"QUANTUM INFORMATION AND INTELLIGENT ROBOTICS" SEMINAR.


Seminars of the Intelligent Robotics Laboratory and Quantum Information Laboratory.
Organizer: Marek A. Perkowski, mperkows@ee.pdx.edu
Secretary: Martin Lukac, lukacm@ece.pdx.edu


Here is the flier of this seminar in PDF format for you to print and distribute to other students. We want to believe that there are undergraduate and graduate students who want to do research in this top research area.



PLEASE NOTE, that if your lecture is not completed at a meeting, it is continued automatically the next meeting.

  • PORTLAND STATE UNIVERSITY
    DEPARTMENT OF ELECTRICAL
    AND COMPUTER ENGINEERING



    The seminars are in FAB 155 room at 2 p.m., THURSDAYS

    SEMINARS IN FALL OF 2005.

    1. List of participants and list of seminar topics this Fall.
    2. Marek Perkowski. Motivation and introduction to Quantum Computing.
    3. Marek Perkowski. Some Research Topics in Quantum Circuits.
    4. Marek Perkowski. Simple explanation of Deutsch and Deutsch-Jozsa algorithms and affine function separation algorithm. This was also presented in Mathematics Department.
    5. Paper about generalization to Grover, result of collaboration with Dr. Thornton and his student Lun Li. You can join this work, we have many ideas what to do. Actually I presented these ideas in the first seminar but nobody responded with any interest.
    6. Marek Perkowski. Simple explanation of Walsh transform and new ideas. This was also presented in Mathematics Department.
    7. Marek Perkowski. Generalization of Deutsch and Deutsch-Jozsa for ternary quantum logic. This was also presented in Mathematics Department.
    8. Jeff Allen. ATPG for reversible circuits. To be added.
    9. Jeff's Slides. Old. We wait for new.
    10. Professor Dong Hwa Kim, Hanbat University, South Korea. "Evolutionary Based Computational Intelligence and Its Applications."
      The abstract of talk by Prof. Kim.
      Curriculum Vitae of Prof. Kim.
    11. Yale Wang. 13-years old young man who already knows quantum circuits.
      Introduction to quantum circuits.
    12. Jacob Biamonte. CNOT and CV gates.
    13. Jake Biamonte. Fault Models for Quantum Mechanical Switching Networks.
    14. Jacob Biamonte et al. Paper on Quantum test.
    15. Marek Perkowski. Grover Algorithm. Part 1.
    16. Marek Perkowski. Grover Algorithm. Part 2
    17. Jacob Biamonte and Marek Perkowski. One in Four and a new explanation using Kmaps of Grover-like algorithms.
    18. PDF file with Quantum Game text used in Math Seminar.
    19. ECE-seminar-presentation by Faisal Khan. Decomposition of quantum circuits.





