Research projects within ITE
The following research projects are currently ongoing at the School of Information Technology (ITE).
Technology Area Aware Intelligent Systems
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- AASH – Analysis of Ambient Sound in Home Environments
- A Feminist Approach to Medical Screening
- AIR – Artificially Intelligent use of Registers
- Battery Cortex
- BIDAF – Big Data Analytics Framework for Smart Society
- BRAVA – Industry Collaboration for Advanced Analytics of Heat distribution and Demand
- Evaluation of deep learning to predict the diagnosis of LBD using 18F-FDG PET
- EVE – Extending Life of Vehicles within Electromobility Era
- Facial Analysis in the Era of Mobile Devices and Face Masks
- FREEDOM
- 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
- Improved preparedness for future pandemics and other health crises through large-scale disease surveillance
- Industry cooperation for advanced analysis for future heating
- Information-driven healthcare through AI application
- Mixed Methods
- Ocular Biometrics in Unconstrained Sensing Environments
- PRIME – Predictive Intelligent Maintenance Enabler
- REMIND
- ROADVIEW – Robust Automated Driving in Extreme Weather
- SAFARI-PS – Safe and Efficient EV Battery Recycling (Pre-Study)
- SeMI – Self-Monitoring for Innovation
- SHARPEN – Scalable Highly Automated Vehicles with Robust Perception
- Test Bed Sweden for Precision Health in Cancer
- TIDE – Toyota Intelligent Data Exploration
- XPM: eXplainable Predictive Maintenance
Technology Area Digital Service Innovation
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- Active8 Planet
- AHA II – Design Ethnographic Living Labs for Future Urban Mobility – A Human Approach
- AI in the service of the bureaucracy – changing digital work environment as robot colleagues become part of everyday life
- Collaboration for a judicious transport system
- OSMaaS – Designing Open and Self Organising Mechanisms for Sustainable Mobility as a Service
- RELEVANT – Realising Efficient Charging of Electric Cars with User-Centered Smart Technology
Technology Area Smart Electronics Systems
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- AdaptoCell for users at MAX IV
- Bias-tunable quantum disc-in-nanowire photonic crystal IR detectors
- Combined Radar-Based Communication and Interference Mitigation for Automotive Applications
- Megapixel superlattice detectors with optical metasurfaces
- Superlattice-based HOT MWIR imaging sensors
- Sustainable graphene-based nanocomposites for water desalination using capacitive deionization technology
- Synchronization on Stiefel Manifolds
