Difference between revisions of "Funded PhD (3 years) in Program Analysis"
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Most programming languages offer Application Programming Interfaces (API) providing ready-to-use abstract data structures (e.g. sets, maps, stacks, queues, etc.).These API’s, are known under the name of containers or collections, and provide off-the-shelf libraries of high level operations, such as insertion, deletion and membership checks. Container libraries are indeed available in almost all languages. These libraries give software developpers a way of abstracting from low-level implementation details related to memory management, such as dynamic allocation, deletion and pointer handling. However, the implementations of these libraries use optimized low-level datastructures and algorithms for heap memory management (e.g. skip lists, red-back trees, or overlaid linked lists). To ensure correctness of software systems manipulating complexdata structures, two essential issues must be considered: (1) the correctness of programs implementing applications, assuming high level specifications of the methods provided by the external container libraries they use, and (2) the correctness of the implementations of such libraries with respect to their abstract specifications, i.e. the fact that a specific implementation of containers ensures the expected abstract behaviour. | Most programming languages offer Application Programming Interfaces (API) providing ready-to-use abstract data structures (e.g. sets, maps, stacks, queues, etc.).These API’s, are known under the name of containers or collections, and provide off-the-shelf libraries of high level operations, such as insertion, deletion and membership checks. Container libraries are indeed available in almost all languages. These libraries give software developpers a way of abstracting from low-level implementation details related to memory management, such as dynamic allocation, deletion and pointer handling. However, the implementations of these libraries use optimized low-level datastructures and algorithms for heap memory management (e.g. skip lists, red-back trees, or overlaid linked lists). To ensure correctness of software systems manipulating complexdata structures, two essential issues must be considered: (1) the correctness of programs implementing applications, assuming high level specifications of the methods provided by the external container libraries they use, and (2) the correctness of the implementations of such libraries with respect to their abstract specifications, i.e. the fact that a specific implementation of containers ensures the expected abstract behaviour. | ||
The main aim of the PhD topics is to use static analysis techniques to show the point (2) above. | The main aim of the PhD topics is to use static analysis techniques to show the point (2) above. | ||
Revision as of 11:03, 6 May 2016
Static Analysis and Refinement of Dynamic Data Structures == Most programming languages offer Application Programming Interfaces (API) providing ready-to-use abstract data structures (e.g. sets, maps, stacks, queues, etc.).These API’s, are known under the name of containers or collections, and provide off-the-shelf libraries of high level operations, such as insertion, deletion and membership checks. Container libraries are indeed available in almost all languages. These libraries give software developpers a way of abstracting from low-level implementation details related to memory management, such as dynamic allocation, deletion and pointer handling. However, the implementations of these libraries use optimized low-level datastructures and algorithms for heap memory management (e.g. skip lists, red-back trees, or overlaid linked lists). To ensure correctness of software systems manipulating complexdata structures, two essential issues must be considered: (1) the correctness of programs implementing applications, assuming high level specifications of the methods provided by the external container libraries they use, and (2) the correctness of the implementations of such libraries with respect to their abstract specifications, i.e. the fact that a specific implementation of containers ensures the expected abstract behaviour. The main aim of the PhD topics is to use static analysis techniques to show the point (2) above.
Indeed, recent works 1 in static analysis and more specifically abstract interpretation techniques provide means to build abstract interpreters which are able to soundly infer properties in a large class of logics (Presburger 2, first order logic over words of integers 3, separation logic 4, tree-valued logic 1, etc.). for any kind of specification logic The approach to be studied is
Students interested in this topic and in the position should send a CV and a letter of motivation with detailed list of competencies to Mihaela Sighireanu before June 15th, 2016.
The requested background is in theoretical computer science (logics, automata, algorithmic and complexity). Students with basic knowledge in verification, static analysis and compilation are strongly encouraged to apply. Good knowledge of at least one programming language is an asset.
