The utilization of domain-specific programming abstractions for wireless sensor actor networks can greatly ease applica- tion development. A high level of abstraction from under- lying system complexity fosters fast prototyping and less erroneous source code. However, especially in this domain access to low-level parameters can be mandatory to allow for sophisticated application fine-tuning. In this paper, we present a layered system access interface we developed for our middleware platform FACTS to address this challenge. Context-based configuration and control of system-level resources is facilitated by relying on lean ad- ditions to the FACTS framework. These will be discussed with the help of a common use case to illustrate the simple, yet powerful abstraction provided.
Titel
Efficient Configuration and Control of SANETs using FACTS
@inproceedings{terfloth08sanet,
author = {Kirsten Terfloth and Jochen Schiller},
title = {{Efficient Configuration and Control of SANETs using FACTS}},
booktitle = {ACM MobiHoc'08 (HeterSanet Workshop)},
year = {2008},
month = {May},
abstract = {The utilization of domain-specific programming abstractions for wireless sensor actor networks can greatly ease applica- tion development. A high level of abstraction from under- lying system complexity fosters fast prototyping and less erroneous source code. However, especially in this domain access to low-level parameters can be mandatory to allow for sophisticated application fine-tuning. In this paper, we present a layered system access interface we developed for our middleware platform FACTS to address this challenge. Context-based configuration and control of system-level resources is facilitated by relying on lean ad- ditions to the FACTS framework. These will be discussed with the help of a common use case to illustrate the simple, yet powerful abstraction provided.},
location = {Hong Kong, China (SAR)},
owner = {terfloth},
url = {http://page.mi.fu-berlin.de/terfloth/pubs/hetsan24-terfloth.pdf}
}
