FERNANDO JESÚS ARANDA POLO

Literals

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  • A5091307110
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  • ARANDA POLO
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  • FERNANDO JESÚS
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  • I01170-PERSONAL CON CONTRATO PREDOCTORAL
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  • JORNADA DE 37,5 HORAS SEMANALES
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  • e9bce46d4ed9a5946bbd4dfbca81b367
• foaf:name
  • FERNANDO JESÚS ARANDA POLO
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  • 0000000338243094
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  • http://orcid.org/0000000338243094
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  • 57211169032

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Relations

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  • FUNDAMENTOS DE ELECTRÓNICA
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  • A Blender-based simulation tool for Visible Light Positioning with portable devices
  • A Machine Learning-based Approach to NLOS Detection for Wi-Fi and BLE RSS Measurements
  • A novel method for in-home Gait Speed estimation in Health Monitoring Using Bluetooth Low Energy
  • Ambient magnetic field-based positioning with smartphones: A comparison of different fingerprinting methods
  • BLE Fingerprinting Automatic Calibration using an Ultrasonic IPS
  • Ble-gspeed: A new ble-based dataset to estimate user gait speed
  • Combined BLE-GNSS Positioning System for Intelligent Guidance and Activity Monitoring of the Visitors to an Archaeological Site
  • Combining Fingerprinting and Proximity Positioning for Wi-Fi and BLE RSS Measurements
  • Comparative Study of Different BLE Fingerprint Reconstruction Techniques
  • Continuous Non-Invasive Assessment of Gait Speed Through Bluetooth Low Energy
  • Enhancing Direction-of-Arrival Estimation via Sliding Window and Filtering of Phase-Differences
  • Ensembling Multiple Radio Maps with Dynamic Noise in Fingerprint-based Indoor Positioning
  • Erratum: Ratchet universality in the bidirectional escape from a symmetric potential well [Phys. Rev. E 103, 022203 (2021)
  • Finding Optimal BLE Configuration for Indoor Positioning with Consumption Restrictions
  • Frequency-Based Decoupling and Modeling of BLE RSS Measurements for Indoor Positioning
  • Immunoprophylactic and immunotherapeutic control of hormone receptor-positive breast cancer (July, 10.1038/s41467-020-17644-0, 2020)
  • Improving BLE deterministic fingerprinting by using a weighted k-NN algorithm over filtered RSSI data
  • Limus: Exploration of technological prototypes for location-based services in museums
  • Millimeter Wave Radar Calibration for Heart Rate Estimation using Bayesian Neural Networks
  • Millimetre Wave Radar System for Safe Flight of Drones in Human-Transited Environments
  • Multi-slot BLE raw database for accurate positioning in mixed indoor/outdoor environments
  • Neural Network Evaluation for Magnetic Fingerprinting Positioning
  • Noise-resilient acoustic low energy beacon for proximity-based indoor positioning systems
  • Performance Analysis of Machine Learning and Oversampling Techniques for Emotion Recognition
  • Performance analysis of fingerprinting indoor positioning methods with BLE
  • Precise Local Positioning of a Mobile Device Based on Pose Reconstruction from a Visible Light Beacon
  • Precise Mechanical Oscillator Design and Calibration for Characterising Sub-Millimetre Movements in mmWave Radar Systems
  • Precise drone location and tracking by adaptive matched filtering from a top-view ToF camera
  • RSS Channel-Based Integration for BLE Fingerprinting Positioning
  • Ratchet universality in the bidirectional escape from a symmetric potential well
  • Towards Quality Wi-Fi Synthetic Data for Indoor Positioning Evaluation
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• ou:imparteDocenciaEnArea
  • ELECTRÓNICA
• ou:adscritoACentro
  • Facultad De Ciencias
• ou:perteneceAGrupoInvestigacion
  • Grupo de Investigación en Sistemas Sensoriales
• ou:adscritoADepartamento
  • INGENIERÍA ELÉCTRICA, ELECTRÓNICA Y AUTOMÁTICA

Inverse Relations

• Has related: dcterms:creator
  • A Machine Learning-based Approach to NLOS Detection for Wi-Fi and BLE RSS Measurements (dataset & supporting material)
  • Ambient magnetic field-based positioning with smartphones: a comparison of different f ingerprinting methods
  • Datasets and Supporting Materials for the IPIN 2021 Competition Track 3 (Smartphone-based, off-site)
  • GSPEED - BLE-based gait speed dataset
  • Multi-slot BLE raw database for accurate positioning in mixed indoor/outdoor environments
  • Neural Network Evaluation for Magnetic Fingerprinting Positioning
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