Reducing order of large-scale systems by extended balanced singular perturbation approximation. - Deepak Kumar 004; J. P. Tiwari; S. K. Nagar (Int. J. Autom. Control., 2012)

Controller reduction by balanced approach with guaranteed closed-loop performance. - Deepak Kumar 004; J. P. Tiwari; S. K. Nagar (Int. J. Autom. Control., 2012)

Improved results on frequency weighted optimal Hankel norm model reduction. - Deepak Kumar 004; S. K. Nagar (ASCC, 2013)

Frequency weighted square-root optimal Hankel norm model reduction. - Deepak Kumar 004; Shyam Krishna Nagar (ASCC, 2015)

Modified γ-δ Routh approximation method for order reduction of discrete interval systems. - Manish Kumar Sharma; Deepak Kumar 004 (ASCC, 2015)

Generalized time limited Gramian based model reduction. - Deepak Kumar 004; Ahmad Jazlan; Victor Sreeram (ANZCC, 2017)

Model reduction based on limited time interval impulse response gramians. - Deepak Kumar 004; Ahmad Jazlan; Victor Sreeram (ANZCC, 2017)

A fuzzy logic control approach for smoothing of wind and photovoltaic generation output fluctuations. - Dipesh Lamsal; Thomas Conradie; Victor Sreeram; Yateendra Mishra; Deepak Kumar 004 (ANZCC, 2017)

A modified two-degree of freedom-internal model control configuration for load frequency control of a single area power system. - Bheem Sonker; Deepak Kumar 004; Paulson Samuel (Turkish J. Electr. Eng. Comput. Sci., 2017)

Frequency-weighted balanced Truncation of 2-D separable denominator discrete-time systems. - Deepak Kumar 004; Umair Zulfiqar; Victor Sreeram (ANZCC, 2018)

Model Reduction Using Parameterized Limited Frequency Interval Gramians for 1-D and 2-D Separable Denominator Discrete-Time Systems. - Deepak Kumar 004; Victor Sreeram; Xin Du 001 (IEEE Trans. Circuits Syst. I Regul. Pap., 2018)

Positive-Real Truncated Balanced Realization based Frequency-Weighted Model reduction. - Deepak Kumar 004; Umair Zulfiqar; Victor Sreeram; Muhammad Imran 003; Wan Mariam Wan Muda; Ahmad Jazlan; Ai-Guo Wu 001 (ANZCC, 2019)

Differential Evolution based TDF-IMC scheme for load frequency control of single-area power systems. - Bheem Sonker; Deepak Kumar 004; Paulson Samuel (TENCON, 2019)

A mixed-method for order reduction of linear time invariant systems using big bang-big crunch and eigen spectrum algorithm. - Akhilesh Kumar Gupta; Deepak Kumar 004; Paulson Samuel (Int. J. Autom. Control., 2019)

Differential Evolution based IMC-PID Design for Load frequency control of Two-area power systems. - Bheem Sonker; Deepak Kumar 004; Victor Sreeram; Paulson Samuel (ANZCC, 2020)

Teaching-Learning Optimization based Dual-loop Two-Degree of Freedom Load Frequency Controller. - Tejavath Veerendar; Deepak Kumar 004; Victor Sreeram (ANZCC, 2020)

Towards the Implementation of Energy Harvesting for IoT Sensor Nodes in an Early Warning Flood Detection System. - Mohd Aizat Mohd Yazid; Ahmad Jazlan; Mohd Zuhaili Mohd Rodzi; Muhammad Afif Husman; Abdul Rahman Afif; Hasan Firdaus Mohd Zaki; Deepak Kumar 004 (J. Commun., 2020)

Frequency Limited Model Reduction Techniques for Discrete-Time Systems. - Hamid Imtiaz Toor; Muhammad Imran 003; Abdul Ghafoor; Deepak Kumar 004; Victor Sreeram; Abdul Rauf (IEEE Trans. Circuits Syst. II Express Briefs, 2020)

Colliding Bodies Optimization-based PID Controller for Load Frequency Control of single area power system. - Tejavath Veerendar; Deepak Kumar 004; Victor Sreeram (ANZCC, 2021)

Colliding bodies optimization-based approximants of linear-time invariant continuous-time systems. - Chhabindra Nath Singh; Deepak Kumar 004; Paulson Samuel; Akhilesh Kumar Gupta; Victor Sreeram (ANZCC, 2022)

Approximation of Commensurate Fractional-order systems using Colliding bodies optimization. - Chhabindra Nath Singh; Deepak Kumar 004; Paulson Samuel; Akhilesh Kumar Gupta; Victor Sreeram (ASCC, 2022)

Slime Mould Optimization-Based Approximants of Large-Scale Linear-Time-Invariant Continuous-Time Systems with Assured Stability. - Chhabindra Nath Singh; Deepak Kumar 004; Paulson Samuel; Akhilesh Kumar Gupta (Circuits Syst. Signal Process., 2023)

Salp Swarm Optimization-Based Approximation of Fractional-Order Systems with Guaranteed Stability. - Shekhar Gehlaut; Deepak Kumar 004 (Circuits Syst. Signal Process., 2024)