Rook theory. V rook polynomials, Möbius inversion and the umbral calculus

References

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	Year	Citations
An Introduction to Combinatorial Analysis R. A. Leibler, John Riordan Mathematical Tables and Other Aids to Computation Combinatorial AnalysisCombinatory AnalysisEnumerative CombinatoricsDiscrete MathematicsCombinatorial Optimization	1958	1.5K
The Number of Partitions of a Set Gian‐Carlo Rota American Mathematical Monthly Partition (Database)American Mathematical MonthlyEnumerative Combinatorics	1964	412
Stirling Behavior is Asymptotically Normal L. H. Harper The Annals of Mathematical Statistics Stirling NumbersAnalytic CombinatoricsProbability TheoryPoisson BoundarySecond Kind	1967	294
The Number of Partitions of a Set Gian‐Carlo Rota American Mathematical Monthly Partition (Database)Enumerative Combinatorics	1964	180
Rook theory. I. Rook equivalence of Ferrers boards Jay R. Goldman, J. T. Joichi, Dennis E. White Proceedings of the American Mathematical Society EngineeringNew ToolFactorial PolynomialsBlock DesignCombinatorial Design	1975	94
THE NUMBER OF SUBSPACES OF A VECTOR SPACE. Jay R. Goldman, Gian‐Carlo Rota Symbolic CalculusRepresentation TheoryG Sub NAlgebraic MethodPascal Triangle	1969	92
On the Applications of Möbius Inversion in Combinatorial Analysis Edward A. Bender, Jay R. Goldman American Mathematical Monthly Mathematical ProgrammingEngineeringCombinatorial AnalysisCombinatory AnalysisMobius Inversion	1975	78
Rook theory III. Rook polynomials and the chromatic structure of graphs Jay R. Goldman, J. T. Joichi, Dennis E. White Journal of Combinatorial Theory Series B Rook PolynomialsGraph TheoryAlgebraic Graph TheoryTopological Graph TheoryChromatic Structure	1978	48
On Picture-Writing G. Polya American Mathematical Monthly	1956	35
On the Applications of Mobius Inversion in Combinatorial Analysis E. A. Bender, Jay R. Goldman American Mathematical Monthly Mathematical ProgrammingEngineeringCombinatory AnalysisMobius InversionAnalytic Combinatorics	1975	34

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