Circuit Amortization Friendly Encodings (CAFEs)

To run benchmarks, first compile using the Makefile using

make shamir-ds-bm

This will compile benchmarking for SIMD double shares, FLEX double shares, and "regular" double shares (referred to as "naive" in the paper).

The script benchmark-ds.sh can be used to run the benchmarks with variable number of parties

./benchmark-ds.sh [program] [first ID] [last ID] [numparties] [network file]

Example network files (e.g. network_info5.txt, network_info7.txt, ...) are given.

Name		Name	Last commit message	Last commit date
Latest commit History 2 Commits
include		include
ncomm @ 491c395		ncomm @ 491c395
source		source
ztk @ 17227a0		ztk @ 17227a0
.gitignore		.gitignore
.gitmodules		.gitmodules
Makefile		Makefile
README.md		README.md
benchmark-ds.sh		benchmark-ds.sh
circuit_test.cpp		circuit_test.cpp
f2d_test.cpp		f2d_test.cpp
innerprod_local_comp.cpp		innerprod_local_comp.cpp
main.cpp		main.cpp
network_info.txt		network_info.txt
network_info5.txt		network_info5.txt
network_info6.txt		network_info6.txt
network_info7.txt		network_info7.txt
shamir-flex-ds-bm.cpp		shamir-flex-ds-bm.cpp
shamir-inner-to-flex-bm.cpp		shamir-inner-to-flex-bm.cpp
shamir-regular-ds-bm.cpp		shamir-regular-ds-bm.cpp
shamir-simd-ds-bm.cpp		shamir-simd-ds-bm.cpp
shamir-sync-bm.cpp		shamir-sync-bm.cpp
shamir_test.cpp		shamir_test.cpp
svm.cpp		svm.cpp
test-shamir.sh		test-shamir.sh

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