Modeļu un metožu izstrāde lietišķai intelektuālai programmatūrai pamatojoties uz izkliedētu mākslīgo intelektu, zināšanu pārvaldību un progresīvām tīmekļa tehnoloģijām

Īstenošanas laiks: 2012.03-2015.12

Projekta vadītājs: J.Grundspeņķis

Projekta izpildītāji no MISIK: I.Zeltmate, M.Kirikova, L.Peņicina

Citi projekta partneri: RTU LDK (J.Osis, O.Ņikiforova, Ē.Asņina), RTU PIK  (L.Novickis, A.Lesovskis)

Mērķis: 

Projektu finansē/projekta veids: LZP

Daudzu robotu telpu uzkopšanas sistēmas

Īstenošanas laiks: 2013.07-2014.06.

Projekta vadītājs: A.Ņikitenko

Projekta izpildītāji no MISIK:

Citi projekta partneri: SIA Terra Virtuala

Mērķis: 

Projektu finansē/projekta veids: RTU

Servisu konfigurācijas pārvaldības tehnoloģijas

Īstenošanas laiks: 01.08.2013.–01.03.2014.

Projekta vadītājs: 

Projekta izpildītāji no MISIK: M.Pudāne, L.Peņicina

Citi projekta partneri: SIA FMS Software

Mērķis: 

Projektu finansē/projekta veids: ITKC projekts ar ERAF atbalstu

Viedu daudzvalodu e-mācību materiālu veidošanas metožu un algoritmu izstrāde

Project: Recommendations for methods and algorithms for multilingual eLM development based on ontologies

Period: 01.11.2013.-01.03.2014.

Project leader: J. Vucans

Project participants from DAISE: V.Graudina, J. Grundspenkis, M.Strautmane, S.Petrovica

Other project participants: Joint stock Company Datorzinibu Centrs

Project goal: To develop recommendations for methods and algorithms for multilingual eLM development based on ontologies

Type of project/project funding: IT Competence Centre project with ERDF support

Development of the structural modelling based software tool prototype for the industrial control system analysis

Period: 01.07.2013. – 30.06.2014.

Project leaderI.Zeltmate

Project participants from DAISE: I.Zeltmate, J.Grundspenkis

Other project participants:  ICD Software (Norway)

Project goal: To develop an innovative software tool prototype by implementing the structural modelling approach and additional algorithms, which enable automated modelling and analysis of industrial control systems (ICS). Approbate the end-product of the project in the morphological and functional analysis of SCADA system infrastructures, as well as in the fault and consequence analysis

Type of project/project funding: RTU project

ICT Transfer Concept for Adaption, Dissemination and Local Exploitation of European Research Results in Central Asian Countries (eINTERASIA)

Period: 01.03.2013. – 01.08.2015.

Project leaderL.Novickis

Project participants from DAISE: J.GrundspenkisE.Lavendelis

Other project participants: RTU PIK (L.Novickis, M.Sotņičoks, V.Ponomarenko, A.Lesovskis, J.Viktorova), Fraunhofer Institute for Factory Operation and Automation IFF (Germany), BISAM – Central Asia (Kazakhstan), University of Bremen (Germany),  Astana Innovations JSC (Kazakhstan),  MitSoft Ltd.(Lithuania), Logitrans Consult (Estonia), Technological University of Tajikistan (Tajikistan), Uzbek International Forwarders Association (Uzbekistan)

Project goal: The major objective of eINTERASIA is to support an international cooperation with low and middle income economies by creating a Technology Transfer Concept (TTC) for adaptation, dissemination, customisation and local exploitation of European ICT research results.

Type of project/project funding: FP7 project

Website: http://www.einterasia.eu/en/home

Development of technology for multiagent robotic intelligent system

Period: 01.12.2010. – 30.11.2013.

Project leaderJ.Grundspenkis

Project participants from DAISE: A.Grabovskis, E.Lavendelis, A.Liekna, A.Nikitenko, I.Zeltmate, M.Strautmane, A.Anohina-Naumeca

Other project participants: Latvian Academy of Agriculture, —Terra Virtuala Ltd. (iRobot representative in Latvia)

Project goal: To increase work efficiency and decrease the negative impact of the production process to the environment in the biological agriculture by developing technology of intelligent multi-agent robotic system. To put together advantages of multi-agent system and robotized platforms and practically apply them to particular problems, so creating technology that will significantly increase work efficiency in certain tasks of biological agriculture.

Type of project/project funding: ERDF project

Website: http://www.rtu.lv/content/view/5226/1867/lang,lv/