A machine learning processing engine to build flexible devices with odor recognition capabilities

In recent years, there has been an increase in the development of flexible electronics: electronic components that can be stretched and thus enable the development of smart watches, fitness trackers, or other wearable smart devices.

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How can RFID technology and flexible electronics help pathology?

With the NHS currently under huge strain, additional time-consuming and burdensome processes add to an already heavy workload. Gillian Ewers examines the advantages that radio frequency identification offers in tracking samples and consumables.

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CTO Talk: Q&A with PragmatIC’s Richard Price

The UK firm’s flexible integrated circuits are thinner than a human hair, which means they can be easily embedded into everyday objects. According to PragmatIC, this technology can make it possible for “trillions” of smart objects to engage with consumers

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It is time for natively flexible processors

The story behind our technical paper; “A hardwired machine learning processing engine fabricated with submicron metal-oxide thin-film transistors on a flexible substrate”, started with a question of how to make billions of everyday things smart.

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It’s not the end of an era for semiconductors, it’s a new beginning

There are ever increasing demands from the consumer to make things smaller and more convenient. As a result electronic devices are becoming smaller with more densely populated PCBs assemblies.

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