Difference between revisions of "Template:Leo:projects"

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== {{{title|Projects and Collaboration}}} ==
== {{{en|Projects and Collaboration}}}{{{lv|Projekti un sadarbība}}} ==


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==== {{{en|Current projects}}}{{{lv|Aktīvie projekti}}} ====
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* '''VPP Sports''' - "Innovations, methodologies and recommendations for the development and management of the sports sector in Latvia" / "Inovācijas, metodikas un rekomendācijas sporta nozares attīstībai un pārvaldībai Latvijā," Latvia national project program, VPP-IZM-Sports-2023/1-0001. Task leader. Grant amount 4.185M EUR, 2023-2026.
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* '''HIPPAC''' - Health and Social Indicators of Participation in Physical Activities for Children with Disabilities, developing wearable technology and strategies for monitoring and motivating children for active lifestyle.


* '''PRAESIIDIUM''' - Physics Informed Machine Learning-Based Prediction and Reversion of Impaired Fasting Glucose Management, Horizon Europe Project, HORIZON-HLTH-2022-STAYHLTH-02 Project No. 101095672. Project manager. Grant amount: 5.8M EUR, 2023-2025
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* Paradigms and testbed for directional communication. University of Iowa.
** Coordinator: Spindox Labs SRL (Italy), Partner countries: Italy, Sweden, Belgium, Switzerland, Latvia, Austria


* '''MOTE''' - Smart Materials, Photonics, Technologies, and Engineering Ecosystem" / "Viedo materiālu, fotonikas, tehnoloģiju un inženierijas ekosistēma (MOTE)" - Latvia national project program, VPP-EM-FOTONIKA-2022/1-0001. Task leader. Grant amount 5.70M EUR, 2023-2024
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* '''GCDC-2''' team Latvia for [http://www.gcdc.net/en/i-game i-GAME] project - a semi-autonomous self driving car, with wireless communicating to other vehicles and infrastructure, observing the environment with GPS, Lidar and sensors, and controlling the vehicle for effective and safe driving in smart road environment.


* '''VPP COV-MITIGATE''' - “Multidisciplinary approach to monitor, mitigate and contain COVID-19 and prevent other future epidemics in Latvia” - led a team that developed UWB based localization system for safe distance tracking. 2020-2021.
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* '''TeleMed''' - Screening methods and models for risk of Type 2 Diabetes and Cardio Vascular diseases. In collaboration with Lattelekom and Stradini Hospital, Latvia.


* '''3-T Project''' - "New technologies for targeted monitoring, testing and therapy of Covid-19 patients" / "Jaunās tehnoloģijas Covid-19 pacientu tēmētai monitorēšanai, testēšanai un terapijai (3-T Project)" - led a team that developed environmental air quality system and data cloud for mitigating the risks of infection indoors. 2020-2021.
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* '''[http://mansos.net MansOS]''' – an operating system for wireless sensor networks (WSN) and other resource-constrained embedded systems. MansOS is designed for users familiar with C language and UNIX-like concepts. It offers smooth learning curve for those who have some system programming experience but are new to embedded systems. It is also designed to be highly portable and extendable.

* '''Staigā vesels''' - "Healthy walk" - A study of effects of interval training to type 2 diabetes patients with wearable sensors and virtual trainer application. Project lead. 2017-2018.

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* '''HIPPAC''' - Health and Social Indicators of Participation in Physical Activities for Children with Disabilities, developing wearable technology and strategies for monitoring and motivating children for active lifestyle. Project co-lead. 2015-2017.

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* '''Phaser''' - Paradigms and testbed for directional communication. University of Iowa.

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* '''GCDC-2''' team Latvia for i-GAME project led by TNO - a semi-autonomous self driving car, with wireless communicating to other vehicles and infrastructure, observing the environment with GPS, Lidar and sensors, and controlling the vehicle for effective and safe driving in smart road environment.

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* '''[https://bit.ly/mansos_github MansOS]''' – an operating system for wireless sensor networks (WSN) and other resource-constrained embedded systems. MansOS is designed for users familiar with C language and UNIX-like concepts. It offers smooth learning curve for those who have some system programming experience but are new to embedded systems. It is also designed to be highly portable and extendable.


