Heterogeneous Concurrent Modeling and Design in Java (Volume 3: Ptolemy II Domains)
Abstract
This volume describes Ptolemy II domains. The domains implement models of computation, which are summarized in chapter 1. Most of these models of computation can be viewed as a framework for component- based design, where the framework defines the interaction mechanism between the components. Some of the domains (CSP, Rendezvous, DDE, and PN) are thread-oriented, meaning that the components implement Java threads. These can be viewed, therefore, as abstractions upon which to build threaded Java programs. These abstractions are much easier to use (much higher level) than the raw threads and monitors of Java. Others (CT, DE, SDF) of the domains implement their own scheduling between actors, rather than relying on threads. This usually results in much more efficient execution. The Giotto domain, which addresses real-time computation, is not threaded, but has concurrency features similar to threaded domains. The FSM domain is in a category by itself, since in it, the components are not producers and consumers of data, but rather are states. The non-threaded domains are described first, followed by FSM and Giotto, then the threaded domains followed by two newer domains, HDF and DDF. Volume 1 is an introduction to Ptolemy II, including tutorials on use of the software, and volume 2 describes the Ptolemy II software architecture.
Document Details
- Document Type
- Technical Report
- Publication Date
- Apr 15, 2008
- Accession Number
- ADA519010
Entities
People
- Bart Kienhuis
- Brian Vogel
- Christopher Brooks
- Edward A. Lee
- Elaine Cheong
- Haiyang Zheng
- Jeff Tsay
- Jie Liu
- John Davis Ii
- John Reekie
- Lukito Muliadi
- Man-kit Leung
- Mudit Goel
- Neil Smyth
- Shuvra S. Bhattacharyya
- Steve Neuendorffer
- Winthrop Williams
- Xiaojun Liu
- Yang Zhao
- Yuhong Xiong
Organizations
- University of California, Berkeley