Nakayama algebra

In algebra, a Nakayama algebra or generalized uniserial algebra is an algebra such that each left or right indecomposable projective module has a unique composition series. They were studied by Tadasi Nakayama who called them "generalized uni-serial rings". These algebras were further studied by ([[#CITEREFKupisch|]]) and later by Ichiro Murase , by (Kent Ralph Fuller ) and by Idun Reiten . An example of a Nakayama algebra is k[x]/(xn) for k a field and n a positive integer. Current usage of uniserial differs slightly: an explanation of the difference appears here.

Nakayama algebra

In algebra, a Nakayama algebra or generalized uniserial algebra is an algebra such that each left or right indecomposable projective module has a unique composition series. They were studied by Tadasi Nakayama who called them "generalized uni-serial rings". These algebras were further studied by ([[#CITEREFKupisch|]]) and later by Ichiro Murase , by (Kent Ralph Fuller ) and by Idun Reiten . An example of a Nakayama algebra is k[x]/(xn) for k a field and n a positive integer. Current usage of uniserial differs slightly: an explanation of the difference appears here.