Future Concepts division- publications

Beyond real- time data collection, we aim to provide analysis capability to obtain insights from the data and converting the learnings into actionable recommendations.

In this paper, we propose parallel collective matrix factorization (PCMF) that serves as a fast and flexible framework for joint modeling of large heterogeneous networks.

This paper focuses on the potential of hair-thin fiber-optic (FO) sensors to monitor intercalation stage transition points.

PARC is developing a low-cost, high-performance natural gas leak detection system based on printed nanomaterials.

At Palo Alto Research Center (PARC), we have demonstrated integrated sensor tags based on organic complementary circuits patterned by inkjet printing.

To meet those criteria, we have demonstrated a temperature sensing tag fabricated by all-additive solution processes.

In this paper, we present first steps towards a mobile and wearable system intended to help people who experience regular and spontaneous panic attacks due to panic disorder.

We present a novel spatial planning system that automatically generates machining plans with stable fixtures to fabricate complex geometries.

In this presentation, I will discuss the design rules we learned in the course of developing this fully printed sensor platform.

A novel hyperspectral imaging sensor is demonstrated that can enable breakthrough applications of hyperspectral imaging in domains not previously accessible.

Here we discuss a systems-level approach to improving utilization of high-efficiency III-V PEC cells using optical concentration factors much higher than have been previously considered.

We conducted a field study of the most prominent of these, timebanking; a system in which 'time dollars' are earned and spent by people providing services for and receiving them…