Invited Lectures -- An Alternative Ranking Problem for Search Engines -- Engineering Fast Route Planning Algorithms -- Random Models for Geometric Graphs (Abstract) -- Session 1 (Route Planning) -- Better Landmarks Within Reach -- Landmark-Based Routing in Dynamic Graphs -- Dynamic Highway-Node Routing -- Session 2 (Dynamic Trees, Skip Lists, and Bloom Filters) -- Dynamic Trees in Practice -- On the Cost of Persistence and Authentication in Skip Lists -- Cache-, Hash- and Space-Efficient Bloom Filters -- Session 3 (Crossing Minimizationm, TSP, and Vehicle Routing) -- Crossing Minimization in Weighted Bipartite Graphs -- Fast Minimum-Weight Double-Tree Shortcutting for Metric TSP -- A Robust Branch-Cut-and-Price Algorithm for the Heterogeneous Fleet Vehicle Routing Problem -- Session 4 (Network Routing and Stability) -- Simple and Efficient Geographic Routing Around Obstacles for Wireless Sensor Networks -- A Distributed Primal-Dual Heuristic for Steiner Problems in Networks -- An Experimental Study of Stability in Heterogeneous Networks -- Session 5 (Strings and Range Searching) -- Simple Compression Code Supporting Random Access and Fast String Matching -- Engineering a Compressed Suffix Tree Implementation -- Simple Space-Time Trade-Offs for AESA -- Session 6 (Matching, Flows, and Spanners) -- Engineering Algorithms for Approximate Weighted Matching -- Experimental Evaluation of Parametric Max-Flow Algorithms -- Experimental Study of Geometric t-Spanners: A Running Time Comparison -- Session 7 (Covering, Coloring, and Partitioning) -- Vertex Cover Approximations on Random Graphs -- Optimal Edge Deletions for Signed Graph Balancing -- Algorithms for the Balanced Edge Partitioning Problem -- Session 8 (Applications) -- Experimental Evaluations of Algorithms for IP Table Minimization -- Algorithms for Longer OLED Lifetime -- Improving Tree Search in Phylogenetic Reconstruction from Genome Rearrangement Data -- Session 9 (Spanning Trees) -- Benchmarks for Strictly Fundamental Cycle Bases -- A Primal Branch-and-Cut Algorithm for the Degree-Constrained Minimum Spanning Tree Problem -- Experimental Analysis of Algorithms for Updating Minimum Spanning Trees on Graphs Subject to Changes on Edge Weights -- Session 10 (Packing and Auctions) -- An Efficient Implementation for the 0-1 Multi-objective Knapsack Problem -- Trunk Packing Revisited -- Exact Algorithms for the Matrix Bid Auction.