Julia Olkin, Ph.D.
- (510) 885-7487
- SF 546
- Office Hours:
- T 12:30-2 on 10/13, 10/27, 11/10, 11/24; 4-4:45 on 9/29, 10/6, 10/20, 11/3, 11/17; Th 12:30-2
- View my CV
- Home Page:
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Research: Math Education, Numerical Linear Algebra, Nonlinear Optimization
- BA Mathematics, Pomona College
- MA Mathematical Sciences, Rice University
- PhD Mathematical Sciences, Rice University
|Course #||Sec||Course Title||Days||From||To||Location||Campus||Textbook Info|
|MATH 3331||I1||Differential Equations||ARR||ARR||Hayward Campus||View Books|
|MATH 4841||01||Topics in Optimization||TTH||2:00PM||3:50PM||AE-0385||Hayward Campus||View Books|
|MATH 6840||01||Adv Topics Linear Optimization||TTH||2:00PM||3:50PM||AE-0385||Hayward Campus||View Books|
(1998) Evaluation of an actuator placement method for active noise control applications (with K. Naghshineh, L.P. Heck, and J.W. Kamman), ASME Journal of Vibration and Acoustics, 120, No. 4, pp. 875-879.
(1998) Transducer placement for broadband active vibration control using a novel multidimensional QR factorization (with L.P. Heck and K. Naghshineh), ASME Journal of Vibration and Acoustics, 120, No. 3, pp. 663-671.
(1997) Detection of ships with OTH radar using short integration times (with W.D. Nowlin and J. Barnum), Proceedings of IEEE National Radar Conference, Syracuse, NY pp. 1-6.
(1996) Evaluation of the multidimensional QR algorithm for automated actuator placement in active control applications (with L.P. Heck and K.Naghshineh) Proceedings of ASME International Mechanical Engineering Congress and Expositions, Atlanta, GA, 22, pp. 15-19.
(1996) Using semi-deﬁnite programming for H2 controller design with multiple simultaneous H2 constraints (with P.J. Titterton), Journal of VLSI Signal Processing, 14, No. 1, pp. 57-67.
(1996) Automated placement of transducers for active noise control: performance measures (with L.P. Heck and K. Naghshineh), IEEE Proceedings of International Conference on Acoustics, Speech and Signal Processing, 2, pp. 969-972.
(1995) Control system design for the SPICES smart structure demonstrations (with D.S. Flamm, L.P. Heck, P.J. Titterton, W.C. Nowlin, K.C. Chou), Proceedings of SPIE Conference on Smart Structures and Materials, 2447, pp. 237-248.
(1995) A practical method for constrained optimization controller design: H2 or H∞ optimization with H2 and/or H∞ constraints (with P.J. Titterton), Proceedings of the IEEE 29th Asilomar Conference on Signals, Systems and Computers, 2, pp.1265-1269.
(1995) Semi-deﬁnite programming for quadratically constrained quadratic programs (with P.J. Titterton), Advanced Signal Processing Algorithms, Proceedings of SPIE Conference, San Diego, CA, 2563, No. 17, pp. 193-206.
(1993) Multiple-input, multiple-output, multiple-error adaptive feedforward control, using the ﬁltered-X normalized LMS algorithm(with S.C. Douglas), Proceedings of the Second Conference of Recent Advances in Active Control of Sound and Vibration, pp. 743-755.
(1994) Circulant preconditioners for Toeplitz-block matrices (with T.F. Chan), Numerical Algorithms, 6, No. 1-2, pp. 89-101.
(1994) SRI weights algorithms and performance simulation (SWAPS) code (with M.S. Freed and P.D. Jungers), Technical Report, SRI International, pp. 1-59.
(1992) Solving quadratically constrained least squares using black box solvers (with T.F. Chan and D.W. Cooley), BIT, 32, pp. 481-494.
Dec. 2010 Asilomar Mathematics Conference, California Mathematics Council-North, 90 minute workshop on “What’s Holding This Up? Using Underlying Math Structures”
May. 2010 Presentation for Oﬃce of Faculty Development: “Engaging Students With a Few New Ideas: A Bright Ideas Roundtable”
Feb. 2010 Presentation on Introduction to Linear Programming to the CSUEB Math Club
Dec. 2009 -Feb. 2010 Taught 24 hours of professional development to Secondary School math teachers, in three 8-hour days. The curriculum is the Strengthening Mathematics Instruction program, part of the Early Assessment Program training for CSUs.1987-1997 Numerous presentations at professional conferences (SIAM -Society for Industrial and Applied Mathematics) and to clients such as Department of Defense, which employed at SRI.