 AND
 AND 
Author's: Sankar Sagi
 Pages: [93] - [102]
Received Date: January 31, 2014
Submitted by: 
A convolution is a mapping  of the set
 of the set  of positive integers into the set
 of positive integers into the set
 of all subsets of
 of all subsets of  such that, for any
 such that, for any  each member of
  each member of  is a divisor of n. If
 is a divisor of n. If  is the set of all divisors of n,
for any n, then D is called the Dirichlet’s
convolution. If
  is the set of all divisors of n,
for any n, then D is called the Dirichlet’s
convolution. If  is the set of all unitary (square free)
divisors of n, for any n, then U is called
unitary (square free) convolution. Corresponding to any general
convolution C, we can define a binary relation
 is the set of all unitary (square free)
divisors of n, for any n, then U is called
unitary (square free) convolution. Corresponding to any general
convolution C, we can define a binary relation  on
  on  by ‘
  by ‘ if and only if
  if and only if   ’. In this paper, we present a
correspondence between the filters in
’. In this paper, we present a
correspondence between the filters in  and
  and   where
 where  is the binary relation induced by the
convolution
  is the binary relation induced by the
convolution 
partial order, lattice, filter, convolution, multiplicative.