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# DFW: The DSPCAD Framework
This webpage describes the DSPCAD Framework, which is developed
in the
[
Maryland DSPCAD Research
Group
](
https://code.umd.edu/dspcad-pub/dspcadwiki/-/wikis/home
)
## Overview
The DSPCAD Framework (DFW) provides a backbone for most of the software
packages developed in the DSPCAD Group. In particular, most DSPCAD
Group packages are either base packages, which means they are at the
core of the framework, or they are plug-ins to base packages.
The based packages of DFW consist of three complementary tools – the Data-flow
Interchange Format (DIF), LIghtweight Data-flow Environment (LIDE) and DSPCAD
Integrative Command Line Environment (DICE), which support flexible design
experimen- tation and orthogonalization across three major dimensions in
model-based DSP system design – abstract data-flow models, actor implementation
languages, and integration with platform-specific design tools, respectively.
For a more detailed overview of the base packages in DFW, see
[
the DSPCAD
Framework book
chapter
](
https://link.springer.com/referenceworkentry/10.1007/978-94-017-7267-9_36
)
.
## Current Project Participants
-
Shuvra Bhattacharyya, Xiaowen Qi, Yan Zhang (University of Maryland).
## Previous Project Participants
-
Kyunghun Lee, Lin Li, Shuoxin Lin, Yanzhou Liu, William Plishker (University
of Maryland).
## Software Download and Setup
To set up the DFW
## E-mail List and Contact for Questions
News about DICE, including information about updates and new releases,
is broadcast on the DSPCAD News Email List. To subscribe to this list,
send email to the
*[DSPCAD Manager](mailto:dspcad-manager@.umd.edu)*
list.
For questions about installing, using, or updating DICE, send email to
the
*[DSPCAD Manager](mailto:dspcad-manager@umd.edu)*
list.
## Publications
A list of publications related to the DICE project, and PDF versions of
selected publications can be found on the
[
DICE Project Publications
Page
](
http://dspcad.umd.edu/projects/dice/pubs/contents.html
)
.
## Sponsorship
This work has been sponsored in part by the U. S. National Science
Foundation, the Laboratory for Telecommunication Science, and the US Air
Force Research Laboratory.