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by Stephen Cass and Christina Dabney on (#3TMDS)
This programmer saved the Apollo 14 mission with 61 keystrokes
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IEEE Spectrum
| Link | https://spectrum.ieee.org/ |
| Feed | http://feeds.feedburner.com/IeeeSpectrum |
| Updated | 2025-04-22 07:00 |
on (#3TM3T)
This paper discusses the benefits of common mode chokes and reviews the performance characteristics associated with their application.
by Evan Ackerman on (#3TJMQ)
The latest version of this skittery little sprawling robot can climb walls and crawl like a turtle
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by WinSystems on (#3T4EJ)
ITX-N-3800 SBCs provide lower cost IIoT solutions in small form factor
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on (#3THVV)
Discover the protective advantages of the right material for your application.
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by Evan Ackerman, Erico Guizzo and Fan Shi on (#3TE2M)
Your weekly selection of awesome robot videos
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by Robert N. Charette on (#3TDSA)
A new report finds a “litany of failures†in Australia’s attempt to digitize government services
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by Megan Scudellari on (#3TDC8)
A new device records the brain’s quiet response to noisy electrical stimulation
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by Charles Q. Choi on (#3TBSY)
Finding the optimal solutions to complex problems can be dramatically faster
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by Peter Fairley on (#3TBT0)
Safer reactors designed in the U.S. and Europe make their power grid debuts in China
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by Evan Ackerman on (#3TBDT)
Popcorn is a cheap, biodegradable way to actuate a robot (once)
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by Evan Ackerman on (#3T8GN)
Honda is teaching its robots to take longer and faster steps to recover from shoves by transitioning to a running gait, which is exactly what humans do if we need to
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by Elie Dolgin on (#3T85B)
Ginkgo Bioworks hopes to catch rogue DNA before and after it's made
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by Evan Ackerman on (#3T7ES)
Parrot reenters the consumer drone space with the innovative new Anafi
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by Samuel K. Moore on (#3T79N)
IBM's new chip is designed to do both high-precision learning and low-precision inference across the three main flavors of deep learning
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by Dexter Johnson on (#3T77E)
Scientists have been able to move atoms around for 30 years, but moving molecules has proven much more difficult
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by Stephen Cass on (#3T72M)
The first CPU-on-a-chip was a shoestring crash project
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by Julianne Pepitone on (#3T72G)
This chip put a radio into countless consumer products
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by Stephen Cass on (#3T72E)
Despite bad management, the first CMOS microprocessor went all the way to Jupiter
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by Julianne Pepitone on (#3T72C)
NASA didn’t want it, but the PB-100 popularized the tech that became the way people capture photos and video
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by Christina Dabney and Amy Nordrum on (#3T59S)
Algae could be the environmentally-friendly superfood we've all been waiting for. But will anyone actually eat it?
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by Evan Ackerman, Erico Guizzo and Fan Shi on (#3T4M6)
Your weekly selection of awesome robot videos
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by Robert N. Charette on (#3T4M8)
Plaintiffs accuse the company of withholding information about a software flaw that caused 2017 Chrysler Pacifica minivans to stall
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by Allison Marsh on (#3T4JD)
Ernesto Blanco came up with a workable design in 1962, but it never went into production
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by Tekla S. Perry on (#3T45A)
Electrical engineer and artist Jim Campbell explains the technology behind the highest public art installation in the world, and the challenge of avoiding window washers
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by Emily Waltz on (#3T43H)
Magnetically-controlled microrobots gently carry cells to hard-to-reach organs
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on (#3M980)
Best Practices for Real-Time Machine Automation Performance in IoT & Industry 4.0. Improve quality, increase throughput performance, and reduce costs with a real-time operating system (RTOS).
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by Tekla S. Perry on (#3T3DC)
This MIT grad spent decades as an engineer before turning to art full time. Now his skills are on permanent display in San Francisco's skyline
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by Julianne Pepitone on (#3T39G)
Things are great—if you’re a new engineering grad
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by Evan Ackerman on (#3T39J)
Honda will focus on elder care and disaster robots rather than improvements to its iconic humanoid
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by Michael Koziol on (#3T35F)
Frank Miller proposed the one-time pad in 1882, but his contributions were only recently recognized
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by Carlos Abellán and Valerio Pruneri on (#3T2ZS)
Truly random numbers will provide an unbreakable tool set for cryptography
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on (#3T2VD)
This paper guides you through the process of submitting your medical devices for approval from the FDA.
on (#3T273)
Tips to help you master signal analysis
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by Vaclav Smil on (#3T23R)
If you’re looking for a starting point for Moore’s Law, this is probably it
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on (#3QZSF)
Learn about the necessary sensors, the data transmission and data analysis app that can render the “black box†transformer transparent for you.
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by Eliza Strickland on (#3T1QX)
These technologies could make it easier to watch what you eat
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by Ayush Agrawal and Quan Nguyen on (#3T122)
UC Berkeley and CMU researchers demonstrate dynamic walking on stepping stones
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on (#3T0YT)
This paper provides information on the revisions, the risk management file, test planning, and testing requirements, plus a roadmap for global implementation.
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by Mark Harris on (#3T0YV)
Apparently, building giant solar-powered aircraft comes with equally sizable challenges
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by Alexander Hellemans on (#3T0WJ)
Imec creates the first spin-orbit torque MRAM on a silicon wafer
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by Dexter Johnson on (#3T0RZ)
Taking a new approach to phase shifting antennas increases network range, data rate, and capacity
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by Andrew Whitehead and Chris Hilton on (#3T0FW)
Putting electric motors closer to the road may also improve handling
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on (#3SZYB)
This webinar will utilize hands-on demonstrations using ThreadX and Percepio Tracealyzer with source code being readily available
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by Evan Ackerman and Tim Smith on (#3SZMJ)
A casual Q&A with a robotics PR expert and a robotics journalist
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by David Schneider on (#3SZGG)
Oak Ridge’s Summit is now the world's top-ranked supercomputer
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by Andrew Silver on (#3SZEB)
Artificial intelligence could quickly schedule beams and configure channels in future wireless networks
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by Eliza Strickland on (#3SZBP)
Axed engineers say IBM isn't always smart about artificial intelligence
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by Jens Boos on (#3SZ99)
How the neon-filled glow lamps came to hold a special place in enthusiasts’ hearts
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by David Schneider on (#3STX2)
A “piano-flute†is just one of the crazy instruments you can build with the NSynth open-source deep-â learning project
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