Separation of Two Sets in a Product Space
β Scribed by Reinhard Nehse
- Publisher
- John Wiley and Sons
- Year
- 1980
- Tongue
- English
- Weight
- 413 KB
- Volume
- 97
- Category
- Article
- ISSN
- 0025-584X
No coin nor oath required. For personal study only.
β¦ Synopsis
In order to prove fundamental assertions in several fields of mathematics (for instance in functional analysis and in optimization theory) i t is useful to have convenient separation theorems.
The purpose of this paper is to give necessary conditions for convexity of sets in a product space which can be separated by a 'honvertical" affine manifold. Additionally, generalizations of the HAHN-BANACH-Theorem are given.
With this paper we have continued and completed our studies in [5], [6], [8] and [9].
π SIMILAR VOLUMES
Intro -- Title Page -- Dedication -- Epigraph -- 1. Strangers in Space -- 1. One -- 2. Two -- 3. Three -- 4. Four -- 2. Qriosity Killed the Cat -- 5. One -- 6. Two -- 7. Three -- 8. Four -- 9. Five -- 10. Six -- 3. Where Noa has gone Before -- 11. One -- 12. Two -- 13. Three -- 14. Four -- 15. Five
Intro -- Title Page -- Dedication -- Epigraph -- 1. Strangers in Space -- 1. One -- 2. Two -- 3. Three -- 4. Four -- 2. Qriosity Killed the Cat -- 5. One -- 6. Two -- 7. Three -- 8. Four -- 9. Five -- 10. Six -- 3. Where Noa has gone Before -- 11. One -- 12. Two -- 13. Three -- 14. Four -- 15. Five
In [Blokhuis and Lavrauw (Geom. Dedicata 81 (2000), 231-243)] a construction of a class of two-intersection sets with respect to hyperplanes in PGΓ°r Γ 1; q t Γ; rt even, is given, with the same parameters as the union of Γ°q t=2 Γ 1Γ=Γ°q Γ 1Γ disjoint Baer subgeometries if t is even and the union of Γ°