A Case-based Reasoning Approach for the Knowledge Representation of VHDL-AMS Behavioral Models
Ahmad Khaled Al-Kashef;
Abstract
Automatic generation of analog and mixed-signal behavioral models is an important component
in top-down design and bottom-up verification methodologies. The development
of these models is a time-consuming manual process reserved to modeling experts who
se
in top-down design and bottom-up verification methodologies. The development
of these models is a time-consuming manual process reserved to modeling experts who
se
Other data
| Title | A Case-based Reasoning Approach for the Knowledge Representation of VHDL-AMS Behavioral Models | Authors | Ahmad Khaled Al-Kashef | Keywords | A Case-based Reasoning Approach for the Knowledge Representation of VHDL-AMS Behavioral Models | Issue Date | 2008 | Description | Automatic generation of analog and mixed-signal behavioral models is an important component in top-down design and bottom-up verification methodologies. The development of these models is a time-consuming manual process reserved to modeling experts who se |
Recommend this item
Similar Items from Core Recommender Database
Items in Ain Shams Scholar are protected by copyright, with all rights reserved, unless otherwise indicated.