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About |
Sim-SODA ( SOftware Dependability Analysis) is a unified simulation framework for
estimating microprocessor reliability in the presence of soft errors. Originally
designed for in-lab use, Sim-SODA is being released to the general public and can
provide researchers with highly accurate estimates of the reliability of different
hardware structures across different workloads in the form of the metric AVF
(Architectural Vulnerability Factor). Built on top of the Sim-Alpha platform,
Sim-SODA provides some substantial improvements to previous research in this area:
- Unified approach for modeling hardware features
- Offers high levels of granularity
- Covers more hardware structures, in more detail
- Open source and free license
- Provides AVF estimations for hardware including:
- Instruction Queue
- Load/Store Queue
- Reorder Buffer
- Register File
- Data Level 1 Cache
- Translation Lookaside Buffer
- Victim Buffer
- Function Unit
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Documentation |
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Current
Version |
The
current version of the sim-soda
is version 1.1.0:
File Name: simsoda-1.1.0.tar.gz
File Size: 616991 Bytes
MD5: fb112d0f6716805d3213197b906416cb |
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Acknowledgements |
This project was supported by the National Science Foundation under Grants No.
CSR-0720476; NASA award no. NCC 2-1363; the Microsoft Research
Trustworthy Computing award no. 14707. |
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Download |
Sim-SODA
is released freely under the GNU GPL and may be downloaded,
executed, copied, and modified without limitation
by the end user. No user may place any
restrictions on the use of this software, including
as modified by the user.
Sim-SODA is provided as is, with no warranty of
any kind, express or implied. The user of the program
accepts full responsibility for the application of
the program and the use of any results produced.
While
registration is optional, we ask
that you fill out as much of the information
below as possible, so that we can have an
estimate as to the number and sector of end
users of Sim-SODA. No collected
information will be used for any purpose other
than statistical analysis of the Sim-SODA.
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