Dedicated hardware is probably the way to go for something like this... personally, I'd rather it were that way. Just pipe the audio from our Mac or PC into the VSL hardware, and run MIR on a totally committed machine!
And this notion that chips are going to get exponentially faster is not (currently) accurate -- it HAS been true, over the past 5 years, or so, but I think it will be less and less the case for the next couple of years. Really, the standard "chip" has kind of "hit the wall" as far as raw speed goes... the nuts and bolts of physics are really starting to get in the way now -- heat dissipation, noise, and so on... even quantum effects, I've heard. So really, it's now just a matter of squeezing every last bit they can get out of the basic model -- hence the emphasis on dual-core and hyperthreaded cpus. Until a totally new paradigm comes out, cpu "speeds" are more likely to plateau than anything else...
It is a drag that this will be PC-only, but not hard to understand, given Apple's recent move to Intel.
J.
And this notion that chips are going to get exponentially faster is not (currently) accurate -- it HAS been true, over the past 5 years, or so, but I think it will be less and less the case for the next couple of years. Really, the standard "chip" has kind of "hit the wall" as far as raw speed goes... the nuts and bolts of physics are really starting to get in the way now -- heat dissipation, noise, and so on... even quantum effects, I've heard. So really, it's now just a matter of squeezing every last bit they can get out of the basic model -- hence the emphasis on dual-core and hyperthreaded cpus. Until a totally new paradigm comes out, cpu "speeds" are more likely to plateau than anything else...
It is a drag that this will be PC-only, but not hard to understand, given Apple's recent move to Intel.
J.