Full list

• Ghaedsharaf, Mohammad

  2021 — Multiscale Numerical Simulation of Biaxial Braids with Discrete Fibers for Manufacturing Thermoplastic Composite Rods Using Braid-trusion
• Ghaemi, Mohammad Sajjad

  2017 — Forestogram: Biclustering Visualization Framework with Applications in Public Transport and Bioinformatics
• Ghafar-Zadeh, Ebrahim

  2007 — Hybrid microfluidic CMOS capacitive sensors for lab-on-chip applications
• Ghafarinatanzi, Mehdi

  2023 — Identification of Mechanical Properties for Patient-Specific Left Ventricle Models from CMR using Virtual Fields Method
• Ghaffari, Seyed Alireza

  2023 — Statistical Methods for Efficient Digital Electronic Hardware Design
• Ghafoori Ahangar, Reza

  2018 — Fatigue Behavior of Welded Joints with Partial Penetration
• Ghafouri, Mohsen

  2018 — Subsynchronous Resonance in DFIG-Based Wind Farms
• Ghali, Hala

  2016 — Optical Microcavities for Real-Time Detection of Bacteria
• Ghali, Mohamed Raouf

  2017 — Réseau social pour l'initiation de synergies industrielles
• Ghanbari, Abbas

  2012 — Morphology and Properties of Poly(Ethylene Terephthalate)/Clay Nanocomposites
• Ghandali, Pooya

  2018 — A Pseudo-3D Ball Lattice Artifact and Method for Evaluating the Metrological Performance of Structured-Light 3D Scanners
• Ghane Motlagh, Bahareh

  2015 — High-Density 3D Pyramid-Shaped Microelectrode Arrays for Brain-Machine Interface Applications
• Ghaneh-Fard, Akbar

  1996 — Study of the film blowing process and on-line measurements of birefringence
• Ghannoum, Anthony

  2012 — An Image Processing Approach Toward a Visual Intra-Cortical Stimulator
• Ghannoum, Roula

  2010 — A CMOS 90nm Digital Pixel Sensor Intended for a Visual Cortical Stimulator
• Gharbi, Hicham

  2008 — Étude biomécanique de la spondylolyse et du spondylolisthésis chez l'enfant : étude de cas
• Ghari, Soude

  2023 — Benchmarking Framework and Performance Modeling for Evaluating the Performance of Spark-Based Data Science Projects
• Gharib, Isam

  2020 — Portable 3D Interferometric Microscopy for Microfluidic-Based Platforms
• Gharzouzi, Nada

  2009 — Evaluation of greenhouse gas emissions in the context of a logistic platform
• Ghasabyan, Levon

  2020 — Validation of DRAGON5 Lattice Code for PWR (Pressurized Water Reactor) Applications Using Depletion Benchmarks by Detailed Comparison with SERPENT2 Monte Carlo Code
• Ghasemi, Alireza

  2005 — Condition based maintenance using the proportional hazard model with imperfect information
• Ghasemi, Alireza

  2009 — Studies in condition based maintenance using proportional hazards models with imperfect observations
• Ghasemi, Amirhossein

  2018 — Beam Scanning Slot Array Antennas with Electromechanical Reconfigurability
• Ghasemi, Hesam

  2010 — Improvement of Barrier Properties of Poly(Ethylene Terephthalate)with Nanoclay
• Ghasemi, Mojtaba

  2021 — Performance Evaluation of Cyclist's Position Using a Depth Camera-Based Motion Capture System
• Ghassemi, Nasser

  2013 — Millimeter-Wave Substrate Integrated Waveguide Antenna and Front-End Techniques for Gigabyte Point-to-Point Wireless Services
• Ghattas, Hany

  2003 — Conception d'un processeur embarqué de faible complexité dédié à une plate-forme SoC pour concevoir des processeurs réseaux
• Ghattas, Nader

  2004 — Built-in self-test and self-repair architecture for defect-tolerant word-oriented large capacity memories
• Ghavidel Gholamhosseinzadeh, Mohammad

  2024 — Analysis of User-Based Insurance Telematics data via Smartphone sensors in Driver Behavior and Safety
• Ghavidel Mehr, Nima

  2014 — Highly Structured and Surface Modified Poly (e-Caprolactone) Scaffolds Derived from Co-Continuous Polymer Blends for Bone Tissue Engineering
• Ghazal, Claude

  1994 — Effet du vieillissement et de la diffusion de solutions salines sur les propriétés physico-chimiques de l'argile St-Ambroise
• Ghazanfari Rad, Saeed

  2010 — Quality of Service Provisioning for Voice Application over Wlans
• Ghazi Hesami, Sam

  2023 — Aerothermal Characteristics of Ribbed Surfaces at High Reynolds Number
• Ghazi Zadeh, Leili

  2018 — Freeze-Dried Chitosan Platelet-Rich Plasma Mixtures for Knee Meniscus Repair
• Ghazi, Georges

  2014 — Développement d'une plateforme de simulation et d'un pilote automatique - application aux Cessna Citation X et Hawker 800XP
• Ghaznavi, Touraj

  2014 — Conversion of D-Xylose to Carboxylic Acids in a Capillary Fluidized Bed
• Gheorghe, Luiza

  2009 — Continuous/Discrete Co-Simulation Interfaces from Formalization to Implementation
• Gherbi, Zohair

  1996 — Décodages des codes convolutionnels de taux très faibles pour les systèmes AMRC
• Gheroghe, Marian

  1995 — Application simulink pour l'étude par simulation des systèmes d'entraînement de machines électriques
• Ghesquiere, Pierre

  2018 — Segmentation automatique des images de fibres d'ADN pour la quantification du stress réplicatif
• Ghezelbash, Farshid

  2019 — Subject-Specific Computational Musculoskeletal Modeling of Human Trunk in Lifting : Role of Age, Sex, Body Weight and Body Height
• Ghezzaz, Hakim

  2011 — Méthode systématique de conception pour comparer les procédés de bioraffinage intégrés dans une usine existante de pâtes et papiers
• Ghodratnama, Mohammad

  2013 — Dynamics, Control and Extremum Seeking of the Rectisol Process
• Gholami, Mohammad-Reza

  2016 — Verifying Timed LTL Properties Using Simulink Design Verifier
• Gholamzadeh Ajez, Bahareh

  2013 — Cantilever Array Platform for Quantitative Biological Analysis
• Ghoorchiyan, Amir

  2020 — Defining Best Practices for Using Lean and Agile Principles Within the New Product Development Process
• Ghorbani, Ehsan

  2023 — Robust Predictive Control Model Utilizing Recursive State Estimation for Controlling Indoor Microclimates of Clustered Greenhouses
• Ghorbani, Hamid

  2022 — 3D Scanning-Based Inspection and Repair Geometry Generation for Remanufacturing of Damaged Aeroengine Blades
• Ghorbani, Soroosh

  2016 — Improving Binary Classifier Performance Through an Informed Sampling Approach and Imputation
• Ghorbaniaghdam, Atefeh

  2013 — Development of a Dynamic Model to Describe CHO cells Metabolic Network and Regulation