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- Exact Sampling from Perfect Matchings of Dense Nearly Regular Bipartite Graphs
- Determinant Versus Permanent
- On the Number of Different Permanents of Some Sparse (0,1)-Circulant Matrices
- On the Complexity of Holant Problems
- Computing the Permanent of (Some) Complex Matrices
- Counting Lattice Vectors
- SOME ALGEBRAIC IDENTITIES for the Α-PERMANENT 1. Introduction the Permanent of an N × N C-Valued Matrix M
- An Efficient Tree Decomposition Method for Permanents and Mixed Discriminants
- An Overview of Computational Complexity
- Unification of the Nature's Complexities Via a Matrix Permanent—Critical Phenomena, Fractals, Quantum Computing, P-Complex
- Counting Algorithms and Complexity. a Brief Overview of the Field
- Computational Complexity Reductions Using Clifford Algebras
- Clifford, P., & Clifford, R. (2018). the Classical Complexity of Boson
- 2012-395-416.Pdf
- Pólya Permanent Problem
- Clifford Algebras and Approximating the Permanent
- TROPICAL BOUNDS for EIGENVALUES of MATRICES 3 Amoeba [GKZ94, PR04, EKL06]
- New Hardness Results for the Permanent Using Linear Optics
- Lecture 24 Computational Complexity Theory
- Statistical Analysis for Collision-Free Boson Sampling
- Reductions in Computational Complexity Using Clifford Algebras René Schott, Stacey Staples
- Approximating the Permanent with Belief Propagation
- Computing the Permanental Polynomials of Bipartite Graphs by Pfaffian Orientation
- Computing Permanents of Complex Diagonally Dominant Matrices and Tensors
- Efficiently Computing the Permanent and Hafnian of Some Banded Toeplitz Matrices
- A Mildly Exponential Algorithm For
- Complexity of Counting
- Computing Permanents on a Trellis Arxiv:2107.07377V1 [Cs.IT]
- The University of Chicago Computational Complexity
- The Complexity of Computing the Random Priority Allocation Matrix
- Permanent and Determinant*
- Approximating the Alpha-Permanent
- On the Complexity of Partial Derivatives∗
- The Complexity of the Fermionant and Immanants of Constant Width
- On the Theory of Pfaffian Orientations. I. Perfect Matchings and Permanents
- The Complexity of the Permanent and Related Problems
- The Complexity of Computing the Permanent
- Arxiv:1311.2427V1 [Math.CO]
- The Permanent and the Determinant
- Speedup in Classical Simulation of Gaussian Boson Sampling
- Computational Complexity
- Complexity of Counting NP Theory Captures the Difficulties of finding Certificates
- Holographic Algorithms
- Permanents, Bosons and Linear Optics 2
- The Permanent, Graph Gadgets and Counting Solutions for Certain Types of Planar Formulas 3
- On the Complexity of Some Problems in Linear Algebra
- A Polynomial-Time Approximation Algorithm for the Permanent of a Matrix with Nonnegative Entries
- The Computational Complexity of Linear Optics