Algorithm Engineering Project

Engineering faster Binary search.

Installation

First download and install papi (remember to run make install after make).

Then install gnuplot.

You are now good to go.

See the run_it_x.sh (where x is the name of the project and iteration) scripts to generate the output we used.

Run the "Verify" target using CMake.

Put your run into runs/<name of run>, then run

./compare-graphs.sh <name of run>

The output should be in the same folder.

Name		Name	Last commit message	Last commit date
Latest commit History 153 Commits
cmake		cmake
fileutils		fileutils
heap		heap
matrix		matrix
rank		rank
runs		runs
timetest		timetest
.gitignore		.gitignore
BasePred.cpp		BasePred.cpp
BinarySearchBFS.cpp		BinarySearchBFS.cpp
BinarySearchIte.cpp		BinarySearchIte.cpp
BinarySearchIteArray.cpp		BinarySearchIteArray.cpp
BinarySearchRec.cpp		BinarySearchRec.cpp
BinaryTreePred.cpp		BinaryTreePred.cpp
CMakeLists.txt		CMakeLists.txt
LICENSE		LICENSE
LinearScanPred.cpp		LinearScanPred.cpp
RedBlackTree.cpp		RedBlackTree.cpp
compare-graphs-heap-full.sh		compare-graphs-heap-full.sh
compare-graphs-heap-unfolded.sh		compare-graphs-heap-unfolded.sh
compare-graphs-heap.sh		compare-graphs-heap.sh
compare-graphs.sh		compare-graphs.sh
compare-graphs_matrix.sh		compare-graphs_matrix.sh
compare-graphs_matrix_1d_and_1dTransposed.sh		compare-graphs_matrix_1d_and_1dTransposed.sh
compare-iterations.sh		compare-iterations.sh
main.cpp		main.cpp
min_heap		min_heap
readme.md		readme.md
verify.cpp		verify.cpp