A Binomial Heap Algorithm for Self-Recognition in Exclusive Management on Autonomic Grid Networks. - Mehdi Bahrami; Peyman Arebi (CICSyN, 2010)

A Genetic Algorithm for Query Optimization in Database Grid by Dynamic Cost Estimation. - Peyman Arebi; Navid Gonbadipoor (UKSim, 2011)

A New Method for Restoration Broken Links in Wireless Ad-Hoc Networks by Estimation Energy Consumption. - Peyman Arebi (CICSyN, 2012)

A Novel Self-Recognition Method for Autonomic Grid Networks Case Study: Advisor Labor Law Software Application. - Mehdi Bahrami; Peyman Arebi; Hosseyn Bakhshizadeh; Hamed Barangi (CoRR, 2014)

Event stream controllability on event-based complex networks. - Peyman Arebi; Afsaneh Fatemi; Reza Ramezani (Expert Syst. Appl., 2023)

Improving the controllability robustness of complex temporal networks against intelligent attacks. - Qian Zhang; Peyman Arebi (J. Complex Networks, 2024)

A controllability method on the social Internet of Things (SIoT) network. - Zahra Aghaee; Afsaneh Fatemi; Peyman Arebi (Pervasive Mob. Comput., 2024)

A novel controllability method on complex temporal networks based on temporal motifs. - Yan Jin; Peyman Arebi (Concurr. Comput. Pract. Exp., 2024)

Detection of Effective Devices in Information Dissemination on the Complex Social Internet of Things Networks Based on Device Centrality Measures. - Wei Deng; Junqi Deng; Peyman Arebi (Complex., 2025)

ACO-Based Neural Network to Enhance the Efficiency of Network Controllability of Temporal Networks. - Jie Zhang; Ling Ding; Peyman Arebi (Complex., 2025)

An Effective Approach Based on Temporal Centrality Measures for Improving Temporal Network Controllability. - Peyman Arebi; Afsaneh Fatemi; Reza Ramezani (Cybern. Syst., 2025)

Identifying effective nodes in term of the influence maximization on the social IoT networks using deep learning-based node embedding. - Hao Li; Zhaoning Tian; Xiaohui Li; Peyman Arebi (Computing, 2025)

Dynamical repair strategy of data network controllability processes against DoS attack on complex temporal networks. - Zhixin Xie; Ying Su; Guangbiao Liu; Yishi Yang; Peyman Arebi (Peer Peer Netw. Appl., 2025)