Master’s Education in Computer Science

Master’s Education in Computer Science

Master’s Education in Computer Science

Active projects

Completed projects

Networks

Services

Events
- Morning Coffee with IT
- IT Seminar Series

IoT cases on the map

Home
Education program
Projects
- Active projects
  Autonomous work machines (AUWO)
  Data-driven efficiency, productivity and competitiveness
  Tailoring the Master’s Programme in IT for the Central Ostrobothnia Region
  DustSense – Smart Dust Monitoring in Industrial Areas
  Developing the ICT Sector in Central Ostrobothnia
  IoT learning environment
  Quality for distance learning
  TAKOMO Smart Environmental Monitoring in Industrial Areas
  Industrial Big Data
  TIRA - Efficient Facility Management through Robotics and Sensor Technology
  Smart and sustainable living
- Completed projects
  YMPYRÄ
  DiVes
  WinIT
  HANKO
  SCIP
  RUOSTE
  ICT recruitment survey
  TEHO
  LoRE
  HAVINA
  LIoT
  DUDE
  SmartCampus
  SINNE
  SmartHome4E
  HATTU - From Project to Product
Research
Collaboration
News
Contact

Pages with tag: IoT technology

Projects

Projekti

TIRA - Efficient Facility Management through Robotics and Sensor Technology

The TIRA Project aims to develop and implement robotics and sensor technology solutions to enhance facility management, with a particular focus on predictive maintenance and improving safety in both indoor and outdoor spaces. The project is implemented by the Central Ostrobothnia Education Group and the University of Jyväskylä/Kokkola University Consortium Chydenius as a sub-project.

Projekti

YMPYRÄ

The Circle project will create a competence center for smart environmental impact assessment to Central Ostrobothnia, which will comprehensively unite the parties operating around the environmental ecosystem.

Publications

A design and modeling approach for resource-constrained internet of things devices.

Adaptive anchor- and range-based localization for outdoor wireless sensor networks

Control system utilising wireless communication and GPS position for a direct seeding drill

Designing for Quality in IoT : A User-Inclusive Approach to Non-Functional Requirements

Making Use of Design Patterns in IoT Middleware Implementation

Performance Evaluation of Scripting Languages on IoT Programming Solutions.

Robocoast Digital Innovation Hub to Promote Digitalization of Businesses in Finland