Wearable devices made of flexible materials are the future. These are used to monitor the physiological parameters of a person to minimize any malfunctioning happening in the body.
Sensing as a Service
Mobile phones do have various sensors which are used for exciting sensing applications by creating a cloud computing platform. This could be used as crowd-sourced platform to create
Flexible Wireless Antenna
A flexible patch antenna can be fabricated as a sensing element for wireless strain sensing and crack detection. It can then be wirelessly interrogated with ultra-low...
Flexible Wireless Antenna
A flexible patch antenna can be fabricated as a sensing element for wireless strain sensing and crack detection. It can then be wirelessly interrogated with ultra-low...
Brain sensing may help improve the lives of patients with neurological and other disorders. It may be achieved by novel bioelectronic devices. But it might take a while in coming out from the research labs to market.
Jacob T. Robinson, Eric Pohlmeyer, Malte C. Gather,
Caleb Kemere, John E. Kitching et al.
9 Apr
3 min read
Advances in sensing technology raise the
possibility of creating neural interfaces that can
more effectively restore or repair neural function
and reveal fundamental properties of neural
information processing. To realize the potential
of these bioelectronic devices, it is necessary to
understand the capabilities of emerging
technologies and identify the best strategies to
translate these technologies into products and
therapies that will improve the lives of patients
with neurological and other disorders. Here, we
discuss emerging technologies for sensing brain
activity, anticipated challenges for translation,
and perspectives for how to best transition these
technologies from academic research labs to useful
products for neuroscience researchers and human
patients.