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5. Social Technology as a New Medium in the Classroom

Author

Yan, Jeffrey

Abstract

New modes of everyday communication--textual, visual, audio and video--are already part of almost every high school and college student's social life. Can such social networking principles be effective in an educational setting? In this article, the author describes how the students at his school, Rhode Island School of Design (RISD), are provided with opportunities to share their work through a new generation of Web 2.0 solutions that are easier to use, more engaging, and have an increasing impact upon collaboration and communication in the classroom than complex technologies of the past. Technologies adopted in schools today, including blogs, wikis, social networking, and online learning communities, are keeping teachers and students connected in and out of class. They are creating opportunities for groups to share, collaborate, showcase and grow together. In addition, they allow exchange of information and ideas not only within the confines of a classroom, but across schools, districts, states and the world.

Published
2008

6. Additional file 1 of Investigating the fate of polycyclic aromatic sulfur heterocycle compounds in spilled oils with a microcosm weathering experiment

Author

Filewood, Taylor, Kwok, Honoria, Brunswick, Pamela, Yan, Jeffrey, Ollinik, Jessica E., Cote, Christopher, Kim, Marcus, van Aggelen, Graham, Helbing, Caren C., and Shang, Dayue

Abstract

Additional file 1. Table S1. Specific details for each crude oil used for reporting the results. Table S2. Information on water level adjustments for the microcosm during weathering experiment. Table S3. PAH and APAH concentrations (µg/mL) for the weathered crude oil samples determined by GC-QToF. Table S4. PAH and APAH concentrations (µg/mL) for the un-weathered crude oil samples determined by GC-QToF. Table S5. PASH and APASH concentrations (µg/mL) for the un-weathered crude oil samples determined by GC-QToF. Fig. S1. Set-up for the weathering experiment (May 31st, 2021). Fig. S2. Chromatograms for Dibenzothiophene and C1-C4 Dibenzothiophene for ANS 2015 weathered extracted at 50 ppm. Fig. S3. Chromatograms for Benzonaphthothiophene and C1-C4 Benzonaphthothiophene for ANS 2015 weathered extracted at 50 ppm. Fig. S4. Chromatograms for Dinaphthothiophene and C1-C4 Dinaphthothiophene for ANS 2015 weathered extracted at 50 ppm. Fig. S5. Chromatograms for Dibenzothiophene and C1-C4 Dibenzothiophene for ANS 2015 un-weathered extracted at 50 ppm. Fig. S6. Chromatograms for Benzonaphthothiophene and C1-C4 Benzonaphthothiophene for ANS 2015 un-weathered extracted at 50 ppm. Fig. S7. Chromatograms for Dinaphthothiophene and C1-C4 Dinaphthothiophene for ANS 2015 un-weathered extracted at 50 ppm.

Published
2022
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7. A practical study of CITES wood species identification by untargeted DART/QTOF, GC/QTOF and LC/QTOF together with machine learning processes and statistical analysis

Author

Brunswick, Pamela, primary, Cuthbertson, Daniel, additional, Yan, Jeffrey, additional, Chua, Candice C., additional, Duchesne, Isabelle, additional, Isabel, Nathalie, additional, Evans, Philip D., additional, Gasson, Peter, additional, Kite, Geoffrey, additional, Bruno, Joy, additional, van Aggelen, Graham, additional, and Shang, Dayue, additional

Published
2021
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8. Time-Complemented Event-Driven Architecture for Distributed Automation Systems

Author

Pang, Cheng, Yan, Jeffrey, Vyatkin, Valeriy, Pang, Cheng, Yan, Jeffrey, and Vyatkin, Valeriy

Abstract

Time-driven and event-driven control models are two fundamental design paradigms applied in distributed control systems for synchronizing decentralized activities. This paper proposes a unified architecture for combining both approaches. The combination offers the best of both worlds’ properties, such as the expressiveness of event-driven programming and the determinism of time-driven logic. The foundations of this symbiosis are the IEC 61499 Function Block standard providing event-driven distributed control architecture and the IEEE 1588 Precision Time Protocol establishing the basis for highly-accurate time synchronization. The proposed time-complemented event-driven distributed control model aims at improving the modularity and flexibility of automation software with satisfactory control performance. The new control model has been compared with conventional centralized and distributed control approaches analytically and by simulation. The comparison results reveal that the proposed control model is efficient and flexible. Finally, a reference example has been used to demonstrate merits of the new approach., Validerad; 2015; Nivå 2; 20140615 (chepan)

Published
2015
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