' ... a modern account of the representation theory of finite dimensional associative algebras over an algebraically closed field. ... presented from the perspective of linear representations of quivers and homo logical algebra. The treatment is self contained and provides an elementary and up-to-date introduction to the subject using quiver-theoretical techniques and the theory of almost split sequences ...' L'enseignement mathematique

• Introduction; 1. Algebras and modules; 2. Quivers and algebras; 3. Representations and modules; 4. Auslander-Reiten theory; 5. Nakayama algebras and representation-finite group algebras; 6. Tilting theory; 7. Representation-finite hereditary algebras; 8. Tilted algebras; 9. Directing modules and postprojective components; Appendix: categories, functors and homology.

' ... a modern account of the representation theory of finite dimensional associative algebras over an algebraically closed field. ... presented from the perspective of linear representations of quivers and homo logical algebra. The treatment is self contained and provides an elementary and up-to-date introduction to the subject using quiver-theoretical techniques and the theory of almost split sequences ...' L'enseignement mathematique

• Introduction; 1. Algebras and modules; 2. Quivers and algebras; 3. Representations and modules; 4. Auslander-Reiten theory; 5. Nakayama algebras and representation-finite group algebras; 6. Tilting theory; 7. Representation-finite hereditary algebras; 8. Tilted algebras; 9. Directing modules and postprojective components; Appendix: categories, functors and homology.

' ... a modern account of the representation theory of finite dimensional associative algebras over an algebraically closed field. ... presented from the perspective of linear representations of quivers and homo logical algebra. The treatment is self contained and provides an elementary and up-to-date introduction to the subject using quiver-theoretical techniques and the theory of almost split sequences ...' L'enseignement mathematique

• Introduction; 1. Algebras and modules; 2. Quivers and algebras; 3. Representations and modules; 4. Auslander-Reiten theory; 5. Nakayama algebras and representation-finite group algebras; 6. Tilting theory; 7. Representation-finite hereditary algebras; 8. Tilted algebras; 9. Directing modules and postprojective components; Appendix: categories, functors and homology.