Journal Papers:

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Research Interests: Computer vision, Machine learning, Image processing, Computational intelligence, Digital circuit design.

Conference Papers:

1 . S.   P.   Hoseini   Alinodehi,   S.   J.   Louis,   S.   Moshfe,   and   M.   Nicolescu,   “A   Modified Steady    State    Genetic    Algorithm    Suitable    for    Fast    Pipelined    Hardware,”    IEEE Congress   on   Evolutionary   Computing   (CEC),   pp.   2526-2533,   San   Sebastian,   Spain, June 2017. 2 . J.   Blankenburg,   S.   B.   Banisetty,   S.   P.   Hoseini Alinodehi,   L.   Fraser,   D.   Feil-Seifer,   M. Nicolescu,   and   M.   Nicolescu,   “A   Distributed   Control   Architecture   for   Collaborative Multi-Robot     Task     Allocation,”     IEEE-RAS     17 ^th      International     Conference     on Humanoid Robotics (Humanoids), pp. 585-592, Birmingham, UK,  November 2017. 3 . M.    Koosha,    S.    P.    Hoseini    Alinodehi,    M.    Nicolescu,    and    Z.    Safaei    Naraghi, “Automatic   evaluation   of   skin   histopathological   images   for   melanocytic   features,” SPIE   Medical   Imaging:   Digital   Pathology,   Vol.   10140,   1014006,   Orlando,   USA, March 2017. 4 . P.    Hoseini,    A.    Khoei, K.    Hadidi,    and    S.    Moshfe,    “Fast    and    Flexible    Genetic Algorithm   Processor,”   18 ^th    IEEE   International   Conference   on   Electronics,   Circuits, and Systems (ICECS), pp. 635-638, Beirut, Lebanon, December 2011. 5 . P.    Hoseini    and    M.    G.    Shayesteh,    “Hybrid    Ant    Colony    Optimization,    Genetic Algorithm,    and    Simulated    Annealing    for    Image    Contrast    Enhancement,”    IEEE Congress    on    Evolutionary    Computation    (CEC),    pp.    1-6,    Barcelona,    Spain,    July 2010. 6 . P.   Hoseini   and   B.   Mashoufi,   “Circuit   Design   of   Weighted   Order   Statistics   Filter Based    on    Neural    Network    in    CMOS    Process,”    International    Conference    on Electronic    Devices,    Systems    and    Applications    (ICEDSA),    pp.    174-178,    Kuala Lumpur, Malaysia, April 2010. 7 . P.   Hoseini,   A.   Khoei,   and   K.   Hadidi,   “Circuit   Design   of   Voltage   Mode   Center   of Gravity    Defuzzifier    in    CMOS    Process,”    International    Conference    on    Electronic Devices,    Systems    and    Applications    (ICEDSA),    pp.    169-173,    Kuala    Lumpur, Malaysia, April 2010. 8 . A.    Niknam,    P.    Hoseini,    B.    Mashoufi,    and    A.    Khoei,    “A    Novel    Evolutionary Algorithm    For    Block-Based    Neural    Network    Training,”    Iranian    Conference    on Pattern Recognition and Image Analysis (PRIA), Birjand, Iran, March 2013. 9 . S.   Moshfe, A.   Khoei,   K.   Hadidi,   and   P.   Hoseini,   “Design   of   a   Programmable Analog CMOS    Rational-Powered    Membership    Function    Generator    in    Current    Mode Approach,”   IEEE   International   Conference   on   Electronics,   Circuits,   and   Systems (ICECS), pp. 29-32, Beirut, Lebanon, December 2011. 1 0 . H.   G.   Tamar,   A.   G.   Tamar,   K.   Hadidi,   A.   Khoei,   and   P.   Hoseini,   “High   Speed   Area Reduced    64-bit    Static    Hybrid    Carry-Look    Ahead/Carry-Select    Adder,”    IEEE International   Conference   on   Electronics,   Circuits,   and   Systems   (ICECS),   pp.   460- 463, Beirut, Lebanon, December 2011.

1 . S.   P.   Hoseini   Alinodehi,   S.   Moshfe,   M.   Saber   Zaeimian,   A.   Khoei,   and   K.   Hadidi, “High   Speed   General   Purpose   Genetic   Algorithm   Processor,”   IEEE   Transactions   on Cybernetics, Cybernetics, Vol. 46, Issue 7, pp. 1551-1565, July 2016. 2 . P.   Hoseini   and   M.   G.   Shayesteh,   “Efficient   Contrast   Enhancement   of   Images   Using Hybrid   Ant   Colony   Optimisation,   Genetic   Algorithm,   and   Simulated   Annealing,” Elsevier Digital Signal Processing, Vol. 23, Issue 3, pp. 879-893, May 2013. 3 . S.   Moshfe,   P.   Hoseini,   A.   Khoei,   and   K.   Hadidi,   “A   Fully   Programmable   Analog CMOS    Rational-Powered    Membership    Function    Generator    with    Continuously Adjustable    High    Precision    Parameters,”    Springer    Circuits,    Systems,    and    Signal Processing, Vol. 33, Issue 5, pp. 1337-1352, May 2014.