Sharif Digital Repository

QBism is not so simply dismissed

Author

Barzegar, A.

Publisher

Springer,

Pub. Year

2020

Subjects

Probability. / QBism. / Quantum mechanics. / Quantum state. / Realism.

Niobium incorporation in 2D MoSe2 for lung cancer biomarkers detection: The first-principle study of sensitivity improvement

Author

Barzegar, M.

Publisher

Elsevier B.V,

Pub. Year

2023

Subjects

2D Material. / Biomarkers. / Biosensors. / Density Functional Theory (DFT) / Lung Cancer. / MoSe₂ Monolayer.

Calculation of effective parameters of high permittivity integrated artificial dielectrics

Author

Barzegar Parizi, S.

Publisher

Institution of Engineering and Technology,

Pub. Year

2015

Subjects

Dielectric films. / Electromagnetic waves. / Integral equations. / Metallic compounds. / Permittivity. / Scattering parameters. / Substrate integrated waveguides. / Artificial dielectric. / Effective electromagnetic parameters. / Effective parameters. / Integral-equation technique. / Millimetre wave (mm wave) / Plane electromagnetic waves. / Relative permittivity. / Scattering co-efficient. / Dielectric materials.

Two-dimensional materials for gas sensors: from first discovery to future possibilities

Author

Barzegar, M.

Publisher

ICE Publishing,

Pub. Year

2018

Subjects

Adsorption. / Chemical vapor deposition. / Field effect transistors. / Gas detectors. / Gases. / Graphene. / IV-VI semiconductors. / Layered semiconductors. / Molybdenum compounds. / Semiconducting tin compounds. / Sensors. / Sulfur compounds. / Tin compounds. / Tungsten compounds. / Gas sensor technology. / Innovative materials. / Molybdenum disulfide. / Optical and electrical properties. / Piezoelectric sensors. / Semiconductor gas sensors. / Two Dimensional (2 D) / Two-dimensional materials. / Chemical sensors.

Brain tumor segmentation based on 3D neighborhood features using rule-based learning

Author

Barzegar, Z.

Publisher

SPIE,

Pub. Year

2019

Subjects

3D Neighborhood Features. / Bit plane Slicing. / Brain Tumor. / Multi modal Brain MRI. / Rule-based Learning. / Segmentation. / Brain. / Computer vision. / Image segmentation. / Learning algorithms. / Magnetic resonance imaging. / Bit-plane slicing. / Brain MRI. / Brain tumors. / Tumors.

Brain tumor segmentation based on 3D neighborhood features using rule-based learning

Author

Barzegar, Z.

Publisher

SPIE,

Pub. Year

2019

Subjects

3D Neighborhood Features. / Bit plane Slicing. / Brain Tumor. / Multi modal Brain MRI. / Rule-based Learning. / Segmentation. / Brain. / Computer vision. / Image segmentation. / Learning algorithms. / Magnetic resonance imaging. / Bit-plane slicing. / Brain MRI. / Brain tumors. / Tumors.

A reliable ensemble-based classification framework for glioma brain tumor segmentation

Author

Barzegar, Z.

Publisher

Springer Science and Business Media Deutschland GmbH,

Pub. Year

2020

Subjects

3D neighborhood features. / Ensemble learning. / Glioma brain tumor. / Gray-level difference. / Multimodal brain MRI. / Segmentation. / Brain. / Histology. / Learning systems. / Support vector machines. / Brain tumor segmentation. / Classification framework. / Classification procedure. / Competitive performance. / Extract informations. / Gray level differences. / Spatial relationships. / State-of-the-art methods. / Tumors.

Numerical study of Geostationary Orbit thermal cycle effects of a tubular adhesive joint: Dynamic behavior

Author

Barzegar, M.

Publisher

Bellwether Publishing, Ltd,

Pub. Year

2020

Subjects

Aerospace. / Aging. / Degradation. / Dynamic mechanical analysis. / Thermal cycle. / Tubular adhesive joint. / Adhesive joints. / Aerospace materials. / Aging of materials. / Composite structures. / Mechanical properties. / Natural frequencies. / Thermal cycling. / Adhesive thickness. / Advanced composite structures. / Dynamic behaviors. / Geostationary orbits. / Material degradation. / Property degradation. / Thermal cycle degradations. / Adhesives. / Behavior. / Cycles. / Degradation. / Dynamics. / Reduction.

WLFS: Weighted label fusion learning framework for glioma tumor segmentation in brain MRI

Author

Barzegar, Z.

