On eigenvalue-eigenvector assignment for componentwise ultimate bound minimisation in MIMO LTI discrete-time systems. - Rahmat Heidari; María M. Seron; Julio H. Braslavsky (AuCC, 2013)

Eigenvalue assignment for componentwise ultimate bound minimisation in LTI discrete-time systems. - Rahmat Heidari; María M. Seron; Julio H. Braslavsky; Hernan Haimovich (ECC, 2013)

Ultimate boundedness of droop controlled microgrids with secondary loops. - Rahmat Heidari; María M. Seron; Julio H. Braslavsky (AuCC, 2014)

Regions of attraction to ultimate bound sets for inverter-based microgrids with decentralised frequency control loops. - Rahmat Heidari; María M. Seron; Julio H. Braslavsky (AuCC, 2015)

Ultimate bounds and regions of attraction for two-inverter microgrids with primary and secondary frequency control loops. - Rahmat Heidari; María M. Seron; Julio H. Braslavsky (CDC, 2015)

Eigenstructure Assignment for Componentwise Ultimate Bound Minimization in Discrete-Time Linear Systems. - Rahmat Heidari; María M. Seron; Julio H. Braslavsky (IEEE Trans. Autom. Control., 2016)

Non-local approximation of power flow equations with guaranteed error bounds. - Rahmat Heidari; María M. Seron; Julio H. Braslavsky (ANZCC, 2017)

Analysis of voltage bounds in grid-connected inverters with automatic reactive power control under persistent load variations. - Rahmat Heidari; Julio H. Braslavsky; María M. Seron (CDC, 2017)

Ultimate boundedness and regions of attraction of frequency droop controlled microgrids with secondary control loops. - Rahmat Heidari; María M. Seron; Julio H. Braslavsky (Autom., 2017)

Computational analysis of impedance transformations for four-wire power networks with sparse neutral grounding. - Frederik Geth; Rahmat Heidari; Arpan Koirala (e-Energy, 2022)

An Open Optimal Power Flow Model for the Australian National Electricity Market. - Rahmat Heidari; Matthew Amos; Frederik Geth (ISGT Asia, 2023)

Distribution System State and Impedance Estimation Augmented with Carson's Equations. - Marta Vanin; Frederik Geth; Rahmat Heidari; Dirk Van Hertem (CoRR, 2025)