IGARSS (the International Geoscience and Remote Sensing Symposium) is the flagship conference of the Geoscience and Remote Sensing Society...
Visualization, Exploration, and Data Analysis (VEDA) is NASA’s open-source science platform for Earth science research and applications. The webinar will demonstrate how VEDA addresses the challenges of data processing, visualization, and exploration, especially for cloud-native data.
This webinar, which is a precursor to a community contributed session at IGARSS 2023, sponsored by the REACT TC, aims to showcase how various stakeholders in the earth sciences and impact organizations are utilizing sensors, frameworks, and flood data to produce knowledge for flood assessment, mitigation, and recovery.
This webinar, which is a precursor to a community contributed session at IGARSS 2023, sponsored by the REACT TC, aims to showcase how various stakeholders in the earth sciences and impact organizations are utilizing sensors, frameworks, and flood data to produce knowledge for flood assessment, mitigation, and recovery.
Technological capabilities in Earth observation (EO) systems are rapidly changing. Understanding these trends allows for developing baselines for future technology performance projections that can guide mission planning and technology investments decisions. The empirically derived technological trajectories are projected for mid (2030) and long-term (2040) scenarios and implications for technology portfolio
In this talk, we focus on the recent developments toward distributed integrated sensing and communications (ISAC). We consider a broad definition of coexistence, which covers ISAC, collaborative communications, and sensing with interference.
This talk will present some ongoing work and highlight upcoming challenges and opportunities under the urban climate digital twin framework that is being continually constructed to study and model weather / climate processes for complex systems and settings like cities, surrounding areas and neighborhoods.
IEEE GRSS Summer School Hyderabad Section presents you an opportunity for all the creative minds to introduce the participants to different agriculture data platforms already available and will encourage them to discover the scope and utility of the open data platforms for analytics and intelligence in agriculture.
Traditional active radars transmit a powerful electromagnetic pulse and record the echo’s delay time and power to measure target properties of interest, such as range, velocity, and reflectivity. Such observations are critical for investigating current and evolving conditions in extreme environments (i.e., polar regions and planetary missions); however, existing radar systems are resource-intensive in terms of cost, power, mass, and spectrum usage when continuously monitoring large areas of interest. I address this challenge by presenting a novel implementation of passive radar that leverages ambient radio noise sources (instead of transmitting a powerful radio signal) as a low-resource approach for echo detection, ranging, and imaging.
Traditional active radars transmit a powerful electromagnetic pulse and record the echo’s delay time and power to measure target properties of interest, such as range, velocity, and reflectivity. Such observations are critical for investigating current and evolving conditions in extreme environments (i.e., polar regions and planetary missions); however, existing radar systems are resource-intensive in terms of cost, power, mass, and spectrum usage when continuously monitoring large areas of interest. I address this challenge by presenting a novel implementation of passive radar that leverages ambient radio noise sources (instead of transmitting a powerful radio signal) as a low-resource approach for echo detection, ranging, and imaging.
Radiative transfer equations and analytical multiple scattering theory of waves have been applied to microwave remote sensing since the 1980’s. With the advance of computers and computational electromagnetics, Numerical Maxwell Model of 3D simulations has gained importance. In this webinar, we start with dense media full-wave simulations. Next, we describe 3D simulations of rough surface scattering.
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