var Examples =
[
    [ "Wavefront Parallelism", "wavefront.html", [
      [ "Problem Formulation", "wavefront.html#WavefrontComputingFormulation", null ],
      [ "Wavefront Task Graph", "wavefront.html#WavefrontTaskGraph", null ]
    ] ],
    [ "Matrix Multiplication", "matrix_multiplication.html", [
      [ "Problem Formulation", "matrix_multiplication.html#MatrixMultiplicationProblem", null ],
      [ "Parallel Patterns", "matrix_multiplication.html#MatrixMultiplicationParallelPattern", null ],
      [ "GPU-based Acceleration", "matrix_multiplication.html#GPUAcceleratedMatrixMultiplication", null ],
      [ "Benchmarking", "matrix_multiplication.html#MatrixMultiplicationBenchmarking", null ]
    ] ],
    [ "k-means Clustering", "kmeans.html", [
      [ "Problem Formulation", "kmeans.html#KMeansProblemFormulation", null ],
      [ "Parallel k-means using CPUs", "kmeans.html#ParallelKMeansUsingCPUs", null ],
      [ "Parallel k-means using GPUs", "kmeans.html#ParallelKMeansUsingGPUs", null ],
      [ "Built-in Predicate", "kmeans.html#BuiltInPredicate", null ],
      [ "Benchmarking", "kmeans.html#KMeansBenchmarking", null ]
    ] ],
    [ "Flip Coins", "flipcoins.html", [
      [ "Problem Formulation", "flipcoins.html#FlipCoinsProblemFormulation", null ],
      [ "Probabilistic Conditions", "flipcoins.html#FlipCoinsProbabilistic", null ],
      [ "Ternary Coins", "flipcoins.html#FlipCoinsTernaryCoins", null ]
    ] ],
    [ "Graph Traversal", "graphtraversal.html", [
      [ "Problem Formulation", "graphtraversal.html#GraphTraversalProblemFormulation", null ],
      [ "Graph Representation", "graphtraversal.html#GraphTraversalGraphRepresentation", null ],
      [ "Static Traversal", "graphtraversal.html#GraphTraversalStaticTraversal", null ],
      [ "Dynamic Traversal", "graphtraversal.html#GraphTraversalDynamicTraversal", null ]
    ] ]
];