summary:Let $R$ be a ring and $M$ a right $R$-module. $M$ is called $ \oplus $-cofinitely supplemented if every submodule $N$ of $M$ with $\frac{M}{N}$ finitely generated has a supplement that is a direct summand of $M$. In this paper various properties of the $\oplus $-cofinitely supplemented modules are given. It is shown that (1) Arbitrary direct sum of $\oplus $-cofinitely supplemented modules is $\oplus $-cofinitely supplemented. (2) A ring $R$ is semiperfect if and only if every free $R$-module is $\oplus $-cofinitely supplemented. In addition, if $M$ has the summand sum property, then $M$ is $\oplus $-cofinitely supplemented iff every maximal submodule has a supplement that is a direct summand of $M$
Let R be a ring, let M be a left R-module, and let U, V, F be submodules of M with F proper. We call...
Let R be a ring and M be a left R-module. M is called generalized ⊕-supplemented if every submodule ...
Let R be an arbitrary ring with identity and M a right R-module. In this paper, we introduce a class...
summary:Let $R$ be a ring and $M$ a right $R$-module. $M$ is called $ \oplus $-cofinitely supplem...
summary:Let $R$ be a ring and $M$ a right $R$-module. $M$ is called $ \oplus $-cofinitely supplem...
Abstract. A module M is called H-cofinitely supplemented if for every cofinite submodule E (i.e. M/E...
Let M be a module, and let U, V, F be submodules of M with F proper. We sayV is an F-supplement of U...
Let R be a commutative ring with identity, an R- module M is called G*⊕Z* supplemented modules, if e...
Let R be a commutative ring with identity, an R-module M is called G*⊕ Z* supplemented modules, if e...
Let R be a ring, let M be a left R-module, and let U, V, F be submodules of M with F proper. We call...
AmoduleM is⊕-supplemented if every submodule ofM has a supplement which is a direct summand ofM. In ...
It is shown that if a submodule N of M is co-coatomically supplemented and M/N has no maximal submod...
AmoduleM is⊕-supplemented if every submodule ofM has a supplement which is a direct summand ofM. In ...
In [9], the author extends the definition of lifting and supplemented modules to ?-lifting and ?-sup...
summary:A left module $M$ over an arbitrary ring is called an $\mathcal{RD}$-module (or an $\mathcal...
Let R be a ring, let M be a left R-module, and let U, V, F be submodules of M with F proper. We call...
Let R be a ring and M be a left R-module. M is called generalized ⊕-supplemented if every submodule ...
Let R be an arbitrary ring with identity and M a right R-module. In this paper, we introduce a class...
summary:Let $R$ be a ring and $M$ a right $R$-module. $M$ is called $ \oplus $-cofinitely supplem...
summary:Let $R$ be a ring and $M$ a right $R$-module. $M$ is called $ \oplus $-cofinitely supplem...
Abstract. A module M is called H-cofinitely supplemented if for every cofinite submodule E (i.e. M/E...
Let M be a module, and let U, V, F be submodules of M with F proper. We sayV is an F-supplement of U...
Let R be a commutative ring with identity, an R- module M is called G*⊕Z* supplemented modules, if e...
Let R be a commutative ring with identity, an R-module M is called G*⊕ Z* supplemented modules, if e...
Let R be a ring, let M be a left R-module, and let U, V, F be submodules of M with F proper. We call...
AmoduleM is⊕-supplemented if every submodule ofM has a supplement which is a direct summand ofM. In ...
It is shown that if a submodule N of M is co-coatomically supplemented and M/N has no maximal submod...
AmoduleM is⊕-supplemented if every submodule ofM has a supplement which is a direct summand ofM. In ...
In [9], the author extends the definition of lifting and supplemented modules to ?-lifting and ?-sup...
summary:A left module $M$ over an arbitrary ring is called an $\mathcal{RD}$-module (or an $\mathcal...
Let R be a ring, let M be a left R-module, and let U, V, F be submodules of M with F proper. We call...
Let R be a ring and M be a left R-module. M is called generalized ⊕-supplemented if every submodule ...
Let R be an arbitrary ring with identity and M a right R-module. In this paper, we introduce a class...