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IE 515

Convex Analysis

IE 515 builds the geometric and analytic machinery behind convex optimization — separation theorems, subgradients, conjugate functions, and duality — so that you stop treating optimality conditions as recipes and start seeing why they hold. The work is proof-heavy: weekly homework sets and a written final where you derive results rather than plug into solvers, working through Rockafellar and van Tiel. It's the theoretical backbone for graduate work in optimization, OR, and machine learning, and it's where Lagrangians, KKT, and dual programs stop being black boxes and become consequences of a few clean ideas about convexity.

Credit3ECTS5FacultyFaculty of EngineeringBölümIndustrial Engineering

Değerlendirme 40% — 1 adım

40%
Final:Essay/written 40%

Önerilen kaynaklar 2 kitap

📖
Önerilen
Convex Analysis: An Introductory Text
J. V. Tiel
1984 · John Wiley and Sons
📖
Önerilen
Convex Analysis
T. R. Rockafellar
1970 · Princeton University Press

Haftalık müfredat 14 hafta

Hafta 1
Convex functions on R
Hafta 2
Affine sets, convex sets, cones and halfspaces in finite dimensional spaces
Hafta 3
Separation results in finite dimensional spaces
Hafta 4
Linear, affine and convex functions on finite dimensional spaces
Hafta 5
Derivatives, directional derivatives and subgradients
Hafta 6
Convex conjugates
Hafta 7
Topological vector spaces
Hafta 8
Continuous linear functionals and extension results
Hafta 9
Separation results for topological vector spaces
Hafta 10
Subdifferentials and subgradients
Hafta 11
Dual pairs and convex conjugates
Hafta 12
Convex optimization, perturbation and dual problem
Hafta 13
Lagrangians and saddle points
Hafta 14
KKT-type conditions

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Firdevs Ulus, Regina Sandra Burachik, Mustafa Çelebi Pınar, Osman Güler