| Explainable Intelligent Environments
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2021 |
Carneiro, Davide |
| The ACTIVAGE Marketplace: Hybrid Logic- and Text-Based Discovery of Active and Healthy Ageing IoT Applications
|
2021 |
Stavropoulos, Thanos G. |
| A COTS (UHF) RFID Floor for Device-Free Ambient Assisted Living Monitoring
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2021 |
Smith, Ronnie |
| Livestock Welfare by Means of an Edge Computing and IoT Platform
|
2021 |
Őztürk, Mehmet |
| Adaptivity as a Service (AaaS): Personalised Assistive Robotics for Ambient Assisted Living
|
2021 |
Smith, Ronnie |
| Extraction of Travellers' Preferences Using Their Tweets
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2021 |
Cea-Morán, Juan J. |
| Public Tendering Processes Based on Blockchain Technologies
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2021 |
Mezquita, Yeray |
| Low-Power Distributed AI and IoT for Measuring Lamb's Milk Ingestion and Predicting Meat Yield and Malnutrition Diseases
|
2021 |
Alonso, Ricardo S. |
| Clifford Algebras: A Proposal Towards Improved Image Recognition in Machine Learning
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2021 |
García-Retuerta, David |
| Engineering Multiagent Organizations Through Accountability ^05 Stefano Tedeschi
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2021 |
Tedeschi, Stefano |
| Society of “Citizen Science through Dancing”
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2021 |
Kimura, Risa |
| Overcoming Challenges in Healthcare Interoperability Regulatory Compliance
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2021 |
Castanheira, António |
| Deployment of an IoT Platform for Activity Recognition at the UAL’s Smart Home
|
2021 |
Lupión, M. |
| A Computer Vision-Based System for a Tangram Game in a Social Robot
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2021 |
Menendez, Carla |
| System for Recommending Financial Products Adapted to the User's Profile
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2021 |
Unzueta, M. |
| Towards the Development of IoT Protocols
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2021 |
Salazar, Gonçalo |
| Video Analysis System Using Deep Learning Algorithms
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2021 |
Hernández, Guillermo |
| Time in Multi-agent Systems
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2021 |
Fiekas, Niklas |
| Development of a Multiagent Simulator to Genetic Regulatory Networks
|
2021 |
Agostinho, Nilzair Barreto |
| Deep Symbolic Learning and Semantics for an Explainable and Ethical Artificial Intelligence
|
2021 |
Alonso, Ricardo S. |
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