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The evolution of single machine key-value stores.

From BLOG@CACM
#### Communing on Computing

Conferences can renew our professional commitment and inspire thought on problems we face.

From BLOG@CACM
#### Why Are There So Many Programming Languages?

Most languages differ less in what they make possible, and more in terms of what they make easy.

From BLOG@CACM
#### Where is the Cradle of the Computer?

The digital computer of today arose in the first half of the 1940s independently in three different countries: Germany, the U.K. and the U.S.

From BLOG@CACM
#### Turing's Influence on Computer Construction is Overestimated

How great was Turing's influence on early British automatic computers? Opinions differ considerably.

From BLOG@CACM
#### InnovateFPGA: Wrong Strategy Drives One of the Best FPGA Development Contests into Crisis

In my opinion, the main problem of the InnovateFPGA contest is the lack of a permanent team to lead.

From BLOG@CACM
#### The Mesm: Ukraine Beats Russia

The Mesm is considered the first stored program digital computer in Continental Europe.

From BLOG@CACM
#### Anti-Sanctions: New Operating System for Mobile Devices

There comes a time not only of crisis, but also of great opportunities. And here, it is important to take advantage of these new opportunities.

From BLOG@CACM
#### High-Performance Mobile System-on-Chip Clusters

Simply stating the problem is not enough; it is necessary to look for a quick way out of the situation, relying on available resources.

From BLOG@CACM
#### Language Imitation Games and the Arrival of Broad and Shallow AI

On the impact of large language models.

From BLOG@CACM
#### We Are Camille

Who is Camille Noûs, who has contributed to hundreds of papers on Google Scholar?

From BLOG@CACM
#### How Does One Divide with Napier's Rods?

Napier's multiplication and division rods, deriving from the basic multiplication table, simplify calculations considerably.

From BLOG@CACM
#### How Does One Multiply with Napier's Rods?

Napier's multiplication and division rods, deriving from the basic multiplication table, simplify calculations considerably.

From BLOG@CACM
#### The Evolution of Computing Power in Switzerland

Milestones in the history of computing from the Swiss National Supercomputing Center, Lugano.

From BLOG@CACM
#### New Areas for Application of Self-Organizing Routing

To organize the productive work of multiprocessor chips, it is necessary to establish an efficient distribution of computational processes between computational...

From BLOG@CACM
#### The Art Of Speedy Systems Conversions

System conversions represent a type of development in which project scope includes all the effort of an initial software release, plus an entirely new set of complexities...

From BLOG@CACM
#### The World's Most Magnificent Historical Calculating Machines

The design of today's electronic computers is usually not very appealing, in contrast to magnificent mechanical calculating machines from earlier times.

From BLOG@CACM
#### The World's Most Magnificent Historical Automatons

Automatons are ubiquitous. Some of the most magnificent works in the genre have survived in museums.