- From: Russell Potter <russell.potter3@gmail.com>
- Date: Sun, 4 Dec 2011 22:36:13 +1100
- To: public-cloud@w3.org
I've been trying to compile use cases (in the form of usage scenarios that that are possible with the existe- nce of an implementation of our forthcoming cloud standard), for a "Use Cases and Requirements" doc- ument I'm in the process of formulating, but I really need a few more to flesh it out somewhat further Here are a couple to give you an idea as to what's involved in these use cases: the first, here, is an app- lication of cloud computation, while the second deals with distributed storage 1) "a CAD system is equipped with a "physics eng- ine" which performs continuous analyses (such as those of amongst others, acoustic, vibrational and buckling), of its constituent physical structures, to determine properties as the inertia and momentum of each part of the set of structures under analysis so as to determine the dynamic behaviour,forces stresses within those structures,. Since the com- bined computational requirements of these analyses are quite high, the load is distributed adaptively (si- nce the structures, themselves, may change over time) around the system's computing resources, so as to keep the system as responsive as possible, with the greater part of those resources given over to the geometrically complex parts (which are more difficult to analyse) of those structures" 2) "An RDF processor manages a vast collection of triples representing (amongst others) ontologic- al, information: a collection so large as to overwhe- lm the capacity of the RAM of any one machine. The information is therefore spread across enough machines such that their combined capacity is suffci- ent to meet the total storage requirement, and the amount of the information stored in each machine is approximately "balanced" across all the machin- es" Would anyone like to contribute more of these use cases, each running along similar lines? Russell
Received on Sunday, 4 December 2011 11:36:40 UTC