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Session 6A. Data Structure and Algorithm II.- D2-Tree: A New Overlay with Deterministic Bounds.- Efficient Indexes for the Positional Pattern Matching Problem and Two Related Problems over Small Alphabets.- Dynamic Range Reporting in External Memory.- A Cache-Oblivious Implicit Dictionary with the Working Set Property.- Session 6B. Graph Algorithm II.- The (p,q)-total Labeling Problem for Trees.- Drawing a Tree as a Minimum Spanning Tree Approximation.- k-cyclic Orientations of Graphs.- Improved Bounds on the Planar Branchwidth with Respect to the Largest Grid Minor Size.- Session 7A. Computational Geometry II.- Maximum Overlap of Convex Polytopes under Translation.- Approximate Shortest Homotopic Paths in Weighted Regions.- Spanning Ratio and Maximum Detour of Rectilinear Paths in the L 1 Plane.- Session 7B. Graph Coloring II.- Approximation and Hardness Results for the Maximum Edge q-coloring Problem.- 3-Colouring AT-Free Graphs in Polynomial Time.- On Coloring Graphs without Induced Forests.- Session 8A. Approximation Algorithm II.- On the Approximability of the Maximum Interval Constrained Coloring Problem.- Approximability of Constrained LCS.- Approximation Algorithms for the Multi-Vehicle Scheduling Problem.- On Greedy Algorithms for Decision Trees.- Session 8B. Online Algorithm.- Single and Multiple Device DSA Problem, Complexities and Online Algorithms.- The Onion Diagram: A Voronoi-Like Tessellation of a Planar Line Space and Its Applications.- Improved Online Algorithms for 1-Space Bounded 2-Dimensional Bin Packing.- On the Continuous CNN Problem.- Session 9A. Scheduling.- Policies for Periodic Packet Routing.- Increasing Speed Scheduling and Flow Scheduling.- A Tighter Analysis of Work Stealing.- Approximating the Traveling Tournament Problem with Maximum Tour Length 2.- Session 9B. Data Structure and Algorithm III.- Alphabet Partitioning for Compressed Rank/Select and Applications.- Entropy-Bounded Representation of Point Grids.- Identifying Approximate Palindromes in Run-Length Encoded Strings.- Session 10A. Graph Algorithm III.- Minimum Cost Partitions of Trees with Supply and Demand.- Computing the (t,k)-Diagnosability of Component-Composition Graphs and Its Application.- Why Depth-First Search Efficiently Identifies Two and Three-Connected Graphs.- Beyond Good Shapes: Diffusion-Based Graph Partitioning Is Relaxed Cut Optimization.- Induced Subgraph Isomorphism on Interval and Proper Interval Graphs.- Session 10B. Computational Geometry III.- Testing Simultaneous Planarity When the Common Graph Is 2-Connected.- Computing the Discrete Fréchet Distance with Imprecise Input.- Connectivity Graphs of Uncertainty Regions.- ?/2-Angle Yao Graphs Are Spanners.- Identifying Shapes Using Self-assembly.

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