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A number of natural disasters claim lives all over the world, of which cyclones are among the deadliest and most frequent. With advancements in climate physics combined with quantum leaps in computing power, it is possible to take large-scale climate models to everyone's personal computers. The ability to forecast extreme weather events such as cyclones is thus at everyone's fingertips. In a country like India, that boasts of massive mobile penetration even in rural areas, alerting mechanisms via mobile telephony can be coupled effectively with weather forecasting systems to forewarn coastal…mehr

Produktbeschreibung
A number of natural disasters claim lives all over the world, of which cyclones are among the deadliest and most frequent. With advancements in climate physics combined with quantum leaps in computing power, it is possible to take large-scale climate models to everyone's personal computers. The ability to forecast extreme weather events such as cyclones is thus at everyone's fingertips. In a country like India, that boasts of massive mobile penetration even in rural areas, alerting mechanisms via mobile telephony can be coupled effectively with weather forecasting systems to forewarn coastal dwellers of imminent cyclones. Find out how as engineers, we can save thousands of lives through the innovative integration of climate physics and computer science!
Autorenporträt
Both Sandeep Subramanian and Vivek Vidyasagaran are VIT University Alumni and now pursuing graduate studies at Carnegie Mellon University, USA. Professor Satyajit Ghosh is currently with VIT University, India and the University of Leeds, U.K. as an ICAS Associate.¿