We describe our experience with designing and running a matching market for the Israeli "Mechinot" gap-year programs. The main conceptual challenge in the design of this market was the rich set of diversity considerations, which necessitated the development of an appropriate preference-specification language along with corresponding choice-function semantics, which we also theoretically analyze to a certain extent. This market was run for the first time in January 2018 and matched 1,607 candidates (out of a total of 2,580 candidates) to 35 different programs  , and has been adopted by the Joint Council of the "Mechinot" gap-year programs for the foreseeable future.
We describe our experience with designing and running a matching market for the Israeli "Mechinot" gap-year programs. The main conceptual challenge in the design of this market was the rich set of diversity considerations, which necessitated the development of an appropriate preference-specification language along with corresponding choice-function semantics, which we also theoretically analyze . Our contribution extends the existing toolbox for two-sided matching with soft constraints. This market was run for the first time in January 2018 and matched 1,607 candidates (out of a total of 3,120 candidates) to 35 different programs , has been run twice more since , and has been adopted by the Joint Council of the "Mechinot" gap-year programs for the foreseeable future.
R
to a certain extent.
. Our contribution extends the existing toolbox for two-sided matching with soft constraints.
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2,580
3,120
A
, has been run twice more since