A Case for Static Analyzers in the Cloud (Position paper) Michael Barnett1 Mehdi Bouaziz2 Manuel F¨ahndrich1 Francesco Logozzo1 1 2

Source URL: mehdi.bouaziz.org

• Computing
• Software engineering
• Evaluation
• Abstract interpretation
• Cloud computing
• Static program analysis
• Server
• Analysis
• AbsInt

Trust in programming tools: the formal verification of compilers and static analysers Xavier Leroy Inria Paris Verified trustworthy software systems, April 2016

Source URL: pauillac.inria.fr

• Software
• Computing
• Real-time computing
• Worst-case execution time
• Simulink
• French Institute for Research in Computer Science and Automation
• Xavier Leroy
• AbsInt

SPACE SOFTWARE VALIDATION USING ABSTRACT INTERPRETATION Olivier Bouissou(1), Eric Conquet(2), Patrick Cousot(3), Radhia Cousot(3)(6), Jérôme Feret(3)(7), Khalil Ghorbal(1), Eric Goubault(1), David Lesens(4), Laurent Ma

Source URL: www.lix.polytechnique.fr

• Abstract interpretation
• Software testing
• AbsInt
• Fluctuat
• Astre
• Formal methods
• Radhia Cousot
• Static program analysis
• Patrick Cousot
• Formal verification
• Simulink
• Polyspace

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Source URL: www.absint.com

StackAnalyzer for SuperH StackAnalyzer automatically determines the worst-case stack usage of the tasks in your application. The analysis results of the analyzed binary executable are shown as annotations in the call gra

Source URL: www.absint.com

• Computer architecture
• Programming language implementation
• Cross-platform software
• SuperH
• Renesas Electronics
• Call graph
• Compiler
• Portable Executable
• Embedded system
• Computing
• Software
• Compiler construction

StackAnalyzer for FR81S StackAnalyzer automatically determines the worst-case stack usage of the tasks in your application. The analysis results of the analyzed binary executable are shown as annotations in the call grap

Source URL: www.absint.com

• Programming language implementation
• Call graph
• Compiler
• Stack
• Compiler construction
• Software
• Computing

StackAnalyzer for x86 (Real Mode) StackAnalyzer automatically determines the worst-case stack usage of the tasks in your application. The analysis results of the analyzed binary executable are shown as annotations in the

Source URL: www.absint.com

• Software
• X86
• Call graph
• Compiler
• Stack
• Assembly language
• Programming language implementation
• Computing
• Compiler construction

ValueAnalyzer for TriCore ValueAnalyzer is a static program analyzer for value analysis of register and memory contents. It is particularly useful for verifying the absence of illegal accesses to an embedded software sys

Source URL: www.absint.com

• Microcontrollers
• Infineon TriCore
• Embedded system
• Compiler
• GNU Compiler Collection
• Debugging
• Software
• Computing
• Programming language implementation

StackAnalyzer for C16x StackAnalyzer automatically determines the worst-case stack usage of the tasks in your application. The analysis results of the analyzed binary executable are shown as annotations in the call graph

Source URL: www.absint.com

• Compiler construction
• Electronic engineering
• Embedded systems
• Digital electronics
• KEIL
• XE166 family
• C166 family
• Stack
• Call graph
• Microcontrollers
• Electronics
• Computing

ValueAnalyzer for ARM ValueAnalyzer is a static program analyzer for value analysis of register and memory contents. It is particularly useful for verifying the absence of illegal accesses to an embedded software system

Source URL: www.absint.com

• ARM architecture
• Microcontrollers
• Compiler
• GNU Compiler Collection
• Mbed microcontroller
• KEIL
• ARM9
• Software
• Computing
• Computer architecture