* '''EdiMote''' - a platform for prototyping, profiling and debugging embedded systems with Lego-like modularity in mind and features for digital, analog and energy consumption monitoring, recording and replay.
* '''EdiMote''' - a platform for prototyping, profiling and debugging embedded systems with Lego-like modularity in mind and features for digital, analog and energy consumption monitoring, recording and replay.


* '''[Ūdeņi stāsta - Daugava]''' - "'''Stories told by water'''" - a collaboration with artists, deployment of wireless sensors to river Daugava and exposure of their readings - the stories of the river" to displays and mobile devices.
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==== {{{en|Past projects}}}{{{lv|Pabeigtie projekti}}} ====

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* '''TeleMed''' - Screening methods and models for risk of Type 2 Diabetes and Cardio Vascular diseases. In collaboration with Lattelekom and Stradini Hospital, Latvia.


* '''SAD''' - wireless environmental sensor system for precision agriculture in a fruit orchard.
* '''SAD''' - wireless environmental sensor system for precision agriculture in a fruit orchard.
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* Information Fusion and Wireless Sensor Networks – distributed systems with real time data and hierarchical information fusion, with University of Skovde, Sweeden, 2008.
* Information Fusion and Wireless Sensor Networks – distributed systems with real time data and hierarchical information fusion, with University of Skovde, Sweeden, 2008.


* [http://www.liteos.net/ LiteOS] – an interactive, UNIX-like, and multithreaded operating system for wireless sensor networks. with University of Indiana Urbana Champaign and University of Minneasota, 2007.
* LiteOS – an interactive, UNIX-like, and multithreaded operating system for wireless sensor networks. with University of Indiana Urbana Champaign and University of Minneasota, 2007.


* [http://hinrg.cs.jhu.edu/joomla/projects/61-medisn.html MEDiSN]: a wireless sensor network for monitoring patients’ vital signs in hospitals and disaster events, with University of Maryland, 2008-2009.
* MEDiSN: a wireless sensor network for monitoring patients’ vital signs in hospitals and disaster events, with University of Maryland, 2008-2009.


* AID-N: The Advanced Health and Disaster Aid Network, with Johns Hopkins University Applied Physics Labs, 2006-2007.
* AID-N: The Advanced Health and Disaster Aid Network, with Johns Hopkins University Applied Physics Labs, 2006-2007.


* [http://www.eecs.harvard.edu/~mdw/proj/codeblue/ CodeBlue]: Wireless Sensor Networks for Medical Care, with Harvard University, 2006-2007.
* CodeBlue: Wireless Sensor Networks for Medical Care, with Harvard University, 2006-2007.


* [http://www.cs.virginia.edu/~ls2ef/wsn/enviro/ Luster]: Light Under Shrub Thicket Environmental Research, with Environmental Sciences departments at University of Virginia and Virginia Commonwealth University, 2006-2007
* Luster: Light Under Shrub Thicket Environmental Research, with Environmental Sciences departments at University of Virginia and Virginia Commonwealth University, 2006-2007


* [http://www.cs.virginia.edu/wsn/medical/ AlarmNet]: “Assisted-Living And Residential Monitoring Network” - a wireless sensor network for smart healthcare, University of Virginia, 2005-2007
* AlarmNet: “Assisted-Living And Residential Monitoring Network” - a wireless sensor network for smart healthcare, University of Virginia, 2005-2007

