobrovs „Optical WDM-PON Access System with Shared Light Source” Progress In Electromagnetics Research Symposium, PIERS 2015 in Prague, Czech Republic, 06-09 July, 2015.pp.1–5.
  6.  K.Sudars, I.Bilinskis, E.Buls, Discrete Fourier Transform of the signals recovered by using high-performance Event Timers, Baltic Electronics Conference 2016, Tallinn, Estonia (IEEE Xplore, SCOPUS). [3.period]
  7. A. Lorencs A, Mednieks I, Siņica-Siņavskis J. 2016  “Selection of Informative Bands for Classification of Hyperspectral Images Based on Entropy”, Proc. of  BEC2016, the 15th Biennial Conference on Electronics and Embedded Systems. Tallinn, Estonia on October 3-5, 2016. pp. 135-138 (IEEE Xplore, SCOPUS). [3.period]
  8. Aristov, V. (2016) Optimization of the transmitter pulse duration by the criterion of the radiation spectrum maximization at a given frequency. Automatic Control and Computer Sciences. 50(4), 220-225. . (SCOPUS) Springer Link. [3.period]
  9. Sergejs Olonkins, Vjaceslavs Bobrovs, Girts Ivanovs “FOPA Pump Phase Modulation and Polarization Impact on Generation of Idler Components”, Elektronika ir Electrotechnika, Vol.77, No.4, 2016, pp. 77-81, ISSN 1392-1215 (to be included in SCOPUS). [3.period]
  10. Lavrinoviča, I., Poriņš, J., Brūklītis, E., Supe, A. Evaluation of Effective Area and Nonlinearity Coefficient of Erbium-Ytterbium Doped Optical Fibers. In: Progress in Electromagnetics Research Symposium (PIERS 2016): Proceedings, China, Shanghai, 8-11 August, 2016. Shanghai: The Electromagnetics Academy, 2016, pp.1-5. ISBN 78-1-934142-30-1. ISSN 1559-9450. e-ISSN 1559-8985 (to be included in SCOPUS). [3.period]
  11. Nescerecka, A., Hammes, F., Juhna, T., 2016. A pipeline for developing and testing staining protocols for flow cytometry, demonstrated with SYBR Green I and propidium iodide viability staining. Journal of Microbiological Methods 131, 172–180. doi:10.1016/j.mimet.2016.10.022. [3.period]
  12. K.Sudars, Face Recognition Face2vec Based on Deep Learning: Small Database Case, Automatic Control and Computer Science (accepted). (to be included in SCOPUS). [3.period]
  13. Roberts Kadiķis “Recurrent Neural Network Based Virtual Detection Line”. 2017 The 10th International Conference on Machine Vision (ICMV 2017), November 13-15, 2017, Vienna, Austria. [4.period] http://www.icmv.org/(to appear in SCOPUS)
  14. I.Bilinskis, E.Boole, K.Sudars «Combination of periodic and alias-free non-uniform signal sampling for wideband signal digitizing and compressed transmitting based on picosecond-resolution event timing», 2017 Signal Processing Symposium.  (SPSympo 2017) September 12-14, 2017. Debe, Poland. (to appear in SCOPUS) https://signalprocessingsociety.org/blog/spsympo-2017-2017-signal-processing-symposium[4.period]
