Miryam Paredes

• Doctor of Philosophy
• Research fellow at Polytechnic University of Turin

In this work we designed and developed a cluster of light expendable radiosondes that can float passively inside warm clouds to study their micro-physical processes. This involves the tracking of both saturated and unsaturated turbulent air parcels. The aim of this new kind of observation system is to obtain Lagrangian statistics of the intense tur...

The aim of the work is to design and develop light (less then 20 gr), expendable radioprobes to study complex micro-physical and chemical processes inside warm clouds. This includes the tracking of turbulent, both saturated and unsaturated, air parcels. With this new kind of radiosonde, we thus aim to obtain Lagrangian statistics of the intense tur...

Characterization of dynamics inside clouds remains a challenging task for weather forecasting and climate modeling as cloud properties depend on interdependent natural processes at micro- and macro-scales. Turbulence plays an important role in particle dynamics inside clouds; however, turbulence mechanisms are not yet fully understood partly due to...

Characterization of clouds properties remains a challenging task for weather forecasting and climate modelling as they depend on interdependent natural processes at micro and macro scales. Turbulence plays an important role in particle dynamics inside clouds; however, turbulence mechanisms are not yet fully understood partly due to the difficulty o...

LoRa is a relatively new proprietary communication technology that allows long-range communication distances while consuming very little power. It utilizes license-free Industrial, Scientific and Medical ISM frequency bands to exchange information at low data rates. LoRa is favourable when looking for limited exchange of data and low-cost devices a...

LoRa (Long Range) is one of the most promising candidate technology for Internet of Things (IoT). It supports a high number of communication devices spread across large areas. In this paper, we present some indoor measurements performed in a standard office environment using LoRa links. The aims of the work is to assess the indoor propagation perfo...

LoRa (Long Range) is a proprietary radio communication technology exploiting license-free frequency bands, allowing low-rate information exchange over long distances with very low power consumption. Conventional environmental monitoring sensors have the disadvantage of being in fixed positions and distributed over wide areas, thus providing measure...

LoRa is a proprietary radio communication technology exploiting license-free frequency bands. It allows low-rate information exchange with a very low-power consumption. LoRa is very convenient when the amount of transmitted data is limited and when a low cost infrastructure is required. This work presents some preliminary propagation measurements i...

The work presents the progress on the realization of the communication system realized for atmospheric monitoring probes. The realization of a link based on the Long Range (LoRa®) technology to connect and exchange data between the probes and the base station located on the ground is the potential adopted solution. After a brief description of the...

Characterization of atmospheric properties remains a latent ambiguity for weather forecasting and climate models since their characteristics depends on multidisciplinary processes in a wide range of natural scales. The development of ultra-small light disposable radio probes is important to understand this properties Being light-weighted, the probe...

Representation of clouds remains a latent ambiguity for weather forecasting and climate models since their characteristics depends on multidisciplinary processes in a wide range of natural scales, from the collision of micron-sized droplets and particles to the thousand-of-meters scale of airflow dynamics. Within the Horizon 2020 Innovative Trainin...