MARYPOSA – Mobile application to evaluate mobility patterns in urban areas, Spain (Valencia, Madrid and Barcelona), 2013

Client: Ministry of Science and Technology

The objective is the evaluation of the mobility change programs, through personal interview and follow-up of the trips. To this end, a mobile application has been developed, which informs about the journeys made daily by the user, transmits it to a database that analyses the itinerary of activities carried out, and the mode of transport used, in this way proposing or evaluating changes in displacement habits. Pilot tests were carried out in Valencia, Madrid and Barcelona.

Improving educational activities and ensuring the sustainability of the project services for ATHIKA- an Advanced Health Innovation Knowledge Alliance enhancing IoT and AI, 2021

Client: European Commission, Erasmus+

Partners: URL (ES), UT (EE), UWS (UK), TG (EE), FTSS (ES), KAUNAS STP (LT), PHARMATICS (UK), TECHNOSENS (FR)

ATHIKA proposes to create an innovative approach for training and support, aimed at increasing the successful implementation of ICT innovations and initiatives for the healthcare sector of European companies and ventures. ATHIKA will conduct a set of advanced training programs, involving academia, public health entities, SMEs, startups, entrepreneurs and business consultants. ATHIKA will combine the training and competition activities with a set of workshops and symposiums exchanging the project results, knowledge and lessons learnt between the partners, students and other health sector stakeholders all across Europe.

Quantification of the demand and generation of origin-destination matrices, Barcelona, 2018

Client: Kineo Mobility Analytics, Barcelona City Council

Geo-located records from mobile devices are used as a primary source of data with measures of sustainable public procurement. The methodology consists of the analysis of mobile phone anonymised records acquired from the operator Orange and integrated with socio-demographic data, data from the transport network and the supply of transport services, and transport demand data from other sources such as data collection and surveys, to provide information on the activity and mobility of the population. These data are incorporated into the traffic model of the Barcelona Area developed by MCRIT.

Creation matrices of journeys based on mobile telephony data, in the province of Barcelona, 2018

Client: Metropolitan Transport Authority / Eurecat, Barcelona City Council

The objective is the creation of matrices for daily commutes based on mobile telephony data, in the province of Barcelona. The main source of data corresponds to the mobile phone anonymised records. Each record provides temporal space information of the device each time it interacts with the network. The methodology consists of the analysis of these mobile telephony records and their integration with socio-demographic data, data from the transport network and the supply of transport services, and transport demand data from other sources, to provide information on the activity and the mobility of the population.