Future Concepts division- publications

In this study, we explore the use of Fiber Bragg Gratings (FBGs) and a high resolution, low-cost optical readout developed at PARC to interrogate the acoustic emissions generated by a…

This paper describes the basis of such a system including the power supply, intra-train communications, sensing and cloud-based analytics.

We consider the problem of privacy-preserving data aggregation in a star network topology, i.e., several untrusting participants connected to a single aggregator.

We present an approach to transience electronics where transience is achieved by fracturing electronic components into small pieces and widely dispersing the fragments over a large area.

Here we present a promising new embedded sensing option developed by our team for cell monitoring, fiber-optic sensors.

Here we present a promising new embedded sensing option developed by our team for cell monitoring, fiber-optic sensors.

In this paper, we focus on coaching sedentary, overweight individuals to exercise regularly.

This report documents the highlights and outcomes of the Dagstuhl Seminar 16251 on "Information-centric Networking and Security".

More recently, our team has been focusing on the integration of printed hybrid electronics with sensors and microchips.

This paper details the work of a seldom studied but growing population of members of grassroots, offline-project based groups.

With support from ARPA-E, PARC and NASA Ames Research Center are developing a low-cost, high-performance natural gas well leak detection system based on printed nanomaterials.