Pinned Repositories
arcanum
Arcanum: The Java Pairing and Lattice Based Cryptography Library
books
book list
coolweather
ethereumj
Java implementation of the Ethereum yellowpaper. For JSON-RPC and other client features check Ethereum Harmony
EzPC
FastGC
fhe-core
Libraries for fully homomorphic encryption
FlexSC
A Flexible Efficient Secure Computation Backend
Garbled
Garbled Circuit implementation for secure two-party computations. Developed exclusively in java with multi-threading improvements, and security improvements in regards to corrupt inputs.
Homomorphic-protocols
Some Homomorphic protocols on semihonest Hybrid Cloud based on Pailliar encryption system
codemonkey007's Repositories
codemonkey007/arcanum
Arcanum: The Java Pairing and Lattice Based Cryptography Library
codemonkey007/books
book list
codemonkey007/coolweather
codemonkey007/ethereumj
Java implementation of the Ethereum yellowpaper. For JSON-RPC and other client features check Ethereum Harmony
codemonkey007/EzPC
codemonkey007/fhe-core
Libraries for fully homomorphic encryption
codemonkey007/FlexSC
A Flexible Efficient Secure Computation Backend
codemonkey007/Garbled
Garbled Circuit implementation for secure two-party computations. Developed exclusively in java with multi-threading improvements, and security improvements in regards to corrupt inputs.
codemonkey007/Homomorphic-protocols
Some Homomorphic protocols on semihonest Hybrid Cloud based on Pailliar encryption system
codemonkey007/Homomorphic_Encryption
Contains Packages for ElGamal, Paillier, Goldweiser-Micali and DGK Homomorphic Encryption System. Also implements secure multiplication, division and comparison.
codemonkey007/inforhid
Hiding text information into APK file
codemonkey007/intelligentclock
codemonkey007/Lucene_Compass_Elasticsearch
Lucene(全文搜索)和Compass完整案例
codemonkey007/LWE-Implementation
Implementation of a Fully Homomorphic Encryption Scheme
codemonkey007/Medusa
A Programming Framework for Crowd-Sensing Applications
codemonkey007/myJavaPractice
Java实践
codemonkey007/population---truth-discovery
codemonkey007/PPML-Resource
Materials about Privacy-Preserving Machine Learning
codemonkey007/pydot
Automatically exported from code.google.com/p/pydot
codemonkey007/scapi
The Secure Computation API
codemonkey007/SeComLib
Secure Computation Library
codemonkey007/Secure-Computation-of-MIPS-Machine-Code
codemonkey007/SecureBiNN
codemonkey007/SecureMulti-partyComputation
codemonkey007/shadowsocks-android
A shadowsocks client for Android
codemonkey007/starter-hugo-academic
codemonkey007/swot
Identify email addresses or domains names that belong to colleges or universities. Help automate the process of approving or rejecting academic discounts.
codemonkey007/UserScripts
Greasemonkey scripts (e.g.,True URL downloads迅雷、快车、QQ旋风等专有链解密 & HacgGodTurn琉璃神社工具集 & DownloadAllContent懒人小说下载器 & Easy offline一键离线下载)
codemonkey007/WordSimilarity
中文文本 词形，词序，词音，词性，词义 多维相似度计算
codemonkey007/Yao-Garbled-Circuits
Garbled circuit is a cryptographic protocol that enables two-party secure computation in which two mistrusting parties can jointly evaluate a function over their private inputs without the presence of a trusted third party. Andrew Yao of Stanford University first proposed the protocol in 1986 to solve his famous Millionaires' Problem.[1] The protocol is also known as Yao's protocol, Yao's garbled circuit protocol or simply the GC protocol in the cryptography literature. In the garbled circuit protocol, the function has to be described as a Boolean circuit.