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Recipe recommendation using ingredient networks

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arxiv 1111.3919 v3 pith:GGGX7MHS submitted 2011-11-16 cs.SI physics.soc-ph

classification cs.SIphysics.soc-ph
keywords ingredientrecipecookingingredientsnetworkscapturescombinationscommunities
verification ladder T0 review T1 audit T2 compute T3 formal
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The recording and sharing of cooking recipes, a human activity dating back thousands of years, naturally became an early and prominent social use of the web. The resulting online recipe collections are repositories of ingredient combinations and cooking methods whose large-scale and variety yield interesting insights about both the fundamentals of cooking and user preferences. At the level of an individual ingredient we measure whether it tends to be essential or can be dropped or added, and whether its quantity can be modified. We also construct two types of networks to capture the relationships between ingredients. The complement network captures which ingredients tend to co-occur frequently, and is composed of two large communities: one savory, the other sweet. The substitute network, derived from user-generated suggestions for modifications, can be decomposed into many communities of functionally equivalent ingredients, and captures users' preference for healthier variants of a recipe. Our experiments reveal that recipe ratings can be well predicted with features derived from combinations of ingredient networks and nutrition information.

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    Recipe-derived object status phrases added to vision-language matching improve recipe-step prediction by 20 to 26 accuracy points on instructional and real-world non-visual cooking videos.

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