Theory of Algorithms
Published in January 1986
Book
Hardback
430 pages
978-0-444-87760-4 (ISBN)
Description
These papers embrace many topics of theoretical computer science, including algorithm problems on lattices, parallel computing, maze searching, NP-hard and NP-complete problems and some new approaches to characterize computational complexity. mmunication Complexity (F. Hossfeld). Tight Worst-Case Bounds for Bin-Packing Algorithms (A. Ivanyi). Hypergraph Planarity and the Complexity of Drawing Venn Diagrams (D.S. Johnson and H.O. Pollak). Convolutional Charaterization of Computability and Complexity of Computations (S. Jukna). Succinct Data Representations and the Complexity of Computations (S. Jukna). Lattices, Basis Reduction and the Shortest Vector Problem (R. Kannan). The Characterization of Some Complexity Classes by Recursion Schemata (M. Liskiewicz, K. Lorys and M. Piotrow). Some Algorithmic Problems on Lattices (L. Lovasz). Linear Proofs in the Non-Negative Cone (J. Moravek). Characterizing Some Low Arithmetic Classes (J.B. Paris, W.G. Handley and A.J. Wilkie). Constructing a Simplex Form of a Rational Matrix (A. Rycerz and J. Jegier). Computing N with a Few Number of Additions (I. Ruzsa and Zs. Tuza). A Hierarchy of Polynomial Time Basis Reduction Algorithms (C.P.
These papers embrace many topics of theoretical computer science, including algorithm problems on lattices, parallel computing, maze searching, NP-hard and NP-complete problems and some new approaches to characterize computational complexity. mmunication Complexity (F. Hossfeld). Tight Worst-Case Bounds for Bin-Packing Algorithms (A. Ivanyi). Hypergraph Planarity and the Complexity of Drawing Venn Diagrams (D.S. Johnson and H.O. Pollak). Convolutional Charaterization of Computability and Complexity of Computations (S. Jukna). Succinct Data Representations and the Complexity of Computations (S. Jukna). Lattices, Basis Reduction and the Shortest Vector Problem (R. Kannan). The Characterization of Some Complexity Classes by Recursion Schemata (M. Liskiewicz, K. Lorys and M. Piotrow). Some Algorithmic Problems on Lattices (L. Lovasz). Linear Proofs in the Non-Negative Cone (J. Moravek). Characterizing Some Low Arithmetic Classes (J.B. Paris, W.G. Handley and A.J. Wilkie). Constructing a Simplex Form of a Rational Matrix (A. Rycerz and J. Jegier). Computing N with a Few Number of Additions (I. Ruzsa and Zs. Tuza). A Hierarchy of Polynomial Time Basis Reduction Algorithms (C.P.
These papers embrace many topics of theoretical computer science, including algorithm problems on lattices, parallel computing, maze searching, NP-hard and NP-complete problems and some new approaches to characterize computational complexity. mmunication Complexity (F. Hossfeld). Tight Worst-Case Bounds for Bin-Packing Algorithms (A. Ivanyi). Hypergraph Planarity and the Complexity of Drawing Venn Diagrams (D.S. Johnson and H.O. Pollak). Convolutional Charaterization of Computability and Complexity of Computations (S. Jukna). Succinct Data Representations and the Complexity of Computations (S. Jukna). Lattices, Basis Reduction and the Shortest Vector Problem (R. Kannan). The Characterization of Some Complexity Classes by Recursion Schemata (M. Liskiewicz, K. Lorys and M. Piotrow). Some Algorithmic Problems on Lattices (L. Lovasz). Linear Proofs in the Non-Negative Cone (J. Moravek). Characterizing Some Low Arithmetic Classes (J.B. Paris, W.G. Handley and A.J. Wilkie). Constructing a Simplex Form of a Rational Matrix (A. Rycerz and J. Jegier). Computing N with a Few Number of Additions (I. Ruzsa and Zs. Tuza). A Hierarchy of Polynomial Time Basis Reduction Algorithms (C.P.
More details
Series
Language
English
Place of publication
Oxford
United Kingdom
Publishing group
Elsevier Science & Technology
Target group
College/higher education
Professional and scholarly
Dimensions
Height: 250 mm
Width: 160 mm
ISBN-13
978-0-444-87760-4 (9780444877604)
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Schweitzer Classification
Content
On Parallel Algorithms of some Orthogonal Transforms (S.S. Agaian and D.Z. Gevorkian). An Efficient Algorithm for Finding Peripheral Nodes (I. Arany). Computational Aspects of Assigning Characteristic Semigroup of Asynchronous Automata and Their Extensions (S. Bocian and B. Mikolajczak). Reichenbach's Propositional Logic in Algorithmic Form (P. Borowik). The Complexity of Weighted Multi-Constrained Spanning Tree Problems (P. Camerini, G. Galbiati and F. Maffioli). An Algorithm for Finding SC-Preimages of a Deterministic Finite Automaton (K. Chmiel). On Entropy Decomposition Methods and Algorithm Design (Th. Fischer). An Efficient Algorithm for Dynamic String-Storage Allocation (D. Fox). Covering Intervals with Intervals under Containment Constraints (M.R. Garey and R.Y. Pinter). How to Construct Random Functions (O. Goldreich, S. Goldwasser and S. Micali). Four Pebbles Don't Suffice to Search Planar Infinite Labyrinths (F. Hoffmann). Parallel Algorithms: The Impact of Communication Complexity (F. Hossfeld). Tight Worst-Case Bounds for Bin-Packing Algorithms (A. Ivanyi). Hypergraph Planarity and the Complexity of Drawing Venn Diagrams (D.S. Johnson and H.O. Pollak). Convolutional Charaterization of Computability and Complexity of Computations (S. Jukna). Succinct Data Representations and the Complexity of Computations (S. Jukna). Lattices, Basis Reduction and the Shortest Vector Problem (R. Kannan). The Characterization of Some Complexity Classes by Recursion Schemata (M. Liskiewicz, K. Lorys and M. Piotrow). Some Algorithmic Problems on Lattices (L. Lovasz). Linear Proofs in the Non-Negative Cone (J. Moravek). Characterizing Some Low Arithmetic Classes (J.B. Paris, W.G. Handley and A.J. Wilkie). Constructing a Simplex Form of a Rational Matrix (A. Rycerz and J. Jegier). Computing N with a Few Number of Additions (I. Ruzsa and Zs. Tuza). A Hierarchy of Polynomial Time Basis Reduction Algorithms (C.P. Schnorr). A Topological View of Some Problems in Complexity Theory (M. Sipser). v-Computations on Turing Machines and the Accepted Languages (L. Staiger). On the Greedy Algorithm for an Edge-Partitioning Problem (Gy. Turan). The Complexity of Linear Quadtrees (T.R. Walsh).