What would be the simplest way to define the semiring with elements {0,1} with the logical OR (|) operation as addition and the standard integer multiplication?
Revision history [back]
 | 1 | initial version |  |
define a finite semiring
| | 2 | retagged |
define a finite semiring
What would be the simplest way to define the semiring with elements {0,1} with the logical OR (|) operation as addition and the standard integer multiplication?
| | 3 | None |
define a finite semiring
What would be the simplest way to define the semiring with elements {0,1} with the logical OR (|) operation as addition and the standard integer multiplication?
At very least it should be accepted by PolynomialRing as the domain for coefficients.
| | 4 | retagged |
define a finite semiring
What would be the simplest way to define the semiring with elements {0,1} with the logical OR (|) operation as addition and the standard integer multiplication?
At very least it should be accepted by PolynomialRing as the domain for coefficients.
| | 5 | retagged |  |
define a finite semiring
What would be the simplest way to define the semiring with elements {0,1} with the logical OR (|) operation as addition and the standard integer multiplication?
At very least it should be accepted by PolynomialRing as the domain for coefficients.
| | 6 | retagged |
define a finite semiring
What would be the simplest way to define the semiring with elements {0,1} with the logical OR (|) operation as addition and the standard integer multiplication?
At very least it should be accepted by PolynomialRing as the domain for coefficients.
