This thesis presents a new optimization of Gödel's Dialectica interpretation for the extraction of more efficient exact realizers from (classical) arithmetical and even analytical proofs. The "light" variant of Dialectica also combines and even more smoothly with Kohlenbach's "monotone" optimization of Gödel's functional interpretation for the extraction of more efficient majorants and bounds from (classical)monotonic proofs. Light Dialectica is obtained by adapting Berger's "uniform" or "non-computational" quantifiers. Moreover, its presentation is given in Natural Deduction style, as an improvement of Jørgensen's recent adaptation of pure Gödel's Dialectica. A number of concrete examples are treated on the computer by means of the novel t...
Abstract The NuPRL system [3] was designed for interactive writing of machine-checked constructive p...
International audienceWe give a unified framework to treat the following problem. Let (L_1, ..., L_n...
We demonstrate program extraction by the Light Dialectica Interpretation (LDI) on a minimal logic pr...
This thesis presents a new optimization of Gödel's Dialectica interpretation for the extraction of m...
This thesis presents a new optimization of Gödel’s Dialectica interpretation for the extraction of m...
Key words Program extraction from proofs, uniform quantifiers, monotone functional interpretation In...
The present thesis compares two computational interpretations of non-constructive proofs: refined A-...
Gödel’s functional (Dialectica) interpretation [1, 6, 9] was designed to translate a possibly non-c...
We give a quantitative analysis of Gödel's functional interpretation and its monotone variant. The t...
AbstractWe give a quantitative analysis of Gödel's functional interpretation and its monotone varian...
AbstractWe extract on the computer a number of moduli of uniform continuity for the first few elemen...
We extract on the computer a number of moduli of uniform continuity for the first few elements of a ...
AbstractWe demonstrate program extraction by the Light Dialectica Interpretation (LDI) on a minimal ...
Treballs Finals del Màster de Lògica Pura i Aplicada, Facultat de Filosofia, Universitat de Barcelon...
The functional “Dialectica ” interpretation was developed by Gödel [3] to trans-late classical arit...
Abstract The NuPRL system [3] was designed for interactive writing of machine-checked constructive p...
International audienceWe give a unified framework to treat the following problem. Let (L_1, ..., L_n...
We demonstrate program extraction by the Light Dialectica Interpretation (LDI) on a minimal logic pr...
This thesis presents a new optimization of Gödel's Dialectica interpretation for the extraction of m...
This thesis presents a new optimization of Gödel’s Dialectica interpretation for the extraction of m...
Key words Program extraction from proofs, uniform quantifiers, monotone functional interpretation In...
The present thesis compares two computational interpretations of non-constructive proofs: refined A-...
Gödel’s functional (Dialectica) interpretation [1, 6, 9] was designed to translate a possibly non-c...
We give a quantitative analysis of Gödel's functional interpretation and its monotone variant. The t...
AbstractWe give a quantitative analysis of Gödel's functional interpretation and its monotone varian...
AbstractWe extract on the computer a number of moduli of uniform continuity for the first few elemen...
We extract on the computer a number of moduli of uniform continuity for the first few elements of a ...
AbstractWe demonstrate program extraction by the Light Dialectica Interpretation (LDI) on a minimal ...
Treballs Finals del Màster de Lògica Pura i Aplicada, Facultat de Filosofia, Universitat de Barcelon...
The functional “Dialectica ” interpretation was developed by Gödel [3] to trans-late classical arit...
Abstract The NuPRL system [3] was designed for interactive writing of machine-checked constructive p...
International audienceWe give a unified framework to treat the following problem. Let (L_1, ..., L_n...
We demonstrate program extraction by the Light Dialectica Interpretation (LDI) on a minimal logic pr...