Research projects within ITE
Under each technology area you find the research projects that are currently ongoing at the School of Information Technology (ITE). At the bottom, you can find our completed projects.
Technology Area Aware Intelligent Systems
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- AI-Powered Crime Scene Analysis
- BtheChange: Innovative Higher Education for Environmental Sustainability
- CAISR+: Predictive maintenance and machine learning
- DIFFUSE: Disentanglement of Features For Utilization in Systematic Evaluation
- Facial Analysis in the Era of Mobile Devices and Face Masks
- FREEDOM
- iHelm: AI In Climate and AI for the sustainability of short-sea vessels
- Improved preparedness for future pandemics and other health crises through large-scale disease surveillance
- Increased cardiovascular health through AI-assisted analysis of care processes
- ROADVIEW – Robust Automated Driving in Extreme Weather
- SMILE IV – safety analysis and verification/validation of machine learning based systems
- Test Bed Sweden for Precision Health in Cancer
- VAAT: Validating the quality and the performance of AI-assisted triage and diagnostic tools
- XPM: eXplainable Predictive Maintenance
Technology Area Digital Service Innovation
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- BIG FUN (Big Data-Powered End User Function Development)
- Collaboration for a judicious transport system
- Generative AI in Upper Secondary School STEM Education: Exploring Students’ Interactions with LMMs and AI Literacy among Students and Teachers
- GREEN-LOG - Cooperative and Interconnected Green delivery solutions towards an era of optimized zero emission last-mile Logistics
- Guidance for digital automation and a good work environment
- SPINE – Smart Public transport Initiatives for climate-Neutral cities in Europe
Technology Area Smart Electronics Systems
Technology Area System of Cyber Physical Systems
Completed projects
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- AASH – Analysis of Ambient Sound in Home Environments
- Active8 Planet
- AdaptoCell for users at MAX IV
- A Feminist Approach to Medical Screening
- AI in the service of the bureaucracy – changing digital work environment as robot colleagues become part of everyday life
- AIR – Artificially Intelligent use of Registers
- Battery Cortex
- Bias-tunable quantum disc-in-nanowire photonic crystal IR detectors
- BIDAF – Big Data Analytics Framework for Smart Society
- BRAVA – Industry Collaboration for Advanced Analytics of Heat distribution and Demand
- Combined Radar-Based Communication and Interference Mitigation for Automotive Applications
- EISIGS – Embedded and Intelligent Systems Industrial Graduate School
- EPIC – Emergency Vehicle Traffic Light Pre-emption in Cities
- Evaluation of deep learning to predict the diagnosis of LBD using 18F-FDG PET
- EVE – Extending Life of Vehicles within Electromobility Era
- HEALTH – Hazard Estimation and Analysis of Lifelong Truck Histories
- HIPATCH – Halland Intelligent Patient-Centered Healthcare
- Human Identity and Understanding of Person Behavior using Smartphone Devices
- iMedA – Improving Medication Adherence through Person-Centered Care and Adaptive Interventions
- Industry cooperation for advanced analysis for future heating
- Information-driven healthcare through AI application
- Millimeter-wave Graphene Enabled Wireless Communication
- Mixed Methods
- Ocular Biometrics in Unconstrained Sensing Environments
- OSMaaS – Designing Open and Self Organising Mechanisms for Sustainable Mobility as a Service
- PAV – Planning for Autonomous Vehicles
- PRIME – Predictive Intelligent Maintenance Enabler
- RELEVANT – Realising Efficient Charging of Electric Cars with User-Centered Smart Technology
- REMIND
- SAFARI-PS – Safe and Efficient EV Battery Recycling (Pre-Study)
- SeMI – Self-Monitoring for Innovation
- SHARPEN – Scalable Highly Automated Vehicles with Robust Perception
- Superlattice-based HOT MWIR imaging sensors
- Sustainable graphene-based nanocomposites for water desalination using capacitive deionization technology
- Synchronization on Stiefel Manifolds
- TIDE – Toyota Intelligent Data Exploration
