As the amount of mobile devices populating the Internet keeps growing at
tremendous pace, context-aware services have gained a lot of traction
thanks to the wide set of potential use cases they can be applied to.
Environmental sensing applications, emergency services and location-aware
messaging are just a few examples of applications that are expected to
increase in popularity in the next few years.
The MobilityFirst future Internet architecture, a clean-slate Internet
architecture design, provides the necessary abstractions for creating and
managing context-aware services. Starting from these abstractions we design
a context services framework, which is based on a set of three fundamental
mechanisms: an easy way to specify context based on human understandable
techniques, i.e. use of names; an architecture supported management
mechanism that allows both to conveniently deploy the service and
efficiently provide management capabilities; and a native delivery system
that reduces the tax on the network components and on the overhead cost of
deploying such applications.
In this paper, we present an emergency alert system for vehicles assisting
first responders that exploits users location awareness to support quick
and reliable alert messages for interested vehicles. By deploying a demo of
the system on a nationwide testbed, we aim to provide better understanding
of the dynamics involved in our designed framework.
%0 Conference Paper
%1 Bronzino2016
%A Bronzino, Francesco
%A Raychaudhuri, Dipankar
%A Seskar, Ivan
%B 28th International Teletraffic Congress (ITC 28)
%C Würzburg, Germany
%D 2016
%K itc itc28
%T Demonstrating Context-Aware Services in the MobilityFirst Future
Internet Architecture
%U https://gitlab2.informatik.uni-wuerzburg.de/itc-conference/itc-conference-public/-/raw/master/itc28/Bronzino2016.pdf?inline=true
%X As the amount of mobile devices populating the Internet keeps growing at
tremendous pace, context-aware services have gained a lot of traction
thanks to the wide set of potential use cases they can be applied to.
Environmental sensing applications, emergency services and location-aware
messaging are just a few examples of applications that are expected to
increase in popularity in the next few years.
The MobilityFirst future Internet architecture, a clean-slate Internet
architecture design, provides the necessary abstractions for creating and
managing context-aware services. Starting from these abstractions we design
a context services framework, which is based on a set of three fundamental
mechanisms: an easy way to specify context based on human understandable
techniques, i.e. use of names; an architecture supported management
mechanism that allows both to conveniently deploy the service and
efficiently provide management capabilities; and a native delivery system
that reduces the tax on the network components and on the overhead cost of
deploying such applications.
In this paper, we present an emergency alert system for vehicles assisting
first responders that exploits users location awareness to support quick
and reliable alert messages for interested vehicles. By deploying a demo of
the system on a nationwide testbed, we aim to provide better understanding
of the dynamics involved in our designed framework.
@inproceedings{Bronzino2016,
abstract = {As the amount of mobile devices populating the Internet keeps growing at
tremendous pace, context-aware services have gained a lot of traction
thanks to the wide set of potential use cases they can be applied to.
Environmental sensing applications, emergency services and location-aware
messaging are just a few examples of applications that are expected to
increase in popularity in the next few years.
The MobilityFirst future Internet architecture, a clean-slate Internet
architecture design, provides the necessary abstractions for creating and
managing context-aware services. Starting from these abstractions we design
a context services framework, which is based on a set of three fundamental
mechanisms: an easy way to specify context based on human understandable
techniques, i.e. use of names; an architecture supported management
mechanism that allows both to conveniently deploy the service and
efficiently provide management capabilities; and a native delivery system
that reduces the tax on the network components and on the overhead cost of
deploying such applications.
In this paper, we present an emergency alert system for vehicles assisting
first responders that exploits users location awareness to support quick
and reliable alert messages for interested vehicles. By deploying a demo of
the system on a nationwide testbed, we aim to provide better understanding
of the dynamics involved in our designed framework.},
added-at = {2016-08-31T16:30:53.000+0200},
address = {Würzburg, Germany},
author = {Bronzino, Francesco and Raychaudhuri, Dipankar and Seskar, Ivan},
biburl = {https://www.bibsonomy.org/bibtex/23cf433688a472c95338478109a9b9805/itc},
booktitle = {28th International Teletraffic Congress (ITC 28)},
days = {12},
interhash = {d1a1c265cba45afccdd9f2c126a740e5},
intrahash = {3cf433688a472c95338478109a9b9805},
keywords = {itc itc28},
month = {Sept},
timestamp = {2020-05-26T16:53:35.000+0200},
title = {Demonstrating Context-Aware Services in the MobilityFirst Future
Internet Architecture},
url = {https://gitlab2.informatik.uni-wuerzburg.de/itc-conference/itc-conference-public/-/raw/master/itc28/Bronzino2016.pdf?inline=true},
year = 2016
}