Iranian Journal of Electrical and Electronic Engineering
Iran University of Science and Technology
Fri, Oct 9, 2026
[Archive]
Volume 17, Issue 2 (June 2021)
P. 1377-1377
Model Predictive Control of a BCDFIG With Active and Reactive Power Control Capability for Grid-Connected Applications
P. 1422-1422
Abstract
(5317 Views) |
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| Reseach Highlights
Reseach Highlights:
- Effective Control of BCDFIG in grid-connected mode.
- The active and reactive powers are appropriately exchanged with the grid.
- Model predictive control improves the BCDFIG performance.
- Achieving better transient response and harmonic performance.
An Information-Theoretic Discussion of Convolutional Bottleneck Features for Robust Speech Recognition
P. 1563-1563
Abstract
(5145 Views) |
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(1753 Downloads)
| Reseach Highlights
Reseach Highlights:
- We Use convolutional bottleneck features for robust speech recondition.
- We analyze the mutual information between input and each layer, and show that bottleneck layer has a high information about network input.
- We show that convolutional bottleneck network training performance is related to the mutual information of bottleneck features and class labels.
A Novel Transformer-Based Single-to-Three Phase Conversion Technique Using Rotating Magnetic Field Theory
P. 1594-1594
Abstract
(4723 Views) |
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(1856 Downloads)
| Reseach Highlights
Reseach Highlights:
- This paper proposes a new single-to-three phase converter that is based on a special type of rotating magnetic field transformers.
- In the proposed system, a switching technique is also introduced to obtain nearly a two-phase voltage.
- The results confirm the validity of the proposed converter and also THD reduction in comparison to the conventional converter.
Discrete Time Control Method for SVM Direct Active Power and Stator Flux Control of PMSG-Based Wind Turbine
P. 1720-1720
Abstract
(6447 Views) |
Full-Text (PDF)
(1939 Downloads)
| Reseach Highlights
Reseach Highlights:
- Proposing a novel method base on load angle for direct control of active power and stator flux of PMSG-based wind turbine.
- Control of active power and stator flux by the proposed discrete-time algorithm.
- Higher dynamic response due to the elimination of inner current control loops and no need to coordinate system transformation blocks as well as the PI controllers and their adjustment.
- No need to permanent magnet flux vector and several machine parameters such as stator inductances which can improve the robustness of the control system.
The Effect of Magnet Width and Iron Core Relative Permeability on Iron Pole Radii Ratio in Spoke-Type Permanent-Magnet Machine: An Analytical, Numerical and Experimental Study
P. 1802-1802
Abstract
(6253 Views) |
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(1599 Downloads)
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Reseach Highlights:
- An analytical model has been presented to determine optimal iron pole shape in STPM machine considering magnet width as well as the iron core relative permeability.
- The proposed model is obtained by solving the Maxwell equations by considering the appropriate boundary conditions in the Cartesian pseudo-coordinate system.
Economical Modeling for Managing the Power Transaction of EVs and Power Market in Smart Parking Lots
P. 1818-1818
Study on Generation of Higher Order Orbital Angular Momentum Modes and Parameters Affecting the Vortex
P. 1822-1822
Abstract
(4196 Views) |
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(2094 Downloads)
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Reseach Highlights:
- In this work, three different antenna arrays are designed and fabricated to generate three OAM modes [mode 0, mode +1, and mode -1]. The fabricated OAM antenna is compact related to other uniform circular array OAM antenna. The purity of OAM pattern of each mode is also improved to some extent by using of radial orientation array elements.
- Apart from successfully generated the OAM beam, the effect of dimensional parameters like antenna array radius (R) and number of antenna element (N), on directivity pattern and vortex null-width is also analyzed and results have been shown.
- The effect of increasing OAM mode (l = 0 to +4) on the vortex null-width and in absolute directivity is also analyzed and results have been shown.
- The OAM phase for mode 0 to 4 is simulated to study the effect on the purity of OAM phase pattern and maximum possible OAM modes are observed.
- All these results are compared with two other similar kinds of works.
P. 1862-1862
Abstract
(6262 Views) |
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(3820 Downloads)
| Reseach Highlights
Reseach Highlights:
- High voltage conversion ratio in both step-up and step-down modes;
- Existence of zero voltage switching (ZVS) for the power diode, which decrease the regenerative diode reverse;
- Lower peak voltage through the semiconductors;
- Low size, volume, and cost.
Abstract
(5498 Views) |
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(1855 Downloads)
| Reseach Highlights
Reseach Highlights:
- The Major contribution of the work includes the design of GD-QFB OTA and its uses in GD-QFB MOS based Gm-C filter. GD-QFB MOS technique is a good low power design technique.
- In this paper, GD-QFB MOS differential input two-stage OTA has been presented. The simulation results show the significant improvement in DC gain, CMRR, and reduction in the power consumption of OTA.
- Further, the proposed OTA is used in the design of the tunable Gm-C filter for low power PLL applications in the range of 1-3 GHz.
An Operational Planning Approach Distribution Automation Considering the Contribution of Demand Response Programs in Service Restoration Process
P. 1881-1881
Abstract
(5228 Views) |
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(1738 Downloads)
| Reseach Highlights
Reseach Highlights:
- Developing an advanced distribution automation planning approach in which the emergency-based demand response programs are supposed to be employed in the service restoration process.
- Comprehensive modeling of the emergency-based demand response programs through considering the restrictions, and behavior of customers in participating in the service restoration process.
