This paper is available on arxiv under CC BY-SA 4.0 DEED license.
Authors:
(1) Tomáš Jakl, Czech Academy of Sciences and Czech Technical University;
(2) Dan Marsden, School of Computer Science University of Nottingham;
(3) Nihil Shah, Department of Computer Science University of Oxford.
Table of Links
- Abstract & Introduction
- Prelimenaries
- FVM Theorems for Positive Existential Fragments
- FVM Theorems for Counting Logic
- FVM Theorems for The Full Logic
- Abstract FVM Theorems for Products
- Adding Equality and Other Enrichment
- Conclusions, Acknowledgments & References
- Appendix A FVM theorems for coproducts
- Appendix B Proofs Omitted from Section III
- Appendix C Proofs Omitted from Section IV
- Appendix D Proofs Omitted from Section V
- Appendix E Proofs Omitted from Section VI
- Appendix F Proofs Omitted from Section VII
IV. FVM THEOREMS FOR COUNTING LOGIC
We now consider another relationship induced by a game comonad. To do so, we first introduce one of the two standard categories associated with any comonad.
