The first shows that type variables can be renamed to avoid conflicts with other strength contexts.
In addition, all the other variables (not extracted via generalisation) are renamed.
The only drawback to this solution is that one would usually not like to export the renamed method outside of the class.
In particular, previous versions used a concept called a coalgebraic monad, which has now been renamed as a strongly guarded monad.
Our test programs renamed the bound variables of a large lambda expression so that they got unique names.
However, they are renamed as resultative compounds in this paper to further distinguish this type of compound from morphological causatives.
They have no variables in common (since the common variables have been renamed), therefore the application is a valid c -term.
Each time a pattern is read from the database it is renamed.
