Work-in-Progress in Hardware and Software for Location Computation ProfAssocJariNurmi ProfElena-SimonaLohan AleksandrOmetov JNurmi SLohan JTorres-Sospedra HeidiKuusniemi Tau Finland VladimirAtanasovski
June 25-27 2024 Antwerp Belgium
Tampere University Tampere University Jari Nurmi TAU
Finland
Elena-Simona Lohan TAU
Finland
University of Vaasa
Finland
Joaquin Torres Sospedra University of Valencia
Spain
Politecnico di Torino
Italy
Heidi Kuusniemi U Vaasa
Finland
Elena Simona Lohan TAU
Finland
Jose Lopez-Salcedo UAB
Spain
Terry Moore U Nottingham
UK
Adriano Moreira U Minho
Portugal
Alexander Rügamer Fraunhofer IIS Stephan Sand
DLR Germany, Germany
Gonzalo Seco Granados UAB
Spain
Joaquin Torres Sospedra University of Valencia
Spain
Ss. Cyril Methodius University
Macedonia
Rafael Berkvens
Antwerp Belgium
Zahidul Bhuiyan NLS/FGI
Finland
Liang Chen
WHU China
Pau Closas Northeastern University
USA
Fabio Dovis Politecnico di Torino
Italy
Emanuela Falletti LINKS Foundation
Italy
Martti Kirkko-Jaakkola NLS/FGI
Finland
Mike Koivisto TAU
Finland
Heidi Kuusniemi U Vaasa
Finland
Elena Simona Lohan TAU
Finland
Jose Lopez-Salcedo UAB
Spain
Filipe Meneses Univ. of Minho
Portugal
Adriano Moreira Univ. of Minho
Portugal
Maria Nicolau Univ. of Minho
Portugal
Fernando Nunes Instituto de Telecomunicacoes Jari Nurmi
Portugal
TAU
Finland
Aleksandr Ometov TAU
Finland
Lorenzo Ortega
TeSA France
Alexander Rügamer Fraunhofer
Germany
Stephan Sand
DLR Germany
Gonzalo Seco Granados UAB
Spain
Joaquin Torres-Sospedra UJI
Spain
Jesus Ureña University of Alcala
Spain
Klaus Witrisal TU Graz
Austria
Work-in-Progress in Hardware and Software for Location Computation 1613-0073 27F77619A6020789F64DCE63E584003A GROBID - A machine learning software for extracting information from scholarly documents

Welcome to the 2024 edition of WIPHAL: Work-in-Progress in Hardware and Software for Location Computation to consider and discuss reliable navigation, ranging and positioning in indoor and outdoor, vehicular applications, wireless networks, wearables and consumer products.

Navigation and positioning are becoming essential when guaranteeing transparent, efficient and reliable workflows. A robust localization solution, which will be available continuously is needed regardless outdoor and indoor, and on different platforms. WIPHAL addresses the latest research on software and hardware approaches of wireless and satellite-based positioning and ranging techniques to analyze and provide reliable and accurate position information with low latency. During the workshop days we will have an intensive look to GNSS technologies and applications, as well as an outlook to various wireless technologies as enabler for precise and real-time localization.