Skip to main navigation
Skip to search
Skip to main content
IT-University of Copenhagen Home
Support to ITU faculty
Link opens in a new tab
Dansk
English
Search content at IT-University of Copenhagen
Home
Organisation
Researchers
Projects
Publications
Datasets
Press/Media
Activities
Prizes
Expanding Blockchain Horizons through Privacy-Preserving Computation
Lorenzo Gentile
Research output
:
Theses
›
PhD thesis
Overview
Fingerprint
Fingerprint
Dive into the research topics of 'Expanding Blockchain Horizons through Privacy-Preserving Computation'. Together they form a unique fingerprint.
Sort by
Weight
Alphabetically
Keyphrases
Blockchain
100%
Front-running
100%
Privacy-preserving Computation
100%
Revocation
100%
Publicly Auditable
83%
Anonymous Credentials
66%
Blockchain Applications
33%
Smart Contract
33%
Adversary
33%
Cheating
33%
Auctioneer
33%
Sealed-bid Auction
33%
Bidders
33%
Rational Adversary
33%
Security Properties
16%
Knowledge-how
16%
Efficient Protocol
16%
Provable Security
16%
Auditable
16%
Running Cost
16%
Cryptographic Protocols
16%
Miners
16%
Cheater
16%
Committee Member
16%
Trusted Third Party
16%
Universal Composability Framework
16%
Ideal Functionality
16%
Permissioned Blockchain
16%
User Privacy
16%
Current Solution
16%
Anonymous Credential System
16%
User De-anonymization
16%
Auditors
16%
Secret Share
16%
Mass Surveillance
16%
Identity Information
16%
Transparency-by-design
16%
Broadcast Channel
16%
Public Bulletin Board
16%
Refund
16%
Second-price
16%
Second-price Sealed-bid Auction
16%
Public Knowledge
16%
Proactive Security
16%
Illegal Acts
16%
Walk Away
16%
Financial Loss
16%
Running Strategy
16%
Strong Security
16%
Computer Science
Privacy Preserving
100%
Blockchain
100%
Anonymous Credential
100%
Smart Contract
40%
Security Properties
20%
Cryptocurrency
20%
provably secure
20%
Cryptographic Protocol
20%
Bulletin Board
20%
Anonymization
20%
User Privacy
20%
Committee Member
20%
Identity Information
20%
Broadcast Channel
20%
Mass Surveillance
20%