Author: SRI International
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Results from Levels 2/3 Fusion Implementations: Issues, Challenges, Retrospectives and Perspectives for the Future an Annotated Perspective
This paper is a retrospective annotated view of the invited panel discussion organized by Ivan Kadar (first author), supported by John Salerno, in order to provide both a historical perspective of the evolution of the state-of-the-art (SOA) in higher-level “Levels 2/3” information fusion implementations by looking back over the past ten or more years (before…
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Adapting Scenario-Based Curriculum Materials To Community College Technical Courses
This 3-year case study examined how 7 instructors and 78 students in California and Texas responded to the changes involved in implementing one type of reform program—the scenario-based curriculum.
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Efficient Message Passing and Propagation of Simple Temporal Constraints
We first show that for an STN, these messages can be represented compactly as sub-STNs. We then present an efficient message passing scheme for computing the minimal constraints of an STN.
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Privacy enhancing technologies; papers from the 7th International Symposium (PET 2007)
To appropriately reflect this evolution, the PET workshop is changing its name to the Privacy Enhancing Technologies Symposium.
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A Systems View Of Nanoscience Education
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Multitarget tracking in distributed sensor networks
In this paper, we provide a survey of techniques for tracking multiple targets in distributed sensor networks and introduce some recent developments.
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Designing Networked Handheld Devices To Enhance School Learning
We begin by discussing a simple but important factor: networked handhelds can allow a 1:1 student: device ratio for the first time, enabling ready-at-hand access to technology throughout the school day and throughout the learner’s personal life.
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Can A Technology-Enhanced Curriculum Improve Student Learning Of Important Mathematics?
This project investigated the scale-up of an innovative integration of technology, curriculum, and teacher professional development aimed at improving mathematics instruction in grades 7 and 8.
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Microstructure foundations of high carrier mobility in polymers
We combine complementary microstructure measurements including polarized absorption spectroscopies (infrared, visible, and X-ray), scanning probe techniques, and X-ray diffraction (XRD) to investigate the microstructure details of polymer semiconductors for organic thin film transistors (OTFTs).
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Comparing theory and hypotheses to electric force microscope data: are we thinking about injection, trapping, and transport correctly in organic electronic materials?
In this talk we will show that ultrasensitive cantilevers can likewise measure the local charge diffusion constant via the effect of the associated electric field fluctuations on cantilever frequency and ringdown time.
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Studying how mobile computing with tablet PCs supports school and classroom changes in Singapore
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Analysis of Morph-Based Speech Recognition and the Modeling of Out-of-Vocabulary Words Across Languages
We analyze subword-based language models (LMs) in large-vocabulary continuous speech recognition across four “morphologically rich” languages: Finnish, Estonian, Turkish, and Egyptian Colloquial Arabic.