The Royal Signals and Radar Establishment (RSRE) and members of the Hardware Verification Group at Cambridge University conducted a joint effort to prove the correspondence between the electronic block model and the top level specification of Viper. Unfortunately, the proof became too complex and unmanageable within the given time and funding constraints, and is thus incomplete as of the date of this report. This report describes an independent attempt to use the HOL (Cambridge Higher Order Logic) mechanical verifier to verify Viper. Deriving from recent results in hardware verification research at UC Davis, the approach has been to redesign the electronic block model to make it microcoded and to structure the proof in a series of decreasin...
We describe the formalization of a process algebra based on CCS within the Higher Order Logic (HOL) ...
La production de systèmes numériques complexes est devenue impossible sans l’aide des ordinateurs. L...
Examined is a methodology for hardware verification developed by Royal Signals and Radar Establishme...
The formal specification and partial verification of the VIPER microprocessor is reviewed. The VIPER...
The following topics are covered in viewgraph form: (1) generic interpreters; (2) Viper microprocess...
An experiment to evaluate the applicability of the Verifiable Integrated Processor for Enhanced Reli...
This technical report contains the Higher-Order Logic (HOL) listings of the partial verification of ...
This presentation describes a project, formal verification of the microcode in the AAMP5 microproces...
The main goal of the project was two-fold: First, to investigate the feasibility of formally specify...
In microprocessors, achieving an efficient utilization of the execution units is a key factor in imp...
The design and formal verification of a hardware system for a task that is an important component of...
We describe the formal verification of a hardware subsystem consisting of a memory management unit a...
A number of methodologies for verifying systems and computer based tools that assist users in verify...
Formal specification combined with mechanical verification is a promising approach for achieving the...
Over the past four decades microprocessors have come to be a vital and inseparable part of the moder...
We describe the formalization of a process algebra based on CCS within the Higher Order Logic (HOL) ...
La production de systèmes numériques complexes est devenue impossible sans l’aide des ordinateurs. L...
Examined is a methodology for hardware verification developed by Royal Signals and Radar Establishme...
The formal specification and partial verification of the VIPER microprocessor is reviewed. The VIPER...
The following topics are covered in viewgraph form: (1) generic interpreters; (2) Viper microprocess...
An experiment to evaluate the applicability of the Verifiable Integrated Processor for Enhanced Reli...
This technical report contains the Higher-Order Logic (HOL) listings of the partial verification of ...
This presentation describes a project, formal verification of the microcode in the AAMP5 microproces...
The main goal of the project was two-fold: First, to investigate the feasibility of formally specify...
In microprocessors, achieving an efficient utilization of the execution units is a key factor in imp...
The design and formal verification of a hardware system for a task that is an important component of...
We describe the formal verification of a hardware subsystem consisting of a memory management unit a...
A number of methodologies for verifying systems and computer based tools that assist users in verify...
Formal specification combined with mechanical verification is a promising approach for achieving the...
Over the past four decades microprocessors have come to be a vital and inseparable part of the moder...
We describe the formalization of a process algebra based on CCS within the Higher Order Logic (HOL) ...
La production de systèmes numériques complexes est devenue impossible sans l’aide des ordinateurs. L...
Examined is a methodology for hardware verification developed by Royal Signals and Radar Establishme...