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Tools (13)

The CLERECO reliability design methodology offers tools, models and technologies that cover the four main design dimensions of a system design:

  • RELTech Tools: offers a set of predictive models to analyze the impact of future tech-nology nodes on specific basic design blocks. Predictive models for technologies are very valuable for OEM and Tier 1 system designers that usually lack access to fab technology data.
  • RelHW Tools: offers a set of tools for reliability analysis of different hardware architec-tures. These tools cover the analysis of all major hardware structures of a complex digitals system (i.e., Microprocessors, Accelerators, Memories, Interconnections and Custom IP Cores). A very wide set of ICT players including Tier 2 technology provid-ers, up to OEM system's integrators both in the embedded systems and HPC domain are potentially interested in these tools.
  • RelSW Tools: offers capability to analyze software fault masking in isolation from the hardware architecture. Both static and dynamic analysis of the software is support-ed by our technology. These tools have a key value for OEM system designers that exploit software fault tolerance solutions to enhance the reliability of their systems.
  • RelSyst Tools: is the core of the CLERECO design methodology. It integrates infor-mation from the other tools into a high-level system model and provides tools to per-form early reliability evaluation at system level as well as tools to perform design space exploration in order to optimize the target system given the reliability con-straints. This is specifically devoted to OEM system's designers that require the evalu-ation of the reliability of their products.

NANDA logoswrel

NANDA is a tool for the reliability analysis of NAND Flash based SSDs.


GUFI logohwrel

GUFI is tool for comprehensive reliability assassment of NVIDIA GPU Architectures.


Thursday, 24 March 2016 18:38

GEM5-based full-system Fault Injector (GeFIN)

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GeFIN logohwrel

GeFIN is a complete microarchitecture level fault injector for ARM, Intel and AMD CPUs.


Thursday, 24 March 2016 18:27

MARSSx86-based full-system Fault Injector (MaFIN)

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MaFIN logohwrel

MaFIN is a complete microarchitecture level fault injector for x86 Intel/AMD CPUs.


BayTA logoswrel

BaITA is a reliability analyzer for x86 instruction set based Software.


Thursday, 24 March 2016 17:48

The LIRMM Fault Injector LLVM-Based (LIFILL)

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LIFILL logoswrel

LIFILL is a full featured fault injector based on LLVM.


Thursday, 24 March 2016 17:45

The LIRMM C-Based Fault Injector (LICFI)

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LICFI logoswrel

LICFI is full fault injector for any C-language developed program.


Thursday, 24 March 2016 17:36

LLVM-based Variable Lifetime Analysis (ALIVE)

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ALIVE logoswrel

ALIVE evaluates the effect of faults on a software by means of variable lifetime and output analysis.


SiFI logohwrel

SIFI is the first AMD Southern Islands GPGPU Architecture Fault Injector.


MASkit logohwrel

MASkIt quickly and accurately predicts the Soft Error Rate (SER) in combinational circuits.


Thursday, 24 March 2016 16:12

Soft Error Rate Technology Analyzer (SERTA)

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SERTA logotechrel

SERTA (SER Technology Analyzer) allows for a fast characterization of raw failure rates of current and future technologies.


Wednesday, 09 March 2016 16:12

Reliability Design Optimizer (ReDO)

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ReDO optimizes your system to match your reliability contraints.


Wednesday, 09 March 2016 13:13

System Reliability Analyzer (SyRA)

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SyRA automates reliability analysis of complex electronic systems by means of component based statistical reliability models.