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International Conference on Interactive Information and Processing Systems

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International Conference on Interactive Information and Processing Systems
NameInternational Conference on Interactive Information and Processing Systems
AbbreviationIIPS
DisciplineMeteorology, Oceanography, Remote sensing, Computer science
PublisherAmerican Meteorological Society
CountryUnited States
Founded1975
FrequencyAnnual

International Conference on Interactive Information and Processing Systems. It is a premier annual scientific conference focused on the intersection of meteorology, oceanography, remote sensing, and advanced computer science. Organized by the American Meteorological Society, the conference serves as a critical forum for presenting innovations in data processing, visualization, and decision support systems for the geosciences. Since its inception, it has been integral to the development of operational systems used by agencies like the National Weather Service and NASA.

History and background

The conference was first convened in 1975, emerging from a growing need within the meteorological community to address the challenges posed by increasing volumes of satellite data and the advent of digital forecasting models. Early meetings were closely tied to the work of the National Oceanic and Atmospheric Administration and its Environmental Research Laboratories. A key driver was the development of the Automation of Field Operations and Services program, which aimed to modernize National Weather Service operations. Over the decades, the conference evolved in parallel with major technological shifts, including the rise of the Internet, high-performance computing, and the Earth Observing System managed by NASA and ESA.

Conference themes and topics

Core themes consistently address the end-to-end flow of environmental information. This includes sessions on the acquisition and processing of data from platforms like the GOES satellites, JPSS, and Copernicus Programme missions. A major focus is on algorithm development for deriving geophysical parameters, data assimilation techniques for numerical weather prediction models like those from the European Centre for Medium-Range Weather Forecasts, and the creation of integrated environmental monitoring systems. Recent topics have expanded to include artificial intelligence and machine learning applications, big data architectures using cloud computing, and advanced interactive visualization tools for enhancing severe weather warnings and climate services.

Organization and structure

The conference is organized by the American Meteorological Society, typically as part of its larger annual meeting held in cities like Phoenix, New Orleans, or Boston. The AMS Committee on Interactive Information and Processing Systems is responsible for the scientific program, issuing calls for papers and selecting presentations. The event structure features a mix of invited keynote speeches from leaders at institutions such as the National Center for Atmospheric Research, parallel technical sessions, poster presentations, and vendor exhibitions from companies like IBM, Microsoft, and Raytheon Technologies. Special joint sessions are often held with related AMS conferences on broadcast meteorology, satellite meteorology, and hydrology.

Proceedings and publications

Accepted abstracts and extended summaries are published in the conference's official digest, which is made available online through the American Meteorological Society's digital library. Select full papers are often developed for publication in esteemed AMS journals such as the Journal of Atmospheric and Oceanic Technology, the Bulletin of the American Meteorological Society, and Weather and Forecasting. These publications are indexed in major databases and serve as a permanent record of advancements in operational systems, such as those deployed at the Storm Prediction Center or the National Hurricane Center.

Impact and recognition

The conference has had a profound impact on the operational infrastructure of the global weather enterprise. Research and collaborations fostered at the conference have directly influenced the design of modern systems like Advanced Weather Interactive Processing System, the Himawari Cast system in Japan, and the Meteosat Third Generation ground segment in Europe. It is recognized as a vital conduit between research institutions like the Massachusetts Institute of Technology and operational agencies, accelerating the transition of new science into daily forecasting practice. The conference also plays a key role in training the next generation of scientists and engineers who will develop future systems for the World Meteorological Organization and its member states.

Category:Scientific conferences Category:American Meteorological Society Category:Atmospheric science conferences