Abstract
We study the category of Reedy diagrams in a \(\mathscr {V}\)-model category. Explicitly, we show that if K is a small category, \(\mathscr {V}\) is a closed symmetric monoidal category and \(\mathscr {C}\) is a closed \(\mathscr {V}\)-module, then the diagram category \(\mathscr {V}^K\) is a closed symmetric monoidal category and the diagram category \(\mathscr {C}^K\) is a closed \(\mathscr {V}^K\)-module. We then prove that if further K is a Reedy category, \(\mathscr {V}\) is a monoidal model category and \(\mathscr {C}\) is a \(\mathscr {V}\)-model category, then with the Reedy model category structures, \(\mathscr {V}^K\) is a monoidal model category and \(\mathscr {C}^K\) is a \(\mathscr {V}^K\)-model category provided that either the unit 1 of \(\mathscr {V}\) is cofibrant or \(\mathscr {V}\) is cofibrantly generated.
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We would like to thank the editor and the reviewer for their thoughtful ideas and constructive comments. Their suggestions substantially improved the quality of the manuscript.
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Richard Garner.
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Ghazel, M., Kadhi, F. Reedy Diagrams in V-Model Categories. Appl Categor Struct 27, 549–566 (2019). https://doi.org/10.1007/s10485-019-09566-w
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DOI: https://doi.org/10.1007/s10485-019-09566-w
Keywords
- Quillen model category
- Reedy model structure
- Symmetric monoidal category
- Module over a symmetric monoidal model category