Local search versus linear programming to detect monotonicity in simplicial branch and bound |
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On monotonicity and search strategies in face-based copositivity detection algorithms |
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Iniciativa basada en Kahoot para motivar a los alumnos de Arquitectura de Computadores |
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On MATLAB experience in accelerating DIRECT-GLce algorithm for constrained global optimization through dynamic data structures and parallelization |
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On new methods to construct lower bounds in simplicial branch and bound based on interval arithmetic |
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On derivative based bounding for simplicial branch and bound |
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An SDN approach to detect targeted attacks in P2P fully connected overlays |
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Preface: Special issue Europt 2018 |
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On regular simplex division in copositivity detection |
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Reducing Streaming Cost While Increasing Privacy: A Case Study on a Smartphone and Chromecast Using Peer-to-Peer Technology to Skip Third-Party Servers |
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Parallel algorithms for computing the smallest binary tree size in unit simplex refinement |
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On mitigating pollution and free-riding attacks by Shamir's Secret Sharing in fully connected P2P systems |
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Generating a smallest binary tree by proper selection of the longest edges to bisect in a unit simplex refinement |
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Non-dominated sorting procedure for Pareto dominance ranking on multicore CPU and/or GPU |
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On parallel Branch and Bound frameworks for Global Optimization |
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On Pollution Attacks in Fully Connected P2P Networks Using Trusted Peers |
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Security analysis and resource requirements of group-oriented user access control for hardware-constrained wireless network services |
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On refinement of the unit simplex using regular simplices |
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On Bisecting the Unit Simplex Using Various Distance Norms |
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On the Minimum Number of Simplex Shapes in Longest Edge Bisection Refinement of a Regular n-Simplex |
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Preface: special issue MAGO 2014 |
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Weaver: A Multiagent, Spatial-Explicit and High-Performance Framework to Study Complex Ecological Networks |
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Pollution Attacks Detection in the P2PSP Live Streaming System |
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Heuristics for Longest Edge Selection in Simplicial Branch and Bound |
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Erratum to: Pareto optimality and robustness in bi-blending problems |
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On Simplicial Longest Edge Bisection in Lipschitz Global Optimization |
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Pareto optimality and robustness in bi-blending problems |
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Erratum to Pareto optimality and robustness in bi-blending problems (TOP, 10.1007/s11750-012-0253-9) |
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Seeking water while avoiding predators: moisture gradients can affect predator-prey interactions |
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An updated view on centralized secure group communications |
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Enabling user access control in energy-constrained wireless smart environments |
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On estimating workload in interval branch-and-bound global optimization algorithms |
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A Parallel DISIMPL for Pile Placement Optimization in Grillage-Type Foundations |
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Dynamic and hierarchical load-balancing techniques applied to parallel branch-and-bound methods |
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A threaded approach of the quadratic bi-blending algorithm |
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On interval branch-and-bound for additively separable functions with common variables |
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Performance Driven Cooperation between Kernel and Auto-tuning Multi-threaded Interval B&B Applications |
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Global Optimization Simplex Bisection Revisited Based on Considerations by Reiner Horst |
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On Lower Bounds Using Additively Separable Terms in Interval B&B |
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Lightweight user access control in energy-constrained wireless network services |
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Asynchronous privacy-preserving iterative computation on peer-to-peer networks |
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Fully distributed authentication with locality exploitation for the CoDiP2P peer-to-peer computing platform |
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A suite of algorithms for key distribution and authentication in centralized secure multicast environments |
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On determining the cover of a simplex by spheres centered at its vertices |
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Group oriented renewal of secrets and its application to secure multicast |
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Keeping group communications private: An up-to-date review on centralized secure multicast |
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Adaptive Parallel Interval Global Optimization Algorithms Based on their Performance for Non-dedicated Multicore Architectures |
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Adaptive parallel interval branch and bound algorithms based on their performance for multicore architectures |
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A key distribution scheme for live streaming multi-tree overlays |
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Key management schemes for peer-to-peer multimedia streaming overlay networks |
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The semi-continuous quadratic mixture design problem: Description and branch-and-bound approach |
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Repeated Patterns in Circle Packings |
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About the Codes Used |
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Approximate Circle Packings Using Optimization Methods |
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Bounds for the Optimum Values |
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Interval Methods for Validating Optimal Solutions |
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Introduction and Problem History |
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Minimal Polynomials of Point Arrangements |
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Other Methods for Finding Approximate Circle Packings |
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Problem Definitions and Formulations |
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The First Fully Interval-based Optimization Method |
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The Improved Version of the Interval Optimization Method |
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Currently Best Known Results for Packing Congruent Circles in a Square |
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Multi-dimensional pruning from the Baumann point in an Interval Global Optimization Algorithm |
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Infeasibility spheres for finding robust solutions of blending problems with quadratic constraints |
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Interval parallel global optimization with Charm plus |
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New interval methods for constrained global optimization |
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RENDERING (COMPLEX) ALGEBRAIC SURFACES |
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Heuristic rejection in interval global optimization |
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Interval algorithms for finding the minimal root in a set of multiextremal one-dimensional nondifferentiable functions |
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New interval analysis support functions using gradient information in a global minimization algorithm |
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Packing equal circles in a square I. - Problem setting and bounds for optimal solutions |
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Packing equal circles in a square II - New results for up to 100 circles using the TAMSASS-PECS algorithm |
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A heuristic rejection criterion in interval global optimization algorithms |
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Experiments with a new selection criterion in a fast interval optimization algorithm |
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Interval Branch and Bound Algorithm for Finding the First-Zero-Crossing-Point in One-Dimensional Functions |
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A New Multisection Technique in Interval Methods for Global Optimization |
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Work load balance approaches for branch and bound algorithms on distributed systems |
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