1.
NSF Research
Grant DMS 1311733 “RUI: Collaborative Research: Regular Synthesis for
Multi-Input Optimal Control Problems with Applications to Biomedicine” October
1, 2013- September 30, 2016, $200,002.
2.
NSF Research
Grant DMS 1135667, US-South Africa Workshop: “Mathematical Methods in Systems
Biology and Population Dynamics”, AIMS, Cape Town, South Africa, September 1,
2011 – August 31, 2012, $49,860.
3.
Grant from the
Society of Mathematical Biology for the US-South Africa Workshop: “Mathematical
Methods in Systems Biology and Population Dynamics”, AIMS, Cape Town, South
Africa, September 1, 2011 – August 31, 2012, $7,500
4.
NSF Research
Grant DMS 1008221, “Collaborative Research: “Optimal Control of Multi-Input
Mathematical Models of Tumor Dynamics under Combination Therapies”, July 1,
2010- June 30, 2013, $175, 078.
5.
Supplement to the
NSF Research Grant “Collaborative Research: “Optimal Control of Multi-Input
Mathematical Models of Tumor Dynamics under Combination Therapies July 1, 2010-
June 30, 2013, $17, 160.
6. NSF Research Grant DMS 1008221, “Collaborative
Research: “Optimal Control of Multi-Input Mathematical Models of Tumor Dynamics
under Combination Therapies”, $175, 078, July 1, 2010- June 30, 2013.
7. NSF Office of International Science and Engineering
Grant “US-Israel Workshop "Mathematical Methods in Systems Biology"
Tel Aviv, Israel, $49,830, January 4-7, 2010”.
8. Grant from the Society of Mathematical Biology for the
project “US-Israel Workshop "Mathematical Methods in Systems Biology"
Tel Aviv, Israel, $4,800, January 4-7, 2010.
9. NSF Research Grant DMS-0707404 for the project
“Collaborative Research: Analysis of optimal and suboptimal controls for
mathematical models in novel cancer therapies”, $148,287, July 1, 2007 – June
30, 2010.
10.
International
Supplement to the NSF Research Grant “Collaborative Research: Analysis of
optimal and suboptimal controls for mathematical models in novel cancer
therapies” $10,500, July 1, 2007 –June 30, 2010,
11.
NSF Research
Grant DMS-0405848 for the project “Collaborative Research: Optimal Control of
Mathematical Models Cancer Treatments,
$102,015, July 15, 2004 – June 30, 2007.
12.
NSF Research
Grant DMS-0205093 for the project “Analysis of optimal controls for biomedical
models of cancer and HIV,” $101,658, June 15, 2002 – June 15, 2004.
13.
International
Supplement to the project “Analysis of optimal controls for biomedical models
of cancer and HIV,” NSF, $7,300, June 15, 2003 – June 15, 2004.
14.
NATO
Collaboration Grant with Poland (jointly with H. Schaettler) for the project “Variational methods in nonlinear optimization problems,”
$9,000, January 10, 2001 - January 10, 2002.
15.
NSF Research
Grant DMS-9971747 for the project “Synthesis in applications of optimal
control,” $111,854, June 15, 1999 - May 31, 2002.
16.
NSF research
grant DMS-9622967 for the project “Abnormal minimizers and discontinuous value
functions in optimal control,” $65,000, June 1996-June 1999.
17.
NSF US-Poland
Collaborative Research Grant, (jointly with H. Schaettler), “Variational methods in optimal control,” $17,204, February
1996 - February 2000.
18.
NSF research
grant DMS-9109324 for the project “Abnormalities in optimization and optimal
control problems,” $18,000, July 1991-July 1993.
19.
The NSF-AWM
Travel Grant, $1000, 1990.
INTERNAL AWARDS
1.
Paul Simon
Outstanding Teacher-Scholar Award, 2010.
2.
William and
Margaret Going Endowed Professorship Award for the project “Challenges in
Mathematical Models for Novel Cancer Treatments” 2009.
3. Hoppe Research Professor Award for July 1,
2002 – June 30, 2004.
4. SIUE Research Scholar Award for the
project ''New types of approximations in optimization and optimal control''
1995.
5. SIUE Research Scholar Award for the project
''On abnormal optimal control problems'' SIUE, 1990.
6. The University Award for the Distinguished
Ph. D Thesis, 1984.
7. The University Award for the Distinguished
Master Thesis, 1979
INTERNAL GRANTS
1.
STEP Award for
the Project “Exploratory Research on Optimal Chattering Controls with
Applications in Engineering and Biomedicine” Summer 2011, $9995
2.
STEP Award for
the Project “Exploratory Research on Vaccination and Treatment for a Class of
Mathematical Models in Epidemiology” Summer 2010,
$9398.
3.
Margaret SIUE
Funded University Research “Research Monograph/Textbook: Optimal Control Theory
with Applications to Biomedical Systems” Fall 2007,
$3,500.
4. SIUE Summer Research Fellowship for the
project “Optimal treatment protocols for mathematical models of immunotherapy” Summer 2007.
5. SIUE Summer Research Fellowship for the
project “Analysis of a model for a new cancer treatment: anti-angiogenesis”
Summer 2006
6. SIUE Summer Research Fellowship for the
project “The role of pharmacokinetics (PK) and pharmacodynamics (PD) in
mathematical models for cancer chemotherapy,” Summer 2005
7. SIUE Summer Research Fellowship for the
project “Analysis of optimal controls for the bone marrow model in cancer
chemotherapy,” Summer 2004
8. SIUE Summer Research Fellowship for the
project “Application of optimal control to modeling chemotherapy of HIV,” Summer 2003.
9. SIUE Summer Research Fellowship for the
project “Synthesis of controls in mathematical models of cancer chemotherapy,” Summer 2001.
10.
SIUE
Summer Research Fellowship for the project “Application of the perturbation
Feedback control law,” Summer 2000.
11.
SIUE
Summer Fellowship for the project, “Controllability and optimality of Zermelo’s navigation problem,” Summer
1998.
12.
SIUE
Summer Research Fellowship for the project “Application of Optimal Control to
Problems in Cancer Chemotherapy”, Summer 1997.
13.
SIUE
Summer Research Fellowship for the project ''Analysis of value function in
optimal control'', Summer 1996.
14.
SIUE
Summer Research Fellowship for the project ''Application of nonsmooth
analysis in abnormal optimization and optimal control'' Summer
1995.
15.
SIUE
Fourth Quarter Fellowship for the project ''Multi-optimality in abnormal
optimal control problems'' Summer 1992.
Urszula Ledzewicz / uledzew@siue.edu / Updated: September 25, 2012