  15. Dejus, S., Nescerecka A., Kurcalts, G., Junha, T. “Detection of Drinking Water Contamination Event with Mahalanobis Distance Method, Using On-line Monitoring Sensors and Manual Measurements Data”, Proceedings of the 9th IWA Eastern European Water Professionals Conference, Budapest, Hungary, 2017, p.226-233 (SCOPUS) [4.period]
  16. Dejus, S., Nescerecka, A., Juhna, T., On-line Drinking Water Contamination Event Detection Methods, Proceedings of the 11th International Scientific and Practical Conference ENVIRONMENT. TECHNOLOGY. RESOURCES, Volume I, Rezekne, Latvia, 2017, p.77-81, ISSN 1691-5402 (SCOPUS) http://journals.ru.lv/index.php/ETR/article/view/2627/2497[4.period]
  17. J.Putrina, S.Olonkins, V.Bobrovs “Investigation of amplification span length impact on the quality of the signal in WDM transmission systems with erbium-doped fiber amplifiers”, The 38th PIERS in St Petersburg, Russia 22 – 25 May, 2017, PIERS2017 Proceedings (tiks publicēts SCOPUS un IEEEXplore datubāzēs); [4.period] http://piers.org/piers2017StPetersburg/
  18. S.Olonkins, I.Stankunovs, D.Pilats, V.Bobrovs “Suppression of CC-FWM Inter-channel Crosstalk Using Unequal Channel Spacing in an 8-channel WDM Transmission System with Parametric Amplification” ”, The 38th PIERS in St Petersburg, Russia 22 – 25 May, 2017, PIERS2017 Proceedings (tiks publicēts SCOPUS un IEEEXplore datubāzēs);[4.period] http://piers.org/piers2017StPetersburg/
  19. OZOLS., K, SHAVELIS., R, Amplitude Adaptive ASDM without Envelope Encoding, The 2016 European Signal Processing Conference (EUSIPCO 2016), Budapest, Hungary, August 29 -September 2, 2016. DOI: 10.1109/EUSIPCO.2016.7760231[4.period] http://ieeexplore.ieee.org/document/7760231/
  20. Shavelis R., Ozols K., Greitans M., Amplitude Adaptive ASDM circuit, 2017 3rd International Conference on Event-Based Control, Communication and Signal Processing, Madeira, Portugal, May 24-26, 2017, DOI: 10.1109/EBCCSP.2017.8022815 [4.period] http://ieeexplore.ieee.org/document/8022815/
  21. V. Aristov ”Distance localization of the moving object by applying the Karhunen–Loeve transform to ultra-wideband impulse signals” Automatic Control and Computer Sciences September 2017, Volume 51, Issue 5, pp 294–300; [4.period] DOI https://doi.org/10.3103/S0146411617050029 https://link.springer.com/article/10.3103/S0146411617050029.
  22. K. Sudars, “Face Recognition Face2vec Based on Deep Learning: Small Database Case”, Automatic Control and Computer Sciences, 2017 (2) R. January 2017, Volume 51, Issue 1, pp 50–54 [4.period]
  23. Kadikis, “Recurrent neural network based virtual detection line”, the 10th International Conference on Machine Vision ICMV 2017 , November 13-15, 2017 | Vienna, Austria. Accepted publication. [4.period].

