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Showing posts with the label digital weather

Exploiting the intelligence of screens

I've just read the Pew Research Center's annual survey on cloud computing . As ever, it contains plenty of thought-provoking commentary from experts. One that really caught my attention was this quote from Nokia's Davis Fields: "It's 2010 and I could already basically use only cloud-based applications on my computer. Local storage is already increasingly irrelevant – I have my all my photos stored on Flickr, my address book is in my Gmail and I've got all my emails stored there as well. Apple will likely move iTunes online in the next few years, and streaming movies from Netflix will eliminate the need to download movie files. I use Microsoft Office and Photoshop out of familiarity as my main two desktop apps, but good alternatives already exist online. I predict most people will do their work on ‘screens connected to the web,’ There won't be any sort of ‘computer’ anymore." Now, I agree with the sentiment that every screen will be connected to the web...

Lots of clouds, but what's the weather like?

I attended a live video stream of the Future in Review conference on Wednesday. Although the format was unusual (even with a cinema screen and surround sound), several comments made by the speakers caught peeked my interest. During a conversation on the network implications of cloud services, it occured to me that the storage and processing of vast amounts of data in a central location is going to lead to significant latency problems. This in itself isn't great insight. Neither is the fact that network management is going to lead to distribution of content and processing around the edge of the network, based on statistical analysis of likely usage. I started wondering, however, whether that distribution is going to lead to 'systems' of usage, similar to the weather systems in the Earth's atmosphere. The Brownian motion of particles in the atmosphere is in some ways analagous to the 'motion' of packets in IP networks, with rate shaping and the variable speed of ...