Latest revision as of 15:29, 28 October 2024

Projects and CollaborationProjekti un sadarbība

  • VPP Sports - "Innovations, methodologies and recommendations for the development and management of the sports sector in Latvia" / "Inovācijas, metodikas un rekomendācijas sporta nozares attīstībai un pārvaldībai Latvijā," Latvia national project program, VPP-IZM-Sports-2023/1-0001. Task leader. Grant amount 4.185M EUR, 2023-2026.
  • PRAESIIDIUM - Physics Informed Machine Learning-Based Prediction and Reversion of Impaired Fasting Glucose Management, Horizon Europe Project, HORIZON-HLTH-2022-STAYHLTH-02 Project No. 101095672. Project manager. Grant amount: 5.8M EUR, 2023-2025
    • Coordinator: Spindox Labs SRL (Italy), Partner countries: Italy, Sweden, Belgium, Switzerland, Latvia, Austria
  • MOTE - Smart Materials, Photonics, Technologies, and Engineering Ecosystem" / "Viedo materiālu, fotonikas, tehnoloģiju un inženierijas ekosistēma (MOTE)" - Latvia national project program, VPP-EM-FOTONIKA-2022/1-0001. Task leader. Grant amount 5.70M EUR, 2023-2024
  • VPP COV-MITIGATE - “Multidisciplinary approach to monitor, mitigate and contain COVID-19 and prevent other future epidemics in Latvia” - led a team that developed UWB based localization system for safe distance tracking. 2020-2021.
  • 3-T Project - "New technologies for targeted monitoring, testing and therapy of Covid-19 patients" / "Jaunās tehnoloģijas Covid-19 pacientu tēmētai monitorēšanai, testēšanai un terapijai (3-T Project)" - led a team that developed environmental air quality system and data cloud for mitigating the risks of infection indoors. 2020-2021.
  • Staigā vesels - "Healthy walk" - A study of effects of interval training to type 2 diabetes patients with wearable sensors and virtual trainer application. Project lead. 2017-2018.
  • HIPPAC - Health and Social Indicators of Participation in Physical Activities for Children with Disabilities, developing wearable technology and strategies for monitoring and motivating children for active lifestyle. Project co-lead. 2015-2017.
  • Phaser - Paradigms and testbed for directional communication. University of Iowa.
  • GCDC-2 team Latvia for i-GAME project led by TNO - a semi-autonomous self driving car, with wireless communicating to other vehicles and infrastructure, observing the environment with GPS, Lidar and sensors, and controlling the vehicle for effective and safe driving in smart road environment.
  • MansOS – an operating system for wireless sensor networks (WSN) and other resource-constrained embedded systems. MansOS is designed for users familiar with C language and UNIX-like concepts. It offers smooth learning curve for those who have some system programming experience but are new to embedded systems. It is also designed to be highly portable and extendable.
  • EdiMote - a platform for prototyping, profiling and debugging embedded systems with Lego-like modularity in mind and features for digital, analog and energy consumption monitoring, recording and replay.
  • [Ūdeņi stāsta - Daugava] - "Stories told by water" - a collaboration with artists, deployment of wireless sensors to river Daugava and exposure of their readings - the stories of the river" to displays and mobile devices.
  • TeleMed - Screening methods and models for risk of Type 2 Diabetes and Cardio Vascular diseases. In collaboration with Lattelekom and Stradini Hospital, Latvia.
  • SAD - wireless environmental sensor system for precision agriculture in a fruit orchard.
  • VieSenTIS - R&D Center for Smart Sensors and Netted Embedded Systems, at Institute of Electronics and Computer Science, 2010-2012.
  • MITS - A multimodal sensor, data processing and smart traffic controller hub for Intelligent Transportation Systems, at Institute of Electronics and Computer Science, 2011-2013.
  • FarmOS - Software environment and operating system for precision agriculture, at Institute of Electronics and Computer Science, 2011-2013.
  • GCDC team Latvia - an intelligent transportation vehicle for Grand Cooperative Driving Challenge. A semi-autonomous car linked to other vehicles and infrastructure via wireless IEEE 802.11p communication, observing the environment with sensors and GPS units, and controlling the vehicle acceleration and brakes for effective and safe driving as a unit in a platoon or individually.
  • Information Fusion and Wireless Sensor Networks – distributed systems with real time data and hierarchical information fusion, with University of Skovde, Sweeden, 2008.
  • LiteOS – an interactive, UNIX-like, and multithreaded operating system for wireless sensor networks. with University of Indiana Urbana Champaign and University of Minneasota, 2007.
  • MEDiSN: a wireless sensor network for monitoring patients’ vital signs in hospitals and disaster events, with University of Maryland, 2008-2009.
  • AID-N: The Advanced Health and Disaster Aid Network, with Johns Hopkins University Applied Physics Labs, 2006-2007.
  • CodeBlue: Wireless Sensor Networks for Medical Care, with Harvard University, 2006-2007.
  • Luster: Light Under Shrub Thicket Environmental Research, with Environmental Sciences departments at University of Virginia and Virginia Commonwealth University, 2006-2007
  • AlarmNet: “Assisted-Living And Residential Monitoring Network” - a wireless sensor network for smart healthcare, University of Virginia, 2005-2007
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