Towards automatic dietary monitoring, this work targets the continuous recognition of dietary activities using on-body sensors.
Moreover, we are in the longer term in the process of creating a UK Asthma Observatory, which will represent a significant milestone in the field of asthma research in the UK through which real-time trends of asthma can be monitored, and this work should serve as an important foundation in this respect.
The shoulder function primarily monitored in this work with lateral overhead movements of both arms, was proven to be performed in a very specific and repetitive pattern quantified by large CMC values (compare Table 1) and including out-of-plane motion for shoulder and arm (compare Fig. 5).
Additionally the data layer component abstracts over numerous data sources, including other monitoring systems making this work a notable tool for building federated clouds and other architectures which encapsulate existing systems.
The double aim of this methodology is monitoring the work of each group through TeacherKit app for iPad and improving the coordination, collaborative work and communication with the teacher using Dropbox as a common space for all members of each group and the teacher.
Additional thanks go to NASA's Carbon Monitoring System for supporting this work.
Results by differential scanning calorimetry (DSC) and broadband dielectric spectroscopy (BDS) are presented in this work, monitoring the interplay between confined, interfacial, and bulk polymer dynamics in silica gel/polydimethylsiloxane (PDMS) systems.
In this work, monitoring of the in situ biodiesel TE process was performed qualitatively.
In this work, we monitor the hole formation process during the transformation of Ga droplets into nanoholes on GaAs 001) surfaces at substrate temperature TS = 500°C.
In this work, we monitor interaction of the Ar cluster ion beam with graphene as a function of ion dose with in-situ secondary ion mass spectrometry (SIMS), as well as ex-situ Raman spectroscopy measurements.
