A decade from now ...

[sje]

A decade from now, the typical workstation or high end consumer PC will have 16 cores at 8 GHz, 128 GB RAM, 32 TB disk storage, 256 GB removable optical storage, a meter size LCD with 10,240 by 6,400 resolution, and an always active gigabit link to the Internet.

A decade from now, how will your chess program be different from what it is today?

[Ovyron]

We quit because all games end in draw.

[Tommy]

A decade from now, the typical workstation or high end consumer PC will have 16 cores at 8 GHz, 128 GB RAM, 32 TB disk storage, 256 GB removable optical storage, a meter size LCD with 10,240 by 6,400 resolution, and an always active gigabit link to the Internet.

A decade from now, how will your chess program be different from what it is today?

I'm not sure that will be enough to run Windows properly in the future.

Cheers,
Tom.

[krazyken]

A decade from now, the typical workstation or high end consumer PC will have 16 cores at 8 GHz, 128 GB RAM, 32 TB disk storage, 256 GB removable optical storage, a meter size LCD with 10,240 by 6,400 resolution, and an always active gigabit link to the Internet.

A decade from now, how will your chess program be different from what it is today?

I'm not sure that will be enough to run Windows properly in the future.

Cheers,
Tom.

Windows in the future? Please say it ain't so!

[edlich]

A decade from now I hope we have a really good parralel programming language! With:
* the parallel bias from scratch as Erlang (has a chess programmer ever tried this?)
* the language power of ruby and
* the ecosystem and tools of Java.

So let's pray for this...

Cheers
Stefan

[michiguel]

A decade from now, the typical workstation or high end consumer PC will have 16 cores at 8 GHz, 128 GB RAM, 32 TB disk storage, 256 GB removable optical storage, a meter size LCD with 10,240 by 6,400 resolution, and an always active gigabit link to the Internet.

A decade from now, how will your chess program be different from what it is today?

128 bits?

Miguel

[Gerd Isenberg]

A decade from now, the typical workstation or high end consumer PC will have 16 cores at 8 GHz, 128 GB RAM, 32 TB disk storage, 256 GB removable optical storage, a meter size LCD with 10,240 by 6,400 resolution, and an always active gigabit link to the Internet.

A decade from now, how will your chess program be different from what it is today?

128 bits?

Miguel

More likely 256 or even 512 bit simd registers, I guess. One or two quad-bitboard(s) per instruction - not bad. On the low level front, future is Kogge-Stone and huge dotproducts for eval. Based on that, parallel pattern and feature recognizers for "smarter" search and evaluation.

Gerd

[Dann Corbit]

A decade from now, the typical workstation or high end consumer PC will have 16 cores at 8 GHz, 128 GB RAM, 32 TB disk storage, 256 GB removable optical storage, a meter size LCD with 10,240 by 6,400 resolution, and an always active gigabit link to the Internet.

A decade from now, how will your chess program be different from what it is today?

A decade from now, our super fast CPUs will be starving for RAM, which is growing in access speed in linear fashion while our CPU horsepower grows exponentially.

I do hope that we are not limited by gigabit links. I was hoping for at least 10x that fast.

[Aleks Peshkov]

A decade from now, our super fast CPUs will be starving for RAM, which is growing in access speed in linear fashion while our CPU horsepower grows exponentially.

It was possible to build RAM at CPU clock many years ago till now. The only reason for slow PC memory that DRAM is cheaper then SRAM.

[Dann Corbit]

A decade from now, our super fast CPUs will be starving for RAM, which is growing in access speed in linear fashion while our CPU horsepower grows exponentially.

It was possible to build RAM at CPU clock many years ago till now. The only reason for slow PC memory that DRAM is cheaper then SRAM.

http://www.cs.virginia.edu/papers/Hitti ... wulf94.pdf
http://www.acm.org/crossroads/xrds5-3/pmgap.html