"At the most fundamental level, computers are an assembly of gates that are used to perform the basic operations required to execute a program. For problems in the probability domain, even the values used in these most basic operations are not constrained to be either a 0 or a 1. Instead, the basic gates must determine the probability that a bit is a 1, or the probability that it is a 0.
Lyric’s gates are designed to model relationships between probabilities natively in the device physics. For this reason, Lyric can perform mathematical operations in the probability domain with just a handful of transistors – creating power and area savings of more than 10X over traditional implementations."

"Whereas a conventional NAND gate outputs a "1" if neither of its inputs match, the output of a Bayesian NAND gate represents the odds that the two input probabilities match. This makes it possible to perform calculations that use probabilities as their input and output."

"The use of Graphics Processing Units (GPUs) in scientific computing is becoming increasingly common. GPUs are low cost parallel processors that can readily be exploited for many types of general purpose computation. Recently, the computational intelligence community has started to develop for the GPU platform. This web page is primarily dedicated to the use of GPUs as a platform for Genetic Programming. "

"We’re happy to announce the release of the Arduino Mega, a larger, more powerful Arduino board. It’s based on the on the ATmega1280 (datasheet), which has 128 KB of Flash (program) memory, 8 KB of RAM, and 4 KB of EEPROM. The board has 54 digital pins (of which 14 provide PWM output), 16 analog inputs, 4 hardware serial ports, I2C, and all other goodness you expect from an Arduino board. The Mega is compatible with most shields designed for the Duemilanove, and includes the same automatic power selection, auto-reset on upload, and pre-burned bootloader."

"If the technology catches on, camera performance will be no longer be limited by the software that comes pre-installed by the manufacturer. Virtually all the features of the Stanford camera – focus, exposure, shutter speed, flash, etc. – are at the command of software that can be created by inspired programmers anywhere. “The premise of the project is to build a camera that is open source,” said computer science professor Marc Levoy."

"As the speed of technological progress continues to accelerate, innovation threatens to outpace architects’ and designers’ working knowledge of materials thereby limiting their applicability. In order to stay at the cutting edge of design, a knowledge of the uses, properties, and sources of new materials is essential. A companion to the Transmaterial books written by Blaine Brownell and published by Princeton Architectural Press, Transmaterial online is intended to be a clear, concise, accessible, and carefully edited resource that provides information about the latest and most intriguing materials commercially available."

"These web pages are about a project I've been working on. Put briefly, it's a WWAN (Wireless Wide Area Network) router. In more human terms, it's a compact little box that gets data from cellular towers and re-shares it for multiple computers to use.

To use it all you do is plug it in to the cigarette lighter of a car (or a 12v supply when at home). It automatically boots up and links in to Verizon's "Broadband Access" service, turning itself into an access point. Turn on your laptop, join the network and voila -- you're on the net! It's just like using a hotspot (such as they have at Starbucks and airports), but it goes anywhere you car goes."

"The TAPR Open Hardware License ("OHL") provides a framework for hardware projects that is similar to the one used for Open Source software. This isn't as straight-forward as it seems because legal concepts that work well for software (such as copyright and copyleft) don't neatly fit when dealing with hardware products and the documentation used to create them."

"Lenders are offered returns based on a rolling six-month average so dud projects will be offset by sales of profitable ones. It takes just a few deals to strike it big, Huynh and Stack say, and because it is a community that is not just passionate but also knowledgeable, better projects are likely to get funded.

The promise of returns is enough to get former investment banker Andrew de Montille excited.

"I put money in the bank not because I consider it as a charitable investment," says de Montille. "Rather, I am very confident that some of the projects will do well enough to be profitable to the investors.""

"You pay for downloadable books that can’t be printed, can’t be shared, and can’t be displayed on any device other than Amazon’s own $400 reader..."

"...it is impossible to involve a mobile carrier with a technology without infecting that technology with Awful Crap."

And I couldn't care less, either.

Simon Fraser's BEAM robotic projects