Publikationen des Fachbereichs Mathematik der Jahre 2005 und
2006
Literatur:
Eine komplette Liste der Publikationen als PDf-Datei
finden Sie hier: Publikationen
2005/2006
A.Beutelspacher und R.Danckwerts.
Neuorientierung der
universitären Lehrerausbildung im Fach Mathematik für das
gymnasiale Lehramt. Programmatische Vorstudie für die
Deutsche Telekom Stiftung, Gießen/Siegen 2005.
R. Danckwerts.
Mathematiklehrerbildung
Neu Denken: Ein Projekt der Deutschen Telekom
Stiftung. In: Beiträge
zum Mathematikunterricht, 2006.
R. Danckwerts.
Plädoyer für eine
Schulanalysis vom höheren Standpunkt im ersten
Semester. Dortmund 2006.
R. Danckwerts and D. Vogel.
Elementare
Analysis. Norderstedt, 2005.
R. Danckwerts and D. Vogel.
Extremwertprobleme
-Bemerkungen zur (Wieder-)Belebung eines alten
Themas. In: Math.
Did.,28:15–22,2005.
R. Danckwerts and D. Vogel.
Analysis verständlich
unterrichten. Heidelberg, 2006.
R. Danckwerts and D. Vogel.
Vollständigkeit und
Irrationalität ein schwieriges Geschaft. In:
Praxis der
Mathematik, 48(11):29–32, 2006.
R.Danckwerts(Hrsg).
Mathematik Neu
Denken - Ein Projekt zur Neuorientierung der
universitären Lehrerausbildung im Fach Mathematik für das
gymnasiale Lehramt, gefördert durch die Deutsche Telekom
Stiftung. Zwischenbericht
des Siegener Teilprojektes, Siegen 2006.
J. Fricke, K. Habermann, and L. Habermann.
On the existence of
pseudo-riemannian metrics on the moduli space of symplectic
structures.
Differ. Geom., 23(1):17–25, 2005.
Jan Fricke, Semeon Bogatyi, and Elena Kudryavtseva.
On multiplicity of mapping
between surfaces. In memory of H.Zieschang.
Geometry and Topology, Memorial Volume for H.
Zieschang: 12 pages, 2006.
Jan Fricke, Katharina Habermann, and Lutz Habermann.
A criterion for the
non-degeneracy of a certain symmetric tensor on the moduli
space of symplectic structures. Differential Geometry and
Applications, 23:17–25, 2005.
S.Hayashida.
Skew-holomorphic jacobi
forms of higher degree. Automorphic forms and Zeta
functions, pages 130–139, 2006.
S.Hayashida and K.Bringmann.
A converse theorem for
hilbert jacobi forms. 2005.
S. Hayashida and T. Ibukiyama.
Siegel modular forms of
half integral weights and a lifting conjecture.
J. Math. Kyoto
Univ., 2005.
U. Koschorke.
Nielsen coincidence theory
in arbitrary codimensions. Journal für die reine und angewandte
Mathematik, 598:211–236, 2006.
U. Koschorke.
Coincidence theory in
arbitrary codimensions: The minimizing problem.
Oberwolfach
Report, 1(4):2342–2344, 2004.
U. Koschorke.
Linking and coincidence
invariants. Fundamenta
Mathematicae,(184):187–203, 2004.
U. Koschorke.
Selfcoincidences in higher
codimensions. Journal für die reine und angewandte
Mathematik, 576:1–10, 2004.
U. Koschorke.
Coincidence free pairs of
maps. Proc. of the Winter School Geometry and
Physics 2006, 2006.
U. Koschorke.
Geometric and homotopy
theoretic methods in Nielsen coincidence theory.
Fixed Point Theory and
Applications, (Article ID 84093):1–15, 2006.
U. Koschorke.
Minimizing coincidence
numbers of maps into projective spaces. Memorial Volume for H. Zieschang in
Geometry and Topology, 2006.
U. Koschorke.
Nonstabilized Nielsen
coincidence invariants and Hopf-Ganea homomorphisms.
Geometry and
Topology, 10:619–665, 2006.
T. Kuessner.
Guts of surfaces of
punctured torus bundles. Archiv der Mathematik,
86:176–184, 2006.
T. Kuessner.
A survey on simplicial
volume and invariants of foliations and laminations.
World Scientific,
Singapore, pages 293–314, 2006. Foliations 2005 ed.
by Pawel Walczak et al.
A. Müller and N. Bäuerle.
Stochastic orders and risk
measures: Consistency and bounds. Mathematics and Economics,
38:132–148, 2006.
A.Müller, A.Colangelo, and Scarsini M.
Positive dependence and
weak convergence. Journal of Applied
Probability, 43:48–59, 2006.
A. Müller and M. Scarsini.
Archimedean copulae and
positive dependence. Journal of Multivariate
Analysis, 93:434–445, 2006.
A. Müller and M. Scarsini.
Stochastic order relations
and lattices of probability measures. SIAM Journal on Optimization,
16:1024–1043, 2006.
G. Nickel.
Nikolaus von Kues: Zur
Möglichkeit von theologischer Mathematik und mathematischer
Theologie. a.a.O., pages 9–28, 2005.
G. Nickel.
Ethik und Mathematik —
Randbemerkungen zu einem prekären Verhältnis.
Neue Zeitschrift für
Systematische Theologie u. Religionsphilosophie,
47:412–429, 2006.
G. Nickel.
Zwingende Beweise — zur
subversiven Despotie der Mathematik. Ethik und Ästhetik der Gewalt.
pages 261–282, 2006.
G. Nickel and A. Nickel-Schwäbisch.
Ein Portrait des Nikolaus
Cusanus im Spiegel der Systemtheorie Niklas
Luhmanns. In: I.
