Future Concepts division- publications

At Palo Alto Research Center, we have developed both ferroelectric and resistive memories to facilitate integration of memory with printed systems.

This review focuses primarily on the quantitative aspect of protein expression and the associated computational machinery for making large-scale identifications of proteins and their post-translational modifications.

In order to address this issue we have devised a scheme where a thin a-Si solar cell is deposited over a disordered nanowire mat.

The hyper-modular printer control project at PARC has proven that a tightly integrated model-based planning and control framework can effectively control a complex physical system.

We introduce a method for dynamic partitioning and show that it leads to improved search performance in solving STRIPS planning problems.

This paper describes the user experience using RetroTime, and describes how it could be extended to support more complex labeling tasks, particularly in multi-person environments.

This paper describes the concept of enhanced personalized information delivery.

Web 2.0 technologies have encouraged users to curate more information online.

In this paper, we address the problem of specifying and computing preferred plans using rich, qualitative, user preferences.

We examine the design of a system for lightweight organizational sharing called Mail2Tag, which augments email by utilizing existing email sharing practices to help gather content, implicitly organize that content,…

The study reported here highlights virtuous regularities in the content and procedures of proposal generation.

We will present an optical detection technique that delivers high signal-to-noise discrimination to enable a flow cytometer that can combine high performance, robustness, compactness and low cost.