In order to overcome the limitations of automated tools and the cumbersome proof process of interactive theorem proving, we adopt a hybrid approach for formal hardware verication which uses the strengths of the-orem proving (HOL) with powerful mathematical tools such as induction and abstraction, and the advantages of automated tools (MDG) which support equivalence checking and model checking. The MDG system is a decision diagram based verication tool, primarily de-signed for hardware verication. HOL is a theorem prover built on higher-order logic.
This thesis explores building provably correct software and hardware inside the HOL4 interactive the...
Automated theorem proving is a method to establish or disprove logical theorems. While these can be ...
The automation of first order logic has received comparatively little attention from researcher inte...
We describe a hardware verification tool called HOL-MDG. This tool combines the HOL theorem prover w...
Nowadays, the formal verification of hardware is gaining a lot of importance in the design flow of m...
With the ever increasing complexity of the design of digital systems and the size of the circuits in...
cation Abstract. We describe a hybrid formal hardware veri-cation tool that links the HOL interactiv...
) Ramayya Kumar, Thomas Kropf, Klaus Schneider University of Karlsruhe, Institute of Computer Design...
In this paper, we describe a hybrid tool for hardware formal verification that links the HOL (higher...
In this paper, we propose an embedding of the MDG input languages in HOL. The MDG (Multiway Decision...
We describe a hybrid formal hardware verification tool that links the HOL interactive proof system a...
There exist a wide range of hardware verification tools, some based on interactive theorem proving a...
this paper, a verification method is presented which combines the advantages of deduction style proo...
Formal verification of digital systems is achieved, today, using one of two main approaches: states ...
Formal verification involves the use of logical and computational methods to establish claims that a...
This thesis explores building provably correct software and hardware inside the HOL4 interactive the...
Automated theorem proving is a method to establish or disprove logical theorems. While these can be ...
The automation of first order logic has received comparatively little attention from researcher inte...
We describe a hardware verification tool called HOL-MDG. This tool combines the HOL theorem prover w...
Nowadays, the formal verification of hardware is gaining a lot of importance in the design flow of m...
With the ever increasing complexity of the design of digital systems and the size of the circuits in...
cation Abstract. We describe a hybrid formal hardware veri-cation tool that links the HOL interactiv...
) Ramayya Kumar, Thomas Kropf, Klaus Schneider University of Karlsruhe, Institute of Computer Design...
In this paper, we describe a hybrid tool for hardware formal verification that links the HOL (higher...
In this paper, we propose an embedding of the MDG input languages in HOL. The MDG (Multiway Decision...
We describe a hybrid formal hardware verification tool that links the HOL interactive proof system a...
There exist a wide range of hardware verification tools, some based on interactive theorem proving a...
this paper, a verification method is presented which combines the advantages of deduction style proo...
Formal verification of digital systems is achieved, today, using one of two main approaches: states ...
Formal verification involves the use of logical and computational methods to establish claims that a...
This thesis explores building provably correct software and hardware inside the HOL4 interactive the...
Automated theorem proving is a method to establish or disprove logical theorems. While these can be ...
The automation of first order logic has received comparatively little attention from researcher inte...