The Influence of Sub-Communities on a Community-Based Peer-to-Peer System with Social Network Characteristics. - Amir Modarresi; Ali Mamat; Hamidah Ibrahim; Norwati Mustapha (GCA, 2008)

The Effect of Sub Communities in a Community-Based Peer-to-Peer Model Based on Social Networks. - Amir Modarresi; Ali Mamat; Hamidah Ibrahim; Norwati Mustapha (ICIW, 2008)

How Community-Based Peer-to-Peer Social Networks Can Affect Query Routing?. - Amir Modarresi; Ali Mamat; Hamidah Ibrahim; Norwati Mustapha (NCM (1), 2008)

Modeling and Simulating Social Semantic Overlay Peer-to-Peer Systems. - Amir Modarresi; Ali B. Mamat; Hossin Nikbin (GCA, 2009)

Multilevel IoT Model for Smart Cities Resilience. - Amir Modarresi; James P. G. Sterbenz (CFI, 2017)

A framework for improving network resilience using SDN and fog nodes. - Amir Modarresi; Siddharth Gangadhar; James P. G. Sterbenz (RNDM, 2017)

Toward resilient networks with fog computing. - Amir Modarresi; James P. G. Sterbenz (RNDM, 2017)

Towards a Model and Graph Representation for Smart Homes in the IoT. - Amir Modarresi; James P. G. Sterbenz (ISC2, 2018)

Modeling and Graph Analysis for Enhancing Resilience in Smart Homes. - Amir Modarresi; John Symons (EUSPN/ICTH, 2019)

Modeling Technological Interdependency in IoT - A Multidimensional and Multilayer Network Model for Smart Environments. - Amir Modarresi; John Symons (RNDM, 2019)

Technological Heterogeneity and Path Diversity in Smart Home Resilience: A Simulation Approach. - Amir Modarresi; John Symons (ANT/EDI40, 2020)

Resilience and technological diversity in smart homes. - Amir Modarresi; John Symons (J. Ambient Intell. Humaniz. Comput., 2020)