To this end, we are developing the Sesame (Simulation of Embedded System Architectures for Multi-level Exploration) framework which provides high-level modeling and simulation methods and tools for efficient system-level performance evaluation and exploration of heterogeneous MP-SoC-based embedded systems targeting the multimedia application domain. The Sesame methodology takes a designer systematically along the path from selecting candidate architectures, using analytical modeling and multi-objective optimization, to simulating these candidate architectures with our system-level simulation environment. This simulation environment subsequently allows for architectural exploration at different levels of abstraction (i.e., permits gradual refinement of the architecture performance models) while maintaining high-level and architecture independent application specifications.
Small note here. If your thread doesn’t see any significant response after a post and a bump, chances are good that either people aren’t interested or you’re not communicating clearly. In either case, a second bump without additional information/clarification isn’t going to do much good.
Are you wanting to run simulations in Blenders work space for research? There are a lot of cross disciplinary terms in the second post that could be confusing. Blender is open source so the short to your question would be yes.
So what exactly is inspiring this system, a central cortex and nodes?
if you really want the cutting edge of computing the quantum computer must be on the top of your list.
The big deal with quantum computer is that it can do multiple calculation at the same time and it can communicate at speeds that defy the speed of light.
I was watching a documentary the other day and it was talking about a connection between quantum particles that mirror each other even if there in the opossite corners of the universe. They do that completely instantenous. And scientists trying to solve the riddle how they do that since that will have profound effect in space travel , computing , communication and any other field.
Of course from theory to actual practice there is a huge way to go but it really show that future is nothing less than fascinating. Currently quantum computers are extremely limited (can only perform very basic math) but because of its huge potential its certainly something that has gathered a lot of scientific eyes.
So in the very distant future, speed , will become irrelevant.
I know all about entanglement, it’s one of the things that peeked my interest in science,
but check out Q-Dot energy harvesting, or dusty plasma
quantum computing will be amazing, but I don’t think it will happen until we get MUCH less packet loss
(loosing a quantum packet = lost quantum state?) this may not be true any more as they have been doing a lot of research in this area,
but they optical computer is only 1-2 years off,
imagine a 1000 core @ 100 Ghz comp
yeap looks awesome, and I absolutely agree its far easier to accomplish that to quantum computer. The good news is that there are the means to get things way faster and we certainly going to see an exciting future coming our way.
I think the main problem right now is monopoly, pretty much Intel owns everything out there. And that is not good because its unlikely we see these new technologies get implemented very soon. Big companies dont like big changes