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Application of Differential Evolution to Determine Single-Stage Impulse Circuit Parameters
G Ramarao, B Hari Krishna, D Rajesh… - Sustainable Energy and …, 2022 - Springer
Differential evolution optimization algorithm (DEOA) is effectively utilized in this paper to
determine the parameters of single-stage impulse generator circuit (SSIGC)(such as R 1, R …
determine the parameters of single-stage impulse generator circuit (SSIGC)(such as R 1, R …
Implementation of Particle Swarm Optimization to Evaluate Single-Stage Impulse Generator Circuit Parameters
G Ramarao, N Jayaram, P Ram Mohan Naidu… - Intelligent Computing in …, 2021 - Springer
In this paper, a new approach based on particle swarm optimization (PSO) algorithm is used
to evaluate the single-stage impulse generator (SSIG) circuit parameters (R 1, R 2, C 1, and …
to evaluate the single-stage impulse generator (SSIG) circuit parameters (R 1, R 2, C 1, and …
Evaluation of Single and Multistage Impulse Generator Circuit Parameter using Sine-Cosine Algorithm
C Prasad, G RamaRao, R Sukanya… - … on Smart Power …, 2024 - ieeexplore.ieee.org
This study proposes an innovative approach to determine the prominent parameters of
single stage (wavefront resistor (R 1) and wavetail resistor (R 2)) and multistage (wavefront …
single stage (wavefront resistor (R 1) and wavetail resistor (R 2)) and multistage (wavefront …
Evaluation of Single and Multi Stage Impulse Generator Circuit Parameter Using Hybrid Depso Algorithm
G Ramarao, KK Kumar, C Prasad… - … on Smart Power …, 2024 - ieeexplore.ieee.org
This study proposes a novel approach for determining the prominent parameters of single-
stage (wavefront resistor R_1 and wavetail resistor R_2) and multistage (wavefront resistor …
stage (wavefront resistor R_1 and wavetail resistor R_2) and multistage (wavefront resistor …
Effect of Wave Rise and Tail Times of Standard Lightning Current on Transient Response of the Horizontal Buried Conductor
P Chongala, G Ramarao… - Emerging Technologies & …, 2024 - taylorfrancis.com
This paper presents the TC is analysed through the horizontal conductor buried in lossy
grounding conditions (ie, σ= 0.01 s/m, 0.001 s/m, 0.0001 s/m, 0.00001 s/m) due to the …
grounding conditions (ie, σ= 0.01 s/m, 0.001 s/m, 0.0001 s/m, 0.00001 s/m) due to the …
Investigation of Increasing Accuracy Distributed Voltage on the Power Transformer Disks Considering Mutual Induction and Different Grounding System Models
M Talebzadeh, A Setayeshmehr… - Journal of Operation and …, 2022 - joape.uma.ac.ir
Power equipment are subjected to multiple shock voltages during their operations that are
generally caused by a lightning strike, switching of electronic power devices, or transient …
generally caused by a lightning strike, switching of electronic power devices, or transient …
Body bias optimization for real-time systems
The energy of real-time systems for embedded usage needs to be efficient without affecting
the system's ability to meet task deadlines. Dynamic body bias (BB) scaling is a promising …
the system's ability to meet task deadlines. Dynamic body bias (BB) scaling is a promising …
Analysis of a Transient Lightning Current Flowing Through the Horizontal Grounding Conductor
G Ramarao, C Prasad, C Upendhra… - Intelligent Computing in …, 2021 - Springer
Abstract Analysis of transient response of current along the horizontal buried conductor due
to the excitation of standard lightning impulse current in lossy grounding conditions is an …
to the excitation of standard lightning impulse current in lossy grounding conditions is an …