Publisher

Elsevier Ltd,

Pub. Year

2021

Subjects

Diseases. / Graphic methods. / Image segmentation. / Learning algorithms. / Machine learning. / Magnetic resonance imaging. / Atlas-based segmentation. / Cancer detection. / Glioma brain tumor. / Label fusions. / Label propagation. / Learning frameworks. / Multi-modal brain MRI. / Patch-based segmentation. / Probabilistic graphical models. / Segmentation results. / Tumors. / Controlled study. / Diagnostic accuracy. / Feature extraction. / Glioma. / Human. / Image analysis. / Image processing. / Image segmentation. / Neuroimaging. / Nuclear magnetic resonance imaging. / Priority journal. / Semi supervised machine learning. / Weighted label fusion learning framework.

A novel cyber-physical system for the optimal heating-cooling of buildings

Author

Barzegar, M.

Publisher

Institute of Electrical and Electronics Engineers Inc,

Pub. Year

2023

Subjects

Building automation and control. / Buildings. / Cyber-physical system. / Distributed model predictive control. / Energy consumption. / Heating systems. / HVAC. / Industrial Internet of Things. / Steady-state. / Weather forecasting.

A Novel Cyber-Physical System for the Optimal Heating-Cooling of Buildings

Author

Barzegar, M.

Pub. Year

2024

Subjects

Air conditioning. / Cooling. / Cooling systems. / Cost effectiveness. / Embedded systems. / Gateways (computer networks) / Intelligent buildings. / Internet of things. / Model predictive control. / Thermostats. / Transient analysis. / Weather forecasting. / Building automation and controls. / Cooling of buildings. / Distributed Model predictive Control. / Energy-consumption. / Heating system. / Industrial internet of thing. / Optimal heating. / Steady state. / Energy utilization.

A correlative model to predict in vivo AUC for nanosystem drug delivery with release rate-limited absorption

Author

Barzegar Jalali, M.

Pub. Year

2012

Subjects

Carbazole derivative. / Celecoxib. / Danazol. / Docetaxel. / Estradiol. / Fluorouracil. / Flurbiprofen. / Heparin. / Insulin. / Methotrexate. / Mifepristone. / Nifedipine. / Nitrendipine. / Vinpocetine. / Nanoparticle. / Rhodamine. / Tobramycin. / Analytical error. / Area under the curve. / Drug delivery system. / Drug formulation. / Drug release. / In vivo study. / Prediction. / Theoretical model. / Biological model. / Chemistry. / Methodology. / Bioavailability. / Correlation analysis. / Dissolution. / Drug absorption. / Mathematical analysis. / Mathematical model. / Molecular weight. / Wettability. / Absorption. / Area Under Curve. / Chemistry, Pharmaceutical. / Drug Delivery Systems. / Models, Biological. / Nanoparticles. / Nanotechnology. / Pharmacokinetics.

Millimeter-wave artificial dielectric waveguides for integrated applications

Author

Barzegar Parizi, S.

Publisher

Institute of Electrical and Electronics Engineers Inc,

Pub. Year

2015

Subjects

In-plane permittivity. / Perpendicular permeability. / Planar waveguide. / Dielectric waveguides. / Electric losses. / Guided electromagnetic wave propagation. / Millimeter waves. / Monolithic integrated circuits. / Permittivity. / Planar waveguides. / Polarization. / Surface waves. / Waveguides. / Artificial dielectric. / Artificial dielectric layers. / Integrated applications. / Magnetic polarizations. / Millimeter wave circuits. / Monolithic integration. / Planar dielectric waveguides. / Polarization loss. / Millimeter wave devices.

An exact method for the extraction of effective bulk and surface parameters of periodic artificial media

Author

Barzegar Parizi, S.

Publisher

Institute of Electrical and Electronics Engineers Inc,

Pub. Year

2015

Subjects

Effective bulk parameters. / Surface effects. / Eigenvalues and eigenfunctions. / Electric excitation. / Extraction. / Interfaces (materials) / Scattering parameters. / Transfer matrix method. / Transmission line theory. / Artificial material. / Artificial media. / Bloch modes. / Bulk parameters. / Full-wave simulations. / Reflection and transmission coefficients. / Surface effect. / Transmission line modeling. / Periodic structures.

Tunable extraordinary transmission through a graphene-covered hole array: an analytical equivalent-circuit modeling approach

Author

Barzegar Parizi, S.

Publisher

Springer New York LLC,

Pub. Year

2018

Subjects

2-D holes. / Absorber. / Extraordinary transmission. / Graphene sheet.