Future Concepts division- publications
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An improved approach for generating max-fault min-cardinality diagnoses
This paper presents a new direct approach to determining MFMC vectors which shows 4-5 orders of magnitude performance improvement over prior algorithms.
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A framework for continuously estimating persistent and intermittent failure probabilities
This paper presents an overall framework for estimating component failure probabilities which includes both persistent and intermittent faults.
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Pervasive diagnosis: the integration of active diagnosis into production plans
In this paper, we observe that the declarative nature of model-based control allows the planner to achieve production goals in multiple ways.
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Capacity scaling laws of information dissemination modalities in wireless ad hoc networks
Abstract We present capacity scaling laws for random wireless ad hoc networks under ($n$, $m$, $k$)-cast formulation, where $n$, $m$, and $k$ denote the number of nodes in the network,…
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Label-free flow-cytometry on a microfluidic chip based on native fluorescence
We have developed a compact platform that combines a microfluidic quartz channel with chip-size wavelength-selective detection which records the fluorescence of particles as they traverse the channel.
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On the reading of tables of contents
This paper presents a framework for understanding tables of contents of books, journals, and magazines.
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The multi-channel flow-aware medium access control protocol
We introduce the Multi-Channel Flow-Aware Medium Access Control protocol, or (MFLAMA), an energy-efficient, schedule-based, multi-channel medium-access control (MAC) protocol designed for data gathering applications in wireless sensor networks.
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Planning for modular printers: beyond productivity
This paper reports our experience extending an on-line printer controller based on AI planning to handle two significant features of our real-world domain: execution failures and multi-objective preferences.
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Robust content dissemination in disrupted environments
We present DIRECT (DIsruption REsilient Content Transport), which is a content dissemination approach for ad hoc networks that exploits in-network storage and the hop-by-hop dissemination of named information objects.
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Context-aware packet switching in ad hoc networks
We present the design and performance of a new approach to packet switching for MANETs, which we call Context Aware Protocol Engines (CAPE).
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Real-time clothes comparison based on multi-view vision
In this paper, we present a clothing recognition system that augments clothes recommendation and fashion exploration using the intelligent multi-view vision technology of the Responsive Mirror, an implicitly controlled human-computer…
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Paper-centric interaction concepts for collaborative learning
In this paper we present concepts for the collaborative annotation and structuring of paper documents and digital documents in both distributed and co-located settings.