Publications

Dejus S., Nescerecka A., Nazarovs S., Juhna T., „Review on Existing and Emerging Biological Contamination Detection Tools for Drinking Water Distribution Systems” (DWDS) Online Monitoring, Proceedings of the 7th IWA Eastern European Water Professionals Conference for young and senior water professionals, Belgrade, 2015, p.320-332.

Ingrīda Lavrinoviča un Jurģis Poriņš “An Improvement of EDFA efficiency by using Ytterbium co-doped optical fibers”, IEEE BlackSeaCom’2016 (submitted).

Jūlija Putrina and Vjačeslavs Bobrovs “Evaluation of Erbium Doped Fiber Amplifier Application in Fiber Optics Transmission Systems”, PIERS 2016 (submitted).

Vladislavs Bičkovs and Vjačeslavs Bobrovs “Performance Evaluation of a 40 Gbps WDM Transmission System with a Single-pump Raman Amplifier”, PIERS 2016 (submitted).

V.Aristovs, „ПРЕОБРАЗОВАНИЕ КАРУНЕНА ЛОЕВА КАК ИНСТРУМЕНТ УМЕНЬШЕНИЯ ИЗБЫТОЧНОСТИ СИГНАЛА ПРИ ОБНАРУЖЕНИИ ДВИЖЕНИЯ МАЛОРАЗМЕРНЫХ ЦЕЛЕЙ”, Sciences of Europe.  Nr. 2 (2), april 2016. Vol. 2. pp. 53-57. http://european-science.org/ 

Dejus, S., Rusenieks, R., Nescerecka, A., Nazarovs, S., Juhna, T., “Long Term Drinking Water Quality Monitoring in Drinking Water Supply Systems by On-Line Sensors”, Book of Abstracts, 8th Eastern European Young Water Profesionals Conference, Gdansk, Poland, 2016, p.73-74, ISBN 978-83-7493-936-2.[3.period]

Aristov V. Karhunen Loeve Transform As a Tool to Eliminate Signal’s Redundancy, When Small Targets Detection. Sciences of Europe. Vol 2, № 2 , 2016. Praha, Czech Republic.[3.period]

Dejus, S., Nescerecka, A., Kurcalts, G., Juhna, T., Drinking Water Contamination Detection by On-line Monitoring: Pilot Scale Studies, Book of Abstracts, 9th IWA Eastern European Young Water Professionals Conference, Budapest, Hungary, 2017, p.161-162, ISBN 978-963-313-256-2 [4.period]

Conferences thesis and presentations:

Aivars Lorencs, Ints Mednieks, Juris Sinica-Sinavskis “Classification of Multisensor Images With Different  Spatial Resolution”. The 19th International Conference ELECTRONICS 2015, Palanga, Lithuania, 15-17 June, 2015.

S. Spolitis, L. Gegere, A. Alsevska, I. Trifonovs, J. Porins, and V. Bobrovs „Optical WDM-PON Access System with Shared Light Source” Progress In Electromagnetics Research Symposium, PIERS 2015 in Prague, Czech Republic, 06-09 July, 2015.

Dejus S., Nescerecka A., Nazarovs S., Juhna T., „Review on Existing and Emerging Biological Contamination Detection Tools for Drinking Water Distribution Systems” (DWDS) Online Monitoring, Proceedings of the 7th IWA Eastern European Water Professionals Conference for young and senior water professionals, Belgrade, 2015, p.320-332.

K. Ozols “Implementation of reception and real-time decoding of ASDM encoded and wirelessly transmitted signals.” Microwave and Radio Electronics Week 2015 (MAREW2015), Pardubice, Czech Republic, April 21-23, 2015.

Aivars Lorencs, Juris Siņica- Siņavskis “Spectral channel selection using variance”, LU 74th conference, Riga, February, 2016.

Dejus S., Nescerecka A., Nazarovs S., Juhna T., „Review on Existing and Emerging Biological Contamination Detection Tools for Drinking Water Distribution Systems” (DWDS) Online Monitoring, Proceedings of the 7th IWA Eastern European Water Professionals Conference for young and senior water professionals, Belgrade, 2015, p.320-332.

Nescerecka A., The application of adenosine-triphosphate (ATP) measurements for determination of bacterial viability in chlorinated drinking water, How Dead is Dead Conference IV, Eawag, Swiss Federal Institute of Aquatic Science and Technology, Duebendorf/Zurich, Switzerland, 21–22 May 2015.

Nescerecka, A., Juhna, T., Hammes, F., 2015. „Automated Flow Cytometry Approaches for Assessment of Chlorination Efficacy on Aquatic Bacterial Communities”, How Dead is Dead IV conference, Eawag, Swiss Federal Institute of Aquatic Science and Technology, Duebendorf/Zurich, Switzerland, 21–22 May 2015. Poster session.

Nescerecka, A., Juhna, T., Hammes, F., 2015. „The Application of Adenosine- Triphosphate Measurements for Determination of Bacterial Viability in Chlorinated Drinking Water”, How Dead is Dead IV conference, Eawag, Swiss Federal Institute of Aquatic Science and Technology, Duebendorf/Zurich, Switzerland, 21–22 May 2015. Poster session.

