[Noticias-IIE] IIE: Conferencias| IEEE & IIE | Proyecto AntelSat | EPOSMote and the Internet of Things

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EPOSMote and the Internet of Things
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Conferencias| IEEE & IIE | Proyecto AntelSat | EPOSMote and the Internet of
Things
de María Misa -  Tuesday,  26 de November de 2013, 14:46
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El Instituto de Ingeniería Eléctrica de la Universidad de la República y el
Capítulo IEEE CASS (Circuits and Systems Society) de Uruguay invitan a las
conferencias:
Proyecto AntelSat
EPOSMote and the Internet of Things

Jueves 28 de Noviembre 17:00hs
Salón 001, Facultad de Ingeniería - Universidad de la República.

Cronograma
17:00 - Proyecto AntelSat. Juan Pechiar, IIE, Facultad de Ingeniería,
Universidad de la República. Enrique Maciel, ANTEL.
17:45 - Break
18:00 - EPOSMote and the Internet of Things. Dr. Antonio Augusto Fröhlich,
Associate Professor, Universidad Federal de Santa Catarina, Brasil.
19:00 - El capítulo IEEE CASS de Uruguay y próximas actividades
Abstracts
Proyecto AntelSat

La Facultad de Ingeniería (UdelaR), ANTEL, y el Centro Universitario Escuela
de Diseño están finalizando la construcción de un satélite de clase
CubeSat que será calificado para vuelo y puesto en órbita a principios de
2014. Enrique Maciel (ANTEL) y Juan Pechiar (FING-UdelaR) presentarán
aspectos técnicos del proyecto, que incluyó la especificación, diseño y
construcción de lo que será el primer satélite uruguayo.
EPOSMote and the Internet of Things
The Internet of Things is a central element of Ubiquitous Computing and Smart
Environments and recently became subject of intense academic research. The
potential for services around the theme has been demonstrated by numerous
projects and is now also attracting important sectors of the economy.
However,most demonstrations of IoT presented thus far makes use of
technologies developed for PCs and SmartPhones. Assuming that each object
connected to the Internet will feature a TCP/IP stack implemented on the same
premises of a PC is certainly a mistake, especially considering aspects such
as power consumption, size, cost, and security. Moreover, the IP protocol
itself, the driving force of the technological revolution we live, seems to
have reached its limit when it comes to IoT, since it does not encompasses
thenotion of space and time that is so crucial to the emerging technology. The
EPOSMote Project, currently under development at LISHA provides an open
hardware and software platform for IoT research. Its main
goal is to investigate and demonstrate alternatives to the PC legacy. The
mote was designed around a modular architecture, with interchangeable
components in four layers: processing (currently AVR8 and ARM7), communication
(currently CC1000, ZigBee and PLC), I/O (various types of sensors, leds,
buttons, USB, serial, and J-Tag) and energy (currently battery, USB and
photovoltaics). Modules can be easily tailored to specific applications
following the philosophy of Application-driven Embedded System Design
(ADESD). This talk presents the project, its role in IoT research,
applications currently under development, and recent achievements toward a
cross-layer embedded communication protocol for IoT that preserves
compatibility with TCP/IP.

Archivo adjunto cass_112013.pdf:
http://iie.fing.edu.uy/cursos/file.php/4/moddata/forum/399/41044/cass_112013.pdf

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