Abstract. The goal of this paper is to prove new recurrences involving 2–colored and 3–colored generalized Frobenius partitions of n similar to the classical recurrence for the partition function p(n). Section 1. Introduction. For many years, recurrences for partition functions have been widely used to compute the values of the functions in a straightforward manner. The classical example of a partition function recurrence involves the function p(n)
ABSTRACT. The primary goal of this note is to prove the congruence Ca (:3n + 2) 0 (mod 3), where a (...
AbstractRamanujan's congruence p(5n + 4) ≡ 0 (mod 5) for ordinary partitions is well-known. This con...
Let p(n) denote the number of partitions of the integer n. Recall Euler’s recurrence p(n) - p(n-1) -...
AbstractThe goal of this paper is to prove new recurrences involving 2-colored and 3-colored general...
AbstractIn his memoir in 1984, George E. Andrews introduces many general classes of Frobenius partit...
AbstractThe goal of this paper is to prove new congruences involving 2-colored and 3-colored general...
The goal of this paper is to discuss congruences involving the function cϕm¯(n), which denotes the n...
AbstractWe present some congruences involving the functions cϕ4(n) and cϕ¯4(n) which denote, respect...
In 1994, the following infinite family of congruences was conjectured for the partition function cΦ2...
In 1994, the following infinite family of congruences was conjectured for the partition function cφ2...
AbstractIn this paper we present a very simple analytic proof of some congruences for generalized Fr...
AbstractIn 1984 G. E. Andrews introduced the idea of generalized Frobenius partitions (Mem. Amer. Ma...
Andrews [Generalized Frobenius partitions. Memoirs of the American Math. Soc., 301:1{44, 1984] defin...
AbstractIn a recent paper George E. Andrews introduced the idea of generalized Frobenius partitions....
AbstractIn this paper an alternative method of sortingM-order, colored generalized Frobenius partiti...
ABSTRACT. The primary goal of this note is to prove the congruence Ca (:3n + 2) 0 (mod 3), where a (...
AbstractRamanujan's congruence p(5n + 4) ≡ 0 (mod 5) for ordinary partitions is well-known. This con...
Let p(n) denote the number of partitions of the integer n. Recall Euler’s recurrence p(n) - p(n-1) -...
AbstractThe goal of this paper is to prove new recurrences involving 2-colored and 3-colored general...
AbstractIn his memoir in 1984, George E. Andrews introduces many general classes of Frobenius partit...
AbstractThe goal of this paper is to prove new congruences involving 2-colored and 3-colored general...
The goal of this paper is to discuss congruences involving the function cϕm¯(n), which denotes the n...
AbstractWe present some congruences involving the functions cϕ4(n) and cϕ¯4(n) which denote, respect...
In 1994, the following infinite family of congruences was conjectured for the partition function cΦ2...
In 1994, the following infinite family of congruences was conjectured for the partition function cφ2...
AbstractIn this paper we present a very simple analytic proof of some congruences for generalized Fr...
AbstractIn 1984 G. E. Andrews introduced the idea of generalized Frobenius partitions (Mem. Amer. Ma...
Andrews [Generalized Frobenius partitions. Memoirs of the American Math. Soc., 301:1{44, 1984] defin...
AbstractIn a recent paper George E. Andrews introduced the idea of generalized Frobenius partitions....
AbstractIn this paper an alternative method of sortingM-order, colored generalized Frobenius partiti...
ABSTRACT. The primary goal of this note is to prove the congruence Ca (:3n + 2) 0 (mod 3), where a (...
AbstractRamanujan's congruence p(5n + 4) ≡ 0 (mod 5) for ordinary partitions is well-known. This con...
Let p(n) denote the number of partitions of the integer n. Recall Euler’s recurrence p(n) - p(n-1) -...