Stop annoying me!: an empirical investigation of the usability of app privacy notifications. - Nicholas Micallef; Mike Just; Lynne Baillie; Maher Alharby (OZCHI, 2017)

Blockchain-based Smart Contracts: A Systematic Mapping Study. - Maher Alharby; Aad van Moorsel (CoRR, 2017)

The Impact of Profit Uncertainty on Miner Decisions in Blockchain Systems. - Maher Alharby; Aad van Moorsel (UKPEW, 2017)

Performance Benchmarking for Ethereum Opcodes. - Amjad Aldweesh; Maher Alharby; Aad van Moorsel (AICCSA, 2018)

Performance Benchmarking of Smart Contracts to Assess Miner Incentives in Ethereum. - Amjad Aldweesh; Maher Alharby; Ellis Solaiman; Aad van Moorsel (EDCC, 2018)

BlockSim: A Simulation Framework for Blockchain Systems. - Maher Alharby; Aad van Moorsel (SIGMETRICS Perform. Evaluation Rev., 2018)

OpBench: A CPU Performance Benchmark for Ethereum Smart Contract Operation Code. - Amjad Aldweesh; Maher Alharby; Maryam Mehrnezhad; Aad van Moorsel (Blockchain, 2019)

Context-based consensus for appendable-block blockchains. - Roben Castagna Lunardi; Maher Alharby; Henry C. Nunes; Avelino F. Zorzo; Changyu Dong; Aad van Moorsel (Blockchain, 2020)

Fitting and Regression for Distributions of Ethereum Smart Contracts. - Maher Alharby; Aad van Moorsel (BRAINS, 2020)

Data-Driven Model-Based Analysis of the Ethereum Verifier's Dilemma. - Maher Alharby; Roben Castagna Lunardi; Amjad Aldweesh; Aad van Moorsel (DSN, 2020)

BlockSim: An Extensible Simulation Tool for Blockchain Systems. - Maher Alharby; Aad van Moorsel (Frontiers Blockchain, 2020)

Models and simulation of blockchain systems - Maher Alharby (2020)

The OpBench Ethereum opcode benchmark framework: Design, implementation, validation and experiments. - Amjad Aldweesh; Maher Alharby; Maryam Mehrnezhad; Aad van Moorsel (Perform. Evaluation, 2021)

Simulating permissionless blockchains: Distribution fitting, tool support, and a case study. - Maher Alharby; Aad van Moorsel (Int. J. Netw. Manag., 2022)

Transaction Latency Within Permissionless Blockchains: Analysis, Improvement, and Security Considerations. - Maher Alharby (J. Netw. Syst. Manag., 2023)

A dynamic block reward approach to improve the performance of blockchain systems. - Maher Alharby (PeerJ Comput. Sci., 2023)

A conceptual architecture for simulating blockchain-based IoT ecosystems. - Adel Albshri; Ali Alzubaidi; Maher Alharby; Bakri Awaji; Karan Mitra; Ellis Solaiman (J. Cloud Comput., 2023)

A Two-Phase Blockchain-Enabled Framework for Securing Internet of Medical Things Systems. - Kainat Fiaz; Asim Zeb; Shahid Hussain 002; Kinza Khurshid; Reyazur Rashid Irshad; Maher Alharby; Taj Rahman; Ibrahim M. Alwayle; Fabiano Pallonetto (Internet Things, 2024)

A quantitative analysis of the security of PoW-based blockchains. - Maher Alharby; Ali Alssaiari; Saad Alateef; Nigel Thomas; Aad van Moorsel (Clust. Comput., 2024)

IoT workload offloading efficient intelligent transport system in federated ACNN integrated cooperated edge-cloud networks. - Abdullah Lakhan; Tor-Morten Grønli; Paolo Bellavista; Sajida Memon; Maher Alharby; Orawit Thinnukool (J. Cloud Comput., 2024)