      Participants and their specializations:
      1. Jeff Allen, graduate student, jeffal@cecs.pdx.edu
        (humanoid robots, robot vision, control of servos, Visual Basic.NET programming, reversible logic, networking and system integration). Jeff is the designer of the Narrator robot that has many capabilities and is looking for help.
      2. Akashdeep Aulakh, graduate student, aulakh@cecs.pdx.edu
        CAD for reversible circuits.
      3. Nouraddin Alhagi, graduate student, nouraddin.m.alhagi@intel.com
        reversible and quantum logic and test.
      4. Jacob Biamonte, undergraduate student, biamonte@cecs.pdx.edu , biamonte@ieee.org
        (Quantum test, quantum algorithms to simulate quantum mechanics, mathematics, reversible logic localization, QuidPro.)
      5. C.R. Freny, graduate student, freny@cecs.pdx.edu
        (quantum computing, VLSI design, QUIDPRO and decision diagrams.)
      6. Kalana Gandikota, graduate student, 503 804 7929, kal@ece.pdx.edu
        (CMOS realization of reversible logic and computer architecture. Circuits.)
      7. Sazzad Hossain, Ph.D. student, sazzad_h@yahoo.com
        (multiple-valued reversible circuits, quantum computing, multiple-valued logic, optimization methods, Artificial Intelligence).
      8. Howard Huang, howardarbutus@yahoo.com 503 819 1094
        (robotics and computer vision)
      9. Steen Larsen, Ph.D. student, steen.larsen@intel.com
        (FPGAs, Computer Architecture).
      10. Chung Lee, graduate student, chungl@cecs.pdx.edu
        SAT project.
      11. Martin Lukac, Ph.D. student, lukacm@ece.pdx.edu
        (everything robot related, knowledge engineering, machine learning, Artificial Life, biology, human face musculature and emotions). Martin is the designer of talking lions robot and is looking for students who want to help.
      12. Myron Machado, M.S. student, mmachado@pdx.edu
        (software development for robot vision, OpenCV, Hidden Markov Models)
      13. Tony Muilenberg, undergraduate student, muilenta@pdx.edu 503 471 8310
        (mobile robots, microcontrollers, software development for robot vision, robot architecture integration).
      14. Steve Mbah, undergraduate student, steven@ieee.org 503 560 6976
        (humanoid robot design, head robot design, walking robot design)
      15. Kiran Narayan, graduate student, kiran@cecs.pdx.edu
        (reversible and quantum circuits.)
      16. Dean Pierce, undergraduate student, piercede@pdx.edu
        reversible and quantum circuits and CAD.
      17. Seho Park, graduate student, sehopark429@hotmail.com 503 471 8899
        (Intelligent robotics, mobile robots.)
      18. Mike Ray, undergraduate student, mcr@ece.pdx.edu
        (reversible logic)
      19. Wael Refaai, Ph.D. student, refaai2003@yahoo.com
        (multiple-valued reversible circuits, quantum computing, multiple-valued logic, optimization methods, Artificial Intelligence).
      20. Chris Stedman, cstedman@pdx.edu
        reversible logic project.
      21. Glenn Stockton, glenn@globalmatrix.net 978 506 6136
        (cybernetics, regular structures, cellular automata, mathematics and system theory.)
      22. David Tabachnik, david@quiddity.org
        networking, quantum and reversible circuits.
      23. Andrew Trzynka, Mice@wildmice.net
        robotics.
      24. Tzewen Wang, graduate student, javen.wang@msa.hinet.net 503 515 9133
        (satisfiability, programming, robotics.)
      25. Vijaya, graduate student, vijaya@pdx.edu 503 471 8475
        reversible logic, VLSI design, quantum circuits.
      26. Guowu Yang, Ph.D. student, gy@pdx.edu 503 725 8252
        (reversible logic, formal verification, mathematics, group theory)
      27. Bruce Yen, M.S. student, byen@pdx.edu
        (multiple-valued reversible circuits, quantum computing, multiple-valued logic, optimization methods, Artificial Intelligence).

      SEMINARS AND EVENTS IN WINTER AND SPRING 2005.

      1. Dean Pierce January 6.

        RSA and fundaments of cryptography.
        ABSTRACT. Dean's abstract of the talk.

      2. Jake Biamonte. January 13.

        Introduction to quantum circuits.
        ABSTRACT. Jake's abstract of the talk in Word format.

      3. Martin Lukac. January 20.

        Deutch-Jozsa algorithm.
        ABSTRACT. PLEASE SEND ME ABSTRACT IN PDF FORMAT.



      4. Jake Biamonte. January 27.

        Phase estimation.
        ABSTRACT. EXPLAINING QUANTUM PHASE KICKBACK by Jacob Biamonte.

      5. Bruce Yen. February 3.
        Minimization of permutative multiple-valued quantum circuits using generalized Muthukrishnan-Stroud gates.
        ABSTRACT. PLEASE SEND ME ABSTRACT IN PDF FORMAT.

      6. Martin Lukac. February 10.
        Shor Algorithm for Integer factorization.
        ABSTRACT. PLEASE SEND ME ABSTRACT IN PDF FORMAT. This talk does not discuss Quantum FFT in detail. Concentrates on number theory used by Shor.

      7. Marek Perkowski. February 17.

        Quantum Fast Fourier Transforms.
        ABSTRACT.

      8. Guowu Yang. February 24.

        Using Group Theory to minimize reversible and quantum circuits.
        ABSTRACT. PLEASE SEND ME ABSTRACT IN PDF FORMAT.

      9. Kalyana Gandikota. March ...

        CMOS reversible circuits.
        ABSTRACT. PLEASE SEND ME ABSTRACT IN PDF FORMAT.

      10. Dean Pierce. March ...

        Fault Localization in Reversible Circuits.
        ABSTRACT. PLEASE SEND ME ABSTRACT IN PDF FORMAT.

      11. Mostafa Wael. - March... Overview of methods for binary quantum logic synthesis from the literature.
        ABSTRACT. PLEASE SEND ME ABSTRACT IN PDF FORMAT.

        Mostafa Wael will talk about his Ph.D. Work on quantum computing.

        About the speaker:

      12. Sazzad Hossein. March ...

        Fault Localization in Reversible Circuits.



        ABSTRACT. PLEASE SEND ME ABSTRACT IN PDF FORMAT.


        Previous seminars.