Transaction level modeling flows and use models

Transaction-level models (TLMs) address the problems of designing increasingly complex systems by raising the level of design abstraction above RTL. However, TLM terminology is presently a subject of contentious debate and a coherent set of TLM use-models have not been proposed. In this paper we pro...

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Published in:CODES+ISSS 2004 : International Conference on Hardware/Software Codesign and System Synthesis : September 8-10, 2004, Stockholm, Sweden pp. 75 - 80
Main Author: Donlin, Adam
Format: Conference Proceeding
Language:English
Published: New York, NY, USA ACM 08.09.2004
IEEE
Series:ACM Conferences
Subjects:
Computing methodologies > Modeling and simulation > Model development and analysis > Modeling methodologies
Costs
Data structures
Design methodology
Logic design
Market opportunities
Partitioning algorithms
Permission
Standardization
Terminology
Timing
design abstractions
design flows
use models
TLM
ISBN:1581139373, 9781581139372
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Abstract Transaction-level models (TLMs) address the problems of designing increasingly complex systems by raising the level of design abstraction above RTL. However, TLM terminology is presently a subject of contentious debate and a coherent set of TLM use-models have not been proposed. In this paper we propose a variety of TLM use-models that reveal paths through the TLM abstraction levels for various types of system. We begin by stating the abstraction levels that comprise 'transaction-level' and identify roles and responsibilities that apply within the use-models. We then take each use-model and discuss the type of system it applies to, the TLM abstraction levels it supports, and the design activites applied at those levels. We also consider the distribution of modeling effort between the various design rôles and apply that to descriptions of various use-model design flows.
AbstractList Transaction-level models (TLMs) address the problems of designing increasingly complex systems by raising the level of design abstraction above RTL. However, TLM terminology is presently a subject of contentious debate and a coherent set of TLM use-models have not been proposed. In this paper we propose a variety of TLM use-models that reveal paths through the TLM abstraction levels for various types of system. We begin by stating the abstraction levels that comprise 'transaction-level' and identify roles and responsibilities that apply within the use-models. We then take each use-model and discuss the type of system it applies to, the TLM abstraction levels it supports, and the design activites applied at those levels. We also consider the distribution of modeling effort between the various design rôles and apply that to descriptions of various use-model design flows.
Transaction-level models (TLMs) address the problems of designing increasingly complex systems by raising the level of design abstraction above RTL. However, TLM terminology is presently a subject of contentious debate and a coherent set of TLM use-models have not been proposed. In This work we propose a variety of TLM use-models that reveal paths through the TLM abstraction levels for various types of system. We begin by stating the abstraction levels that comprise 'transaction-level' and identify roles and responsibilities that apply within the use-models. We then take each use-model and discuss the type of system it applies to, the TLM abstraction levels it supports, and the design activites applied at those levels. We also consider the distribution of modeling effort between the various design roles and apply that to descriptions of various use-model design flows.
Author Donlin, Adam
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Keywords design abstractions
design flows
use models
TLM
Language English
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Snippet Transaction-level models (TLMs) address the problems of designing increasingly complex systems by raising the level of design abstraction above RTL. However,...
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SubjectTerms Computing methodologies -- Modeling and simulation -- Model development and analysis -- Modeling methodologies
Costs
Data structures
Design methodology
Logic design
Market opportunities
Partitioning algorithms
Permission
Standardization
Terminology
Timing
Subtitle flows and use models
Title Transaction level modeling
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