الاسم : عماد عبدالزهره محمد

العنوان : استاذ

القسم : علوم الفيزياء

رابط التدريسي :

https://scholar.google.com/citations?hl=en&user=uGeUfKQAAAAJ : Google Scholar

https://www.researchgate.net/profile/Emad_Mohammed : Research Gate

https://www.scopus.com/authid/detail.uri?authorId=55837647600 : Scopus

https://orcid.org/0000-0003-3552-2549 : ORCID

الايميل : emad.mohammed@uobasrah.edu.iq

رقم الهاتف :

المعلومات الشخصية (current) السيرة الذاتية(current) السيرة العلمية(current) المؤلفات (current) النشاطات العلمية (current) المحاضرات (current)

التعليم

  • الفيزياء , , البصره , العراق , 1995
  • الفيزياء , الكترونيات بصرية , البصره , العراق , 1998
  • الفيزياء , البصريات والامن البصري للمعلومات , البصره , العراق , 2015

    • منشورات مختارة

    العنوان السنة مجلة تحميل
    Sparse phase information for secure optical double-image encryption and authentication 2019 Elsevier/ Optics and Laser Technology 1
    Photon-counting multifactor optical encryption and authentication 2015 IOP Publishing, Journal of Optics 1
    Optical double-image encryption and authentication by sparse representation 2016 OSA publishing/ Applied Optics 1
    Simultaneous verification of optical triple-image encryption using sparse strategy 2019 IOP publishing/ Journal of Physics: Conference Series 2
    Influence of external distortions on multifactor optical identification tags with photon- counting 2015 Journal of Thi-Qar Science 1
    High secure binary phase optical multifactor ID tag based on photon-counting 2015 International Journal of Advanced Research 1
    Optical information authentication of triple-image encryption 2018 JOURNAL OF KUFA – PHYSICS 1
    Optical image encryption based on linear canonical transform with sparse representation 2023 Optics Communications / Elsevier 1
    Security augmenting of optical cryptosystem based on linear canonical transform domain using a full phase encoding technique 2024 Physica Scripta 1
    Optical double-image cryptosystem based on a joint transform correlator in a linear canonical domain 2024 Applied Optics 1
    Optical double-image cryptosystem based on interference principle and spatial encoding 2025 ElSEVIER - Optik 1
    Secure optical image encryption and authentication based on phase information and Collins diffraction transform 2025 OICC Press 1
    Optical Asymmetric Cryptosystem Based on Interference and Spatial Encoding for Two User Authenticators 2025 Springer Nature - Lecture Notes in Networks and Systems 2