We define physical machines as processors with physical memory and swap memory; in user mode physical machines support address translation. We report about the formal verification of a complex processor supporting address translation by means of a memory management unit (MMU). We give a paper and pencil proof that physical machines togethe
Formal verification is proposed to ensure the correctness of the design and make functional verifica...
The paper presents the application of formal verification techniques to a real microprocessor. The d...
Memristive technologies are attractive candidates to replace conventional memory technologies and ca...
A physical memory address is no longer the stable concept it was. We demonstrate how modern computer...
We describe the formal verification of a hardware subsystem consisting of a memory management unit a...
In this thesis we present formal verification of a memory management unit which operates under speci...
In this paper we report on new techniques for verifying content addressable memories (CAMs), and dem...
In this thesis we present formal verification of a memory management unit which operates under speci...
AbstractÐWe present a feasibility study for performing virtual address translation without specializ...
We present a feasibility study for performing virtual address translation without specialized transl...
International audienceThe first step required to perform any analysis of a physical memory image is ...
THIS SURVEY OF SIX COMMERCIAL MEMORY-MANAGEMENT DESIGNS DESCRIBES HOW EACH PROCESSOR ARCHITECTURE SU...
In this paper we explore software-managed address translation. The purpose of the study is to specif...
To improve efficiency of memory accesses, modern multiprocessor architectures implement a whole rang...
Data movement between processing and memory is the root cause of the limited performance and energy ...
Formal verification is proposed to ensure the correctness of the design and make functional verifica...
The paper presents the application of formal verification techniques to a real microprocessor. The d...
Memristive technologies are attractive candidates to replace conventional memory technologies and ca...
A physical memory address is no longer the stable concept it was. We demonstrate how modern computer...
We describe the formal verification of a hardware subsystem consisting of a memory management unit a...
In this thesis we present formal verification of a memory management unit which operates under speci...
In this paper we report on new techniques for verifying content addressable memories (CAMs), and dem...
In this thesis we present formal verification of a memory management unit which operates under speci...
AbstractÐWe present a feasibility study for performing virtual address translation without specializ...
We present a feasibility study for performing virtual address translation without specialized transl...
International audienceThe first step required to perform any analysis of a physical memory image is ...
THIS SURVEY OF SIX COMMERCIAL MEMORY-MANAGEMENT DESIGNS DESCRIBES HOW EACH PROCESSOR ARCHITECTURE SU...
In this paper we explore software-managed address translation. The purpose of the study is to specif...
To improve efficiency of memory accesses, modern multiprocessor architectures implement a whole rang...
Data movement between processing and memory is the root cause of the limited performance and energy ...
Formal verification is proposed to ensure the correctness of the design and make functional verifica...
The paper presents the application of formal verification techniques to a real microprocessor. The d...
Memristive technologies are attractive candidates to replace conventional memory technologies and ca...