Aivars Lorencs, Ints Mednieks, Juris Sinica-Sinavskis “Selection of Informative Bands for Classification of Hyperspectral Images Based on Entropy”, BEC2016, the 15th Biennial Conference on Electronics and Embedded Systems. Tallinn, Estonia on October 3-5, 2016. Presentation.[3.period]

Sudars, I.Bilinskis, E.Buls, Discrete Fourier Transform of the signals recovered by using high-performance Event Timers, Baltic Electronics Conference 2016, Tallinn, Estonia. [3.period]

Shakya, S., Supe, A., Lavrinoviča, I., Spolītis, S., Poriņš, J. Different Optical Fiber Nonlinear Coefficient Experimental Measurements. No: Proceedings of 6th International Workshop on Fiber Optics in Access Networks (FOAN 2016), 2016, 1.-4.lpp (to be included in SCOPUS). [3.period]

I.Bilinskis, E.Boole, K.Sudars «Combination of periodic and alias-free non-uniform signal sampling for wideband signal digitizing and compressed transmitting based on picosecond-resolution event timing», 2017 Signal Processing Symposium.  (SPSympo 2017) September 12-14, 2017. Debe, Poland. Poster session.  https://signalprocessingsociety.org/blog/spsympo-2017-2017-signal-processing-symposium [4.period]

Dejus, S., Nescerecka, A., Kurcalts, G., Juhna, T., “Drinking Water Contamination Detection by On-line Monitoring: Pilot Scale Studies”, 9th IWA Eastern European Young Water Professionals Conference, Budapest, Hungary, 24-27 May, 2017 [4.period]http://iwa-ywp.eu/

Dejus, S., Nescerecka, A., Juhna, T., “On-line Drinking Water Contamination Event Detection Methods”, ENVIRONMENT. TECHNOLOGY. RESOURCES ,11th International Scientific and Practical Conference. June 15-17, 2017, Rezekne Academy of Technologies, Rezekne, Latvia [4.period] http://conferences.ru.lv/index.php/ETR/index/announcement

 

The results of the RTU WRL group were presented at several international conferences:

  1. RTU 57th international scientific conference in the “Heat, Gas and Water Technology” subsection (12th October, Riga, Latvia) [3.period]
  2. RTU 57th international scientific conference in the “Smart Biotechnologies” subsection (17th October, Riga, Latvia) [3.period]
  3. IWA Microbial Ecology in Water Engineering & Biofilms 2016 (4-7th September, Copenhagen, Denmark) [3.period]
  4. IWA 8th Eastern European Young Water Professionals Conference, Gdansk, Poland, 12-14 May 2016 [3.period]

 Poster sessions.

Vladimir Aristov, Rolands Shavelis, Gatis Shupols and Rudolfs Cirulis. „An Investigation of Non-traditional Approach to Narrowing the GPR Pulses”. MAREW 2015. Microwave and Radio Electronics Week 2015. 25th International Conference “Radioelektronika 2015”. Pardubice, Czech Republic, April, 21-22, 2015. Poster session.

Patent:

  • LR patent No.15068 B. LR Patent board 20.11.2015. „Stroboscopic converter for detection of ultra-wideband radar signāls”. Inventors: Kārlis Krūmiņš, Vilnis Pētersons, Valdemārs Plociņš, Aivars Ševerdaks. Applicant: Institute of Electronics and Computer Science;
  • Number of the patent 15224. Date of Publication 20.04.2017. Title of the invention “Sistēma un metode telekomunikāciju optiskās šķiedras nelinearitātes koeficienta mērījumiem/ System and method for telecommunications optical fiber nonlinearity coefficient measurements”, Names of inventors Andis Supe, Jurģis Poriņš, Vjačeslavs Bobrovs. Date of filing the application 16.12.2016.g. Application number P-16-104. [4.period]
  •  Number of the patent 15236. Date of Publication 20.05.2017. Title of the invention “Dispersijas kompensēta spektrāli sagriezta viļņgarumdales blīvēta optiskā sakaru sistēma/ Dispersion compensated spectrum sliced wavelength division multiplexed optical communication system”. Names of inventors Sandis Spolītis, Vjačeslavs Bobrovs, Ģirts Ivanovs, Anita Alševska, Lilita Ģēģere. Date of filing the application 23.12.2016. Application number P-16-108. [4.period]
  •  Date of filing the application 4.04.2017, Application number P-17-20. Title of the invention “WDM-PON pārraides sistēma ar pilnīgi optisku kanālu izdalīšanas un pievienošanas funkciju/ WDM-PON transmission system with all optical channel add-drop function”.  Names of inventors Sandis Spolītis, Andis Supe, Jurģis Poriņš, Vjačeslavs Bobrovs, Ģirts Ivanovs. [4.period]
  • LR patent No. 15273 B, „IERĪCE ATTĀLINĀTA KUSTĪBĀ ESOŠA OBJEKTA LOKALIZĒŠANAI”, Inventors: Vladimirs ARISTOVS (LV), Rolands ŠĀVELIS (LV) Applicant: Institute of Electronics and Computer Science. Published: 20.11.2017. .[4.period]

