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.github/workflows try 2 Sep 17, 2019
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test Found sneaky cmake file Sep 17, 2019
.gitignore CMake version is too high adding clion stuff to gitignore Sep 17, 2019
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README.md README Aug 7, 2019
benchmark.py First version of experiments script Jul 31, 2019
run_me.py wip Aug 2, 2019

README.md

Multidimensional Adaptive Indexing (MDAI)

In this stand-alone implementation, we present various MDAI approaches and compare them to state of the art indexing strategies for multidimensional data through several different benchmarks.

Algorithms

How to run

Run the following command on the root of the project, it will guide you through selecting the experiment and algorithms to run. Then it will provide instructions on what to do next.

python3 run_me.py

To Do

  • Data Generator Benchmark
  • Workload Generator Benchmark
  • Implement Full Scan
  • Implement Testing procedures
  • Implement Cracking KD-Tree Broad
  • Make both KD-Trees update their statistics (height, number of nodes, min_height)
  • Implement Cracking KD-Tree Narrow (Need to fix bugs and improve its speed)
  • Implement KD-Tree with median
  • Implement KD-Tree with average
  • Implement Quasii
  • Implement Full Index B-Tree
  • Implement Regular Cracking using B-Tree
  • Implement a Row-Store Table to check if they have difference
  • Check "Bitwise dimensional co-clustering for analytical workloads"

Papers

  • Cracking KD-Tree: The First Multidimensional Adaptive Indexing (Position Paper). P. Holanda, M. Nerone, E. C. de Almeida and S. Manegold @ DATA 2018
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