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Qaas: hybrid cryptocurrency wallet-as-a-service based on Quantum RNG
Muhammad Muneem Shabir
,
Kaiwen Zhang
, Bertrand Reulet
,
Ghyslain Gagnon
École de technologie supérieure
Software and Information Technology Engineering Department
IMAGIN - laboratory of Innovation and engineering systeMs for Automation and diGitalisatIoN
LASI - Computer systems architecture laboratory
LCSec - Cybersecurity Laboratory
Q-ETS
Electrical Engineering Department
LACIME - Communications and Microelectronics Integration Laboratory
École de technologie supérieure
Université de Sherbrooke
Research output
:
Contribution to journal
›
Journal Article
›
peer-review
1
Citation (Scopus)
Overview
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Keyphrases
As-a-service
100%
Key Generation Scheme
100%
Cryptocurrency Wallet
100%
QaaS
100%
Non-deterministic
60%
User Behavior
40%
Wallet
40%
Blockchain Wallets
40%
Quantum Random number Generator
40%
Deep Learning
20%
Memory Consumption
20%
Maximum Efficiency
20%
Memory Resource
20%
Non-hierarchical
20%
Risk Reduction
20%
Privilege Escalation
20%
Randomized Algorithms
20%
Funding Distribution
20%
Primary Key
20%
Key Generation
20%
Ethereum Transactions
20%
Optimal Key Generation
20%
Brute Force Attack
20%
Pseudorandomness
20%
Hierarchical Deterministic Wallet
20%
Computer Science
Cryptocurrency
100%
Key Generation
100%
Blockchain
33%
User Behavior
33%
Random Number Generator
33%
Deep Learning Method
16%
Ethereum
16%
Memory Resource
16%
Primary Key
16%
Privilege Escalation
16%
Memory Utilization
16%
Brute Force Attack
16%