 

Exhibitions:

7.-8.10.2016. Vladimirs Aristovs, Rūdolfs Cīrulis, Valdemārs Plociņš participated in Exhibition MINOX 2016 organized by Riga Technical University. Poster. http://www.connectlatvia.lv/minox2016/ [3.period]

 

Involment in education:

Defended doctoral thesis:

Sandis Spolitis “Development and evaluation of high-speed optical access systems”, RTU (Supervisor Dr.sc.ing., prof. Ģirts Ivanovs).(2015.g.)

Kaspars Ozols “Asynchronous data acquisition of electroencephalogram signals/ Elektroencefalogrammas signālu asinhrona datu ieguve”. Supervisor Dr.sc.comp., senior researcher M.GREITĀNS. (Defended RTU Promotion Council P-08 16.06.2017); [4.period]

Alīna Neščerecka “Biological stability in chlorinated drinking water distribution networks /Bioloģiskā stabilitāte hlorētos dzeramā ūdens sadales tīklos” Supervisors Professor Dr. sc. ing Tālis Juhna, Dr.Frederik Hammes. (Defended RTU Promotion Council P-12 16.06.2017) [4.period]

Andris Skrastiņš “Resursu un atļauju vadība nākošās paaudzes tīklos/ Resource and Admission Management in Next Generation Networks”, diploma numurs Nr. D 0637. (Zinātniskais vadītājs profesors Dr. sc. ing.G. LAUKS). RTU [4.period]

Defended Master thesis:

