Modeling context-dependent aspect interference using default logics Export

@inproceedings{citeulike:3519593, abstract = {Explicitly representing aspect interactions is vital so that they can be shared and used in the course of system evolution. As a consequence, guidance can be given to the software developer and automated support for handling interactions becomes possible. In this paper, we propose to use default logics for modeling context-dependent aspect interference. We motivate and illustrate our work by an example interference from the domotica world.}, author = {Sanen, Franciscus and Truyen, Eddy and Joosen, Wouter}, booktitle = {Workshop on reflection, AOP and meta-data for software evolution}, citeulike-article-id = {3519593}, day = {7-11}, keywords = {aspect, default, interactions, interference, knowledge, logics}, month = {July}, posted-at = {2008-11-15 22:03:47}, priority = {2}, title = {Modeling context-dependent aspect interference using default logics}, year = {2008} }

TY - CONF ID - citeulike:3519593 L3 - citeulike-article-id:3519593 N2 - Explicitly representing aspect interactions is vital so that they can be shared and used in the course of system evolution. As a consequence, guidance can be given to the software developer and automated support for handling interactions becomes possible. In this paper, we propose to use default logics for modeling context-dependent aspect interference. We motivate and illustrate our work by an example interference from the domotica world. TI - Modeling context-dependent aspect interference using default logics T2 - Workshop on reflection, AOP and meta-data for software evolution KW - aspect KW - default KW - interactions KW - interference KW - knowledge KW - logics AU - Sanen, Franciscus AU - Truyen, Eddy AU - Joosen, Wouter PY - 2008/07/7-11/ ER -