STRUCTURE OF FINITELY GENERATED VIRTUALLY SEMISIMPLE MODULES OVER COMMUTATIVE RING
Simple and semisimple modules are one of the most important classes of modules in module theory and also in their application.On 2016, Mahmood Behboodi et al. introduced virtually simple modules and virtually semisimple modules which is a generalization of semisimple modules . A Virtually semisim...
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id-itb.:683822022-09-14T14:24:54ZSTRUCTURE OF FINITELY GENERATED VIRTUALLY SEMISIMPLE MODULES OVER COMMUTATIVE RING Wandiansyah Indonesia Theses Simple modules, semisimple modules, Virtually simple modules, Virtually Semisimple modules. INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/68382 Simple and semisimple modules are one of the most important classes of modules in module theory and also in their application.On 2016, Mahmood Behboodi et al. introduced virtually simple modules and virtually semisimple modules which is a generalization of semisimple modules . A Virtually semisimple module is a nonzero module where each submodules is isomorphic with a direct summand of that module. While a virtually simple module is a module in which each submodules is isomorphic to that module. In this thesis discusses some basic properties of virtually simple modules and virtually semisimple modules, besides that it is also proven that ifM is a finitely generated modules over commutative ring R dan RM is a virtually semisimple module tehen RM = Ln i=1 R=Pi with R=Pi a principal ideal domain text |
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Simple and semisimple modules are one of the most important classes of modules
in module theory and also in their application.On 2016, Mahmood Behboodi et al.
introduced virtually simple modules and virtually semisimple modules which is a
generalization of semisimple modules . A Virtually semisimple module is a nonzero
module where each submodules is isomorphic with a direct summand of that
module. While a virtually simple module is a module in which each submodules is
isomorphic to that module. In this thesis discusses some basic properties of virtually
simple modules and virtually semisimple modules, besides that it is also proven that
ifM is a finitely generated modules over commutative ring R dan RM is a virtually
semisimple module tehen RM =
Ln
i=1 R=Pi with R=Pi a principal ideal domain |
| format |
Theses |
| author |
Wandiansyah |
| spellingShingle |
Wandiansyah STRUCTURE OF FINITELY GENERATED VIRTUALLY SEMISIMPLE MODULES OVER COMMUTATIVE RING |
| author_facet |
Wandiansyah |
| author_sort |
Wandiansyah |
| title |
STRUCTURE OF FINITELY GENERATED VIRTUALLY SEMISIMPLE MODULES OVER COMMUTATIVE RING |
| title_short |
STRUCTURE OF FINITELY GENERATED VIRTUALLY SEMISIMPLE MODULES OVER COMMUTATIVE RING |
| title_full |
STRUCTURE OF FINITELY GENERATED VIRTUALLY SEMISIMPLE MODULES OVER COMMUTATIVE RING |
| title_fullStr |
STRUCTURE OF FINITELY GENERATED VIRTUALLY SEMISIMPLE MODULES OVER COMMUTATIVE RING |
| title_full_unstemmed |
STRUCTURE OF FINITELY GENERATED VIRTUALLY SEMISIMPLE MODULES OVER COMMUTATIVE RING |
| title_sort |
structure of finitely generated virtually semisimple modules over commutative ring |
| url |
https://digilib.itb.ac.id/gdl/view/68382 |
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1822005727795871744 |