Name
Affiliation
Papers
NOZAKI, Y.
Dept. of Inf. Eng., Meijo Univ., Nagoya, Japan|c|
34
Collaborators
Citations 
PageRank 
20
5
11.62
Referers 
Referees 
References 
10
190
97
Search Limit
100190
Title
Citations
PageRank
Year
Secret Sharing Schemes Based Secure Authentication for Physical Unclonable Function00.342019
Side-Channel Resistance Evaluation Method using Statistical Tests for Physical Unclonable Function00.342019
Side-Channel Analysis for Searchable Encryption System and its Security Evaluation00.342019
Quantitative Performance Evaluation of PL PUF and RO PUF with ASIC Implementation.00.342019
Security Evaluation of Ring Oscillator PUF Against Genetic Algorithm Based Modeling Attack.00.342019
Scalability and Performance Evaluation of GA Based Modeling Analysis for RO PUF.00.342019
Evaluation of the Hiding-Countermeasure PRINCE Using Differential Power Analysis.00.342019
Feature Extraction Driven Modeling Attack Against Double Arbiter PUF and Its Evaluation00.342018
Em Based Machine Learning Attack For Xor Arbiter Puf10.402018
Security Evaluation of a Lightweight Cipher SPECK against Round Addition DFA00.342018
Lightweight Cipher Aware Countermeasure Using Random Number Masks And Its Evaluation00.342018
Shuffling Based Side-Channel Countermeasure for Energy Harvester.00.342018
Feasibility Evaluation of Neural Network Physical Unclonable Function.00.342018
Lethal Genes Aware Genetic Programming Analysis for RO PUF.00.342018
Implementation Of Searchable Encryption System With Dedicated Hardware And Its Evaluation00.342018
Power analysis for a lightweight authenticated encryption SIMON-JAMBU.00.342017
Hierarchical power analysis attack for falsification detection cipher00.342017
Electromagnetic analysis method for ultra low power cipher Midori00.342017
Tamper resistance evaluation of PUF implementation against machine learning attack00.342017
Helper Data Aware Cloning Method for Physical Unclonable Function00.342017
Statistical fault analysis for a lightweight cipher midori10.362017
FPGA implementation technique for power consumption aware tamper resistance accelerator of lightweight PUF.00.342017
Hardware Trojan For An Authenticated Encryption Minalpher00.342016
Deep Learning Attack For Physical Unclonable Function00.342016
Multiple Rounds Aware Power Analysis Attack for a Lightweight Cipher SIMECK00.342016
Vulnerability Evaluation Accelerator for Lightweight Ciphers00.342016
Detection technique for hardware Trojans using machine learning in frequency domain30.392015
Power analysis for clock fluctuation LSI00.342015
Frequency Domain Aware Power Analysis Attack Against Random Clock Lsi For Secure Automotive Embedded Systems00.342015
Hardware Trojan For Ultra Lightweight Block Cipher Piccolo00.342015
Secure in-vehicle systems against Trojan attacks00.342015
Statistical fault analysis for a lightweight block cipher TWINE00.342015
Secure In-Vehicle Systems Using Authentication00.342015
PUF ID generation method for modeling attacks00.342014