[Home]   [  News]   [  Events]   [  People]   [  Research]   [  Education]   [Visitor Info]   [UCSD Only]   [Admin]
Home > Research > Publications
Search this site:


Directors:
Randolph E. Bank
Philip E. Gill
Michael Holst

Administrative Contact:
Juan Rodriguez

Office: AP&M 7409
Phone: (858)534-9056
Fax: (858)534-5273
E-mail: jcr009@ucsd.edu
Technical Publications

Keyword:
    Results 1 to 10 of 39
 

Download

Date

Item #

Author(s)

Title (click for abstract)

Click to Download PDF

Mar 2019

19-04
PDF

Philip E. Gill
Vyacheslav Kungurtsev
Daniel P. Robinson

Note on the Formulation of a Shifted Primal-Dual Penalty-Barrier Function for Nonlinear Optimization

Click to Download PDF

Mar 2019

19-03
PDF

Philip E. Gill
Vyacheslav Kungurtsev
Daniel P. Robinson

A Shifted Primal-Dual Penalty-Barrier Method for Nonlinear Optimization

Click to Download PDF

Feb 2019

19-02
PDF

Philip E. Gill
Walter Murray
Michael A. Saunders
Elizabeth Wong

User's Guide for SQOPT Version 7.7: Software for Large-Scale Linear and Quadratic Programming

Click to Download PDF

Feb 2019

19-01
PDF

Philip E. Gill
Walter Murray
Michael A. Saunders
Elizabeth Wong

User's Guide for SNOPT Version 7.7: Software for Large-Scale Nonlinear Programming

Click to Download PDF

Apr 2016

16-01
PDF

Philip E. Gill
Vyacheslav Kungurtsev
Daniel P. Robinson

Distance-to-Solution Estimates for Optimization Problems with Constraints in Standard Form

Click to Download PDF

Jul 2015

15-03
PDF

Philip E. Gill
Elizabeth Wong

User's Guide for SNCTRL

Click to Download PDF

Apr 2015

15-02
PDF

Anders Forsgren
Philip E. Gill
Elizabeth Wong

Primal and Dual Active-Set Methods for Convex Quadratic Programming

Click to Download PDF

Jul 2014

14-06
PDF

Philip E. Gill
Elizabeth Wong

Convexification Schemes for SQP Methods

Click to Download PDF

Jul 2014

14-05
PDF

Philip E. Gill
Michael A. Saunders
Elizabeth Wong

User's Guide for DNOPT

Click to Download PDF

Jul 2014

14-04
PDF

Philip E. Gill
Elizabeth Wong

Numerical results for SQIC: Software for large-scale quadratic programming