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12. Social Virtual Objects in the Edge Cloud

Author

Farris, Ivan, primary, Girau, Roberto, additional, Militano, Leonardo, additional, Nitti, Michele, additional, Atzori, Luigi, additional, Iera, Antonio, additional, and Morabito, Giacomo, additional

Published
2015
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18. The collisional de-excitation of neon at various pressures

Author

Farris, Ivan Robert., Milne, E.A., Naval Postgraduate school, and Department of Physics

Subjects
Physics, Collisional Neons
Abstract

It was proposed to observe the spectral intensities of the 5852. 5A o line in Neon I, and 3664. 1A line in Neon II to obtain collisional deexcitation cross sections, a,, and de-excitation reaction rates, K... d 1 However, due to a series of problems with the Van De Graaff accelerator in the proton configuration no reproducible data was obtained. The majority of the time was thus spent converting the accelerator to the electron configuration and attempting to make the system operational o again. In this light trial runs were made on the 3371. 3A spectral line of nitrogen using electrons as the excitation source. Values obtained in these runs were off by a factor1 of one thousand from those obtained by A. R. Smelley [Ref. M] using protons. http://archive.org/details/thecollisionalde1094516024 Major, United States Army Approved for public release; distribution is unlimited.

Published
1972

19. The Collisional De-Excitation of Neon at Various Pressures.

Author

NAVAL POSTGRADUATE SCHOOL MONTEREY CALIF, Farris,Ivan Robert, NAVAL POSTGRADUATE SCHOOL MONTEREY CALIF, and Farris,Ivan Robert

Abstract

It was proposed to observe the spectral intensities of the 5852.5A line in Neon I, and 3664.1A line in Neon II to obtain collisional de-excitation cross sections, and de-excitation reaction rates. However, due to a series of problems with the Van De Graaff accelerator in the proton configuration no reproducible data was obtained. Trial runs were made on the 3371.3A spectral line of nitrogen using electrons as the excitation source.

Published
1972

20. The collisional de-excitation of neon at various pressures.

Author

Milne, E.A., Naval Postgraduate school, Department of Physics, Farris, Ivan Robert., Milne, E.A., Naval Postgraduate school, Department of Physics, and Farris, Ivan Robert.

Abstract

It was proposed to observe the spectral intensities of the 5852. 5A o line in Neon I, and 3664. 1A line in Neon II to obtain collisional deexcitation cross sections, a,, and de-excitation reaction rates, K... d 1 However, due to a series of problems with the Van De Graaff accelerator in the proton configuration no reproducible data was obtained. The majority of the time was thus spent converting the accelerator to the electron configuration and attempting to make the system operational o again. In this light trial runs were made on the 3371. 3A spectral line of nitrogen using electrons as the excitation source. Values obtained in these runs were off by a factor1 of one thousand from those obtained by A. R. Smelley [Ref. M] using protons.

Published
1972

21. The collisional de-excitation of neon at various pressures.

Author

Milne, E.A., Naval Postgraduate school, Department of Physics, Farris, Ivan Robert., Milne, E.A., Naval Postgraduate school, Department of Physics, and Farris, Ivan Robert.

Abstract

It was proposed to observe the spectral intensities of the 5852. 5A o line in Neon I, and 3664. 1A line in Neon II to obtain collisional deexcitation cross sections, a,, and de-excitation reaction rates, K... d 1 However, due to a series of problems with the Van De Graaff accelerator in the proton configuration no reproducible data was obtained. The majority of the time was thus spent converting the accelerator to the electron configuration and attempting to make the system operational o again. In this light trial runs were made on the 3371. 3A spectral line of nitrogen using electrons as the excitation source. Values obtained in these runs were off by a factor1 of one thousand from those obtained by A. R. Smelley [Ref. M] using protons., http://archive.org/details/thecollisionalde1094516024, Major, United States Army, Approved for public release; distribution is unlimited.

22. Social Virtual Objects in the Edge Cloud

Author

Antonio Iera, Michele Nitti, Leonardo Militano, Ivan Farris, Luigi Atzori, Roberto Girau, Giacomo Morabito, Farris, Ivan, GIRAU, ROBERTO, Militano, Leonardo, NITTI, MICHELE, ATZORI, LUIGI, IERA, ANTONIO, and Morabito, Giacomo

Subjects
Social network, Computer science, business.industry, Computer Networks and Communications, Distributed computing, Cloud computing, Computer Science Applications1707 Computer Vision and Pattern Recognition, Object (computer science), Virtualization, computer.software_genre, Computer Science Applications, Server, Computer Science (miscellaneous), Navigability, Fog computing, Enhanced Data Rates for GSM Evolution, Internet of Thing, business, Host (network), Implementation, computer, Software
Abstract

The social Internet of Things (SIoT) paradigm, in which objects establish social-like relationships, presents several interesting features to improve network navigability, object trustworthiness, and interactions between elements across IoT platforms. Implementations of the SIoT model envision cyber counterparts of physical objects - social virtual objects - virtualized in the cloud. Such an approach has several advantages but suffers from a few major problems. In fact, objects might be located far from the datacenter hosting the cloud, resulting in long delays and inefficient use of communication resources. This article investigates how to address these issues by exploiting the computing resources at the edge of the network to host the virtual objects of the SIoT and provides early experimental results.

Published
2015

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