Lazy Revocation in Cryptographic File Systems Michael Backes Christian Cachin

First Page		Document Content
Date: 2005-12-20 13:03:42 Digital signature Key Cryptographic hash function Probabilistic encryption Message authentication code Symmetric-key algorithm RSA ID-based encryption Signcryption Cryptography Key management Public-key cryptography		Lazy Revocation in Cryptographic File Systems Michael Backes Christian Cachin Add to Reading List Source URL: www.cs.cmu.edu Download Document from Source Website File Size: 184,94 KB Share Document on Facebook

	Voting with Their Feet: Inferring User Preferences from App Management Activities Huoran Li1 , Wei Ai2 , ‡ Xuanzhe Liu1 , Jian Tang3 , ‡ Gang Huang1 , Feng Feng4 , ‡ Qiaozhu Mei2 1 Key Lab of High-Confidence Softw DocID: 1xVAe - View Document
	Formal Analysis of Key Management APIs Graham Steel INRIA & LSV, ENS de Cachan 1/48 DocID: 1xVmr - View Document
	NuCypher: A proxy re-encryption network to empower privacy in decentralized systems Michael Egorov,∗ David Nuñez,† and MacLane Wilkison‡ NuCypher (Dated: June 19, 2018) NuCypher is a decentralized Key Management S DocID: 1xUUF - View Document
	SOLUTIONS FOR THE PUBLIC SECTOR KEY BUILDING BLOCKS FOR BUILDING A DIGITAL GOVERNMENT SERVICE & PROJECT MANAGEMENT Together on one platform. DocID: 1xTo0 - View Document
	Data Sheet Comodo Mobile Device Management Secure and centrally manage large-scale deployments of corporate and personal mobile devices Key Benefits DocID: 1xTcs - View Document