Building Blocks of IoT Design
The rise of the internet of things, especially in design, could shift the designer’s focus from system-on-a-chip to system-in-package.
article/building-blocks-iot-designMaking Flexible Hybrid Electronics a Reality
Mass-producing complex printed sensing systems that include processing and communications modules requires designs that incorporate printed and advanced CMOS-based components. Until recently, no one has developed manufacturing processes that can produce such systems.
article/making-flexible-hybrid-electronics-realityV2V Technology: A Work in Progress
Vehicle-to-vehicle communications promise life-saving innovations.
article/v2v-technology-work-progressTooling Up for 3D-printable Steel
To understand why steel poses such a challenge for 3D printing, you have to look at the production process on the microscopic level.
article/tooling-up-for-3d-printable-steelThere’s More to Miniaturization than Size
The reason printed electronics have not delivered the expected cost reductions is that the complexity of the manufacturing processes has eliminated much of the cost savings.
article/theres-miniaturization-sizeSupervised Machine Learning
Many of the old rules that guided software development do not apply to the testing of machine-learning algorithms.
article/supervised-machine-learningMachine Learning Changes Everything
Tools can help design engineers understand machine learning control mechanisms.
article/machine-learning-changes-everythingBuilding an Industrial Internet of Things Architecture
Building an IIoT system or corporate strategy requires companies to journey into the great unknown.
article/building-industrial-internet-things-architectureStreamlining 3D Printing Post-Processing Opens Market Opportunities
By streamlining 3D post-processing, Rize’s augmented polymer deposition technology enables additive manufacturing to take on short-run, end-use production parts applications and moves the 3D printer onto the engineer’s desktop.
article/streamlining-3d-post-processing-opens-market-opportunitiesDesigning Sensors for Harsh Environments
As the IoT takes shape and harsh-environment applications become more prevalent, increased demand may cause vendors to remedy this situation.
article/designing-harsh-environmentsIoT Platforms: A Patchwork of Technologies
An IoT development platform must impart a broad spectrum of functionality. The true measure of success, however, lies in its ability to deliver these capabilities in a seamless, integral fashion.
article/a-patchwork-of-technologiesDeveloping Sensor Fusion Algorithms
Combining the technologies of sensors and algorithms to perform sensor fusion opens the door for more sophisticated services for consumers—but it also presents new challenges for design engineers.
article/developing-sensor-fusion-algorithmsA Deeper Look into Metal Additive Manufacturing Material Properties
Energy Efficiency for Always-on Sensing
Technologies and techniques to reduce energy use in mobile, wearable and IoT sensing devices.
article/energy-efficiency-always-sensingNext-Gen Sensor Technologies for New Applications
Demands for new applications are shaping the efforts to develop these sensing devices.
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