payam samadi Miandoab

My current research is focused on the Cyberknife system, with an emphasis on motion tracking and determining the source of errors. I also like to investigate the accuracy of real time respiratory tracking and determine planning target margins necessary to assure adequate target coverage in case of dynamic radiation delivery.

Living in : Iran

Gender : MaleRace : Middle Eastern

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Academic Profile

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Educations

Medical Radiation PhysicsPhDAmirkabir University of Technology2023-02-18 Iran

Title :

Target margins design trough analyzing clinical log data in the Cyberknife System

Medical Radiation PhysicsMaster'sKerman Graduate University of Technology2014-09-16 Iran

Title :

Investigation the patient setup error in radiotherapy of dynamic tumors by using nonlinear methods

Electric Power Systems EngineeringBachelor'sHigher Institute of Higher Education in Esfahan2011-07-19 Iran

Work Experiences

Guest PhD student

at Aarhus University hospita

Start : 31-May-2022

End : 29-Nov-2022

English Scores

IELTS22-Jun-2022

6.5/9Total

Reading :

6.5/9

Speaking :

6.5/9

Listening :

6.5/9

Writing :

6.5/9

Journal Publications

Publication Title :

A retrospective multi‐center feasibility study of a new PTV margin estimation approach for moving targets using CyberKnife log filesFirst author

Journal :

Journal of Applied Clinical Medical Physics

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Publication Title :

Respiratory motion prediction based on deep artificial neural networks in CyberKnife system: A comparative studyFirst author

Journal :

Journal of Applied Clinical Medical Physics

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Publication Title :

Target margin design through analyzing a large cohort of clinical log data in the cyberknife systemFirst author

Journal :

Journal of Applied Clinical Medical Physics

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Publication Title :

Feasibility Study of Convolutional Long Short‑Term Memory Network for Pulmonary Movement Prediction in CT ImagesSecond author

Journal :

Journal of Biomedical Physics and Engineering

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Publication Title :

Calculation of inter-and intra-fraction motion errors at external radiotherapy using a markerless strategy based on image registration combined with correlation modelFirst author

Journal :

Iranian Journal of Medical Physics

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Publication Title :

A feasibility study on ribs as anatomical landmarks for motion tracking of lung and liver tumors at external beam radiotherapyThird author

Journal :

Technology in Cancer Research and Treatment

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Publication Title :

A simulation study on patient setup errors in external beam radiotherapy using an anthropomorphic 4D phantomFirst author

Journal :

Iranian Journal of Medical Physics

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Publication Title :

Extraction of respiratory signal based on image clustering and intensity parameters at radiotherapy with external beam: A comparative studyFirst author

Journal :

Journal of Biomedical Physics and Engineering

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Publication Title :

Investigation of the optimum location of external markers for patient setup accuracy enhancement at external beam radiotherapyFirst author

Journal :

Journal of Applied Clinical Medical Physics

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Publication Title :

Full View Optimum location of external markers using feature selection algorithms for real‐time tumor tracking in external‐beam radiotherapy: a virtual phantom studyThird author

Journal :

Journal of Applied Clinical Medical Physics

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Research Keywords

Image processing

medical physics

motion management

log data analysis

adaptive radiotherapy

Awards

First Rank Student in UniversityPHD