Sentence examples similar to remote operational from inspiring English sources

Today, we lack the instrumentation, subsystems, and remote operational-intelligence technologies needed to build and use exploration avatars as good as what we can envision needing.

Since December 2011, VEST is operational and the control and data acquisition system has been successfully used for remote operation of VEST.

It also provides a wide range of value-added services, including implementation and training, remote hosting, operational management services, revenue cycle services, support and maintenance, health care data analysis, clinical process optimization, transaction processing, employer health centers, employee wellness programs and third party administrator services for employer-based health plans.

Remote management operations bring forward many ethical and operational dilemmas related to risk transference, accountability, monitoring, as well as challenges to the ability of organisations to speak out about what they do not witness themselves.

This strategy for utilizing radiometric surface temperature in land surface modeling has converted many skeptics and more importantly rejuvenated many in the research and operational remote sensing community to reconsider the utility of thermal infrared remote sensing for monitoring land surface fluxes from local to regional scales.

Operational remote sensing of terrestrial atmosphere is heavily based on the 1-D radiative transfer equation.

Operational remote sensing with a micro-satellite is thus within reach of individual organisations for dedicated missions.

However, many pseudo changes would also be detected because of inter-class spectral variance, which remains a significant challenge for operational remote sensing applications.

Our results in northwestern Patagonia grasslands showed that the F. imbricata chronology can be used to complement other information sources such as remote sensing and operational databases improving the knowledge about fire regime.

John Norman's contribution came at a time when thermal-based techniques applied to standard "One-Source Model" (OSM) for large scale land surface flux and evapotranspiration (ET) estimation were generally considered unreliable and not viable for operational remote sensing applications.

Despite remarkable technological advances in earth observation systems and radiative transfer modelling, enabling the retrieval of canopy biophysical variables from satellite imagery, the use of remote sensing for operational crop monitoring at a regional or global scale has remained more qualitative than quantitative.