  1. Matīss Viekalis „ Compensation methods of dispersion and research in WDM – PON system”, (Supervisor Prof. Dr.sc.ing. Ģirts Ivanovs);
  2. Viktors Romans „ Research and Evaluation of Chromatic Dispersion Compensation Schemes for Long-Haul Fiber Links”, (Supervisor Prof. Dr.sc.ing. Jurģis Poriņš);
  3. Ilona Ābola „ Evaluation of Chromatic Dispersion Compensation Methods in WDM-PON Systems”, (Supervisor  Prof. Dr.sc.ing. Ģirts Ivanovs);
  4. Alvis Meņģo „ All-Optical Wavelength Conversion in Wavelength Division Multiplexing Systems” (Supervisor Prof. Dr.sc.ing. Ģirts Ivanovs);
  5. Zane Upeslace “Evaluation of DB and DSPK Modulation Formats in WDM Transmission Systems”, Ms.sc.ing;
  6. Agris Sīlis „ Optical Signal Regeneration in Completely Optical Way”, (Supervisor  Prof. Dr.sc.ing. Jurģis Poriņš);
  7. Mārtiņš Puķītis “Multidimensional distributions application aspects in analysis of multispectral images” (Supervisors Prof. Aivars Lorencs Defended LU FMF 08.06.2015).
  8.  Valts Dilendorfs “Effectiveness Evaluation of Dispersion Compensation Methods in FOTS ” (Supervisor Dr.sc.ing. Vjačeslavs Bobrovs), defended 2016 [3.period];
  9. Jūlija Putrina ” EDFA Characteristics and Working Principle Evaluation in FOTS” (Supervisor Prof. Dr.sc.ing. Vjačeslavs Bobrovs), defended 2016] [3.period];
  10. Reinis Grūnvalds “Dispersion analysis in OPGW transmission lines” (Supervisor Prof. Dr.sc.ing. Jurģis Poriņš) defended 2016 [3.period];
  11. Vladislavs Bičkovs “Research of RAMAN Amplification in Fiber-optic Communication Systems” (Supervisor Prof. Dr.sc.ing. Vjačeslavs Bobrovs), defended 2016 [3.period];.
  12. Vjačeslavs Stankevičs “Dzeramā ūdens kvalitātes tiešsaistes monitoringa sistēmu ieviešana ūdens apgādes tīklos/ On-line water quality monitoring system integration in water distribution network” (Supervisor S.Dejus) 2017 [4.period]
  13. Toms Salgals “ Nākamās paaudzes spektrāli efektīvu optisko sakaru sistēmu izpēte un novērtējums/Evaluation and Investigation of Next-generation Spectrally Efficient Optical Communication Systems”, diploma Nr. MDE3103; (Supervisor S.Spolītis).  RTU [4.period]
  14. Vadims Sereda “Intensitātes un fāzes modulētu WDM-PON piekļuves sistēmu novērtējums/Evaluation of Intensity and Phase Modulated WDM-PON Access Systems”, diploma Nr. MDE3105 (Supervisor S.Spolītis).  RTU. [4.period]
  15. Dagne Cēsniece “Četru viļņu mijiedarbes efekta pielietojuma izpēte WDM piekļuves sistēmās/Research and Application of Four Wave Mixing Effect in WDM Access Systems”, diploma Nr. MDE3089 (Supervisor S.Spolītis).  RTU [4.period]
  16. Monta Peciņa “Intensitātes un fāzes modulētas WDM-PON pārraides sistēmas izstrāde un novērtējums/ Development and Evaluation of Intensity and Phase Modulated WDM-PON Transmission System”, diploma Nr. MDE3100 (Supervisor S.Spolītis).  RTU [4.period]
  17. Ģ.Kurcalts “Dzeramā  ūdens piesārņojuma konstatēšana tiešsaistes režīmā / Online pollution detection in drinking water” (Supervisor S.Dejus), to be defended in 2018, RTU.

 

Bachelors thesis:

Abajs, M. (2015). Ultra-Wideband Pulse Radar Sensor Application in Security Systems (Unpublished bachelor thesis). Riga Technical University. https://nda.rtu.lv/en/view/14134

Lielpinka, M. (2015). Remote Sensing Data Acquisition and Processing Using Unmanned Aircraft (Unpublished bachelor thesis). Riga Technical University. https://nda.rtu.lv/en/view/14023

Maurins, M. (2015). Non-dectructive Ice Thickness Monitoring (Unpublished bachelor thesis). Riga Technical University. https://nda.rtu.lv/en/view/14130.

Raitis Bērziņš (2016) “Structure Inspection Using Wall and Ground Probing Radar”. Scientific supervisor Mg.sc.ing.G.Supols. [3.period];

Eduards Lobanovs (2016) “Room Change and Object Movement Detection Sensor Solutions”. Scientific supervisor Mg.sc.ing. G.Supols. [3.period];

Romans Maļiks (2016) “Achieving Quad-rotor Flight Stabilisation Using Proportional-integral-derivative (PID) Controller”. Scientific supervisor G.Supols. [3.period];

Atvars Trams (2016)  “The dimensionality reduction method for hyperspectral images”. Scientific supervisor Mg.Math. J.Sinica-Sinavskis. [3.period];

Iveta Albertiņa (2017) “Sekošana objektiem daudzkameru vide/Object tracking from multiple video cameras” Scientific supervisor Dr.sc.comp. K.Sudars. [4.period];

Description of technology .Bigdata group. ( in Latvian)

 Smart city data collection point specification (in Latvian)

Ultra wideband radar application for vehicle counting. Technology description. (in Latvian)

Drinking water quality monitoring and contamination detection system

Flood simulation program “AdazuPludi”. User’s guide (in Latvian).

Long-term technological prognosis

Project No.4 “Development of technologies for secure and reliable smart-city”

 

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