Bocken, H. Schwätzer: Spiegel und Porträt. Zur Bedeutung
zweier zentraler Bilder im Denken des Nicolaus
Cusanus., pages 313–328, 2005.
G.Nickel and A. Nickel-Schwäbisch.
Visio dei ante omnia quae
differunt. Niklas aus Luneburg beobachtet Nikolaus von
Kues. In: K.Reinhardt, H. Schwärtzer:
Cusanusrezeption in der Philosophie des 20.
Jahrhunderts, pages 67–92, 2005.
G. Nickel and A. Rhandi.
Positivity and stability
of delay equations with nonautonomous past.
Math. Nachr.,
278:1–13, 2005.
G. Nickel and M. Rottmann.
Mathematische kunst: Max
bill in stuttgart. Mitteilung der DMV, pages
150–159, 2006.
Gregor Nickel, Valentina Casarino, Klaus-Jochen Engel
and Susanna Piazzera.
Decoupling techniques for
wave equations with dynamic boundary conditions.
Discrete and Continuous
Dynamic Systems,4:751–762, 2005.
H.-J. Reinhardt and M. Charton.
Approximation of cauchy
problems for elliptic equations using the method of
lines. WSEAS
Transactions on Math., 4/2:64–69, 2005.
R.-D. Reiss and U. Cormann.
An example of real-life
data where the Hill estimator is correctles.
eingereicht.
R.-D. Reiss and M. Falk.
On Pickands coordinates in
arbitrary dimensions. J. Mult. Analysis, 92:426–453,
2005.
R.-D. Reiss and M. Falk.
On the distribution of the
Pickands coordinates inbivariate EV and GP models.
J. Mult. Analysis
Tz,93:267–295,2005.
H.-P. Scheffer and P. Becker-Kern.
How to find stability in a
purely semistable context. Yokohama Mathematical Journal,
51:75–88, 2005.
H.-P. Scheffer, D. Benson, Yong Zhang, and Mark
Meerschaert.
On using random walks to
solve the space-fractional advection-dispersion
equation. J.
Statistical Physics, 123:89–110, 2006.
H.-P. Scheffer, H. Biermé, and M. Meerschaert.
Operator scaling stable
random fields. Stochastic Processes and
Applications, 2006. to appear.
H.-P. Scheffer, M. Donald, Mark Meerschaert, and David
A. Benson.
Predictions of salute
transport in fractured media using operator-stable
densities and fracture network statistic. submitted,
2006.
H.-P. Scheffer and M. Meerschaert.
Limit theorems for
continuous time random walks with slowly varying waiting
times. Stoch.
Probab. Letters, 71:15–22, 2005.
H.-P. Scheffer and M. Meerschaert.
Stochastic model for ultra
slow diffusion. Stochastic Processes and Their
Applications,116:1215–1235,2006.
H.-P. Scheffer and Chen Pingyan.
Limiting behavior of
weighted sums of heavy-tailed random vectors.
Publ. Math.
Debrecen, 66:137–151,2005.
H.-P. Scheffer and M. Meerschaert und Charles Tadjeran.
Finite difference methods
for two-dimensional fractional dispersion equation,.
J. Comput. Phys.,
211:249–261, 2006.
H.-P. Scheffer and M. Meerschaert und Charles Tadjeran.
A second order accurate
numerical approximation for the fractional diffusion
equation. J.
Comput. Phys., 213:205–213, 2006.
H.P. Scheffer and H. Biermé.
Fourier series
approximation of linear fractional stable motion.
J. Fourier Analysis and
its Application, 2006. accepted.
M. Scheffer, H.-P. and Meerschaert, T.J.Kozubowski, and
A.K. Panorska.
Operator geometric stable
laws. J.
Multivariate Anal., 92:298–232, 2005.
M.Schröder.
Admissible
representationsin computable analysis. Lecture Notes in Computer
Science, 3988:471–480, 2006. Proceedings of the
Second Conference on Computability in Europe.
M. Schröder.
Admissible representations
of probability measures. Electronical Notes in Theoretical
Computer Science, 167, 2006. Proceedings of the
third International Conference on Computability and
Complexity in Analysis.
M. Schröder, I. Battenfeld, and A. Simpson.
Compactly generated domain
theory. Math.
Struc. in Comp. Science, 16:141–161, 2006. Special
Issue Festschrift for Klaus Keimel, M. Escardó, A. Jung, T.
Streicher (eds).
M. Schröder, I. Battenfeld, and A. Simpson.
A convenient category of
domains. Electronic Notes in Computer
Science, page 34 pages, to appear 2007. Computation,
Meaning, and Logic, Articles dedicated to Gordon Plotkin,
L. Cardelli, M. Fiore, G. Winskel(eds).
M. Schröder and A. Simpson.
Probabilistic observations
and valuations. Electronic Notes in Theoretical
computer Science, 155:605–615, 2006. Proceedings of
Mathematical Foundations of Programming Semantics XXI.
M. Schröder and A. Simpson.
Representing probability
measures using probabilistic processes. Journal of Complexity,
22:768–788, 2006. Special Issue on Computability,
Complexity and Analysis, V. Brattka, P. Hertling, K.-I. Ko
and H.Tsuiki(eds).
M. Schröder and A. Simpson.
Two preservation results
for countable products of sequential spaces.
Math. Struc. in Comp.
Science, 17(1):12 pages, to appear 2007. Special
Issue on Constructive Analysis, Types and Exact Real
Numbers, H. Geuvers, M. Niqui, B. Spitters and F.
Wiedijk(eds).
R. Siewer.
Martensen splines.
BIT Numerical
Mathematics,pages 127– 140, 2006.
N.-P. Skoruppa.
Rechts und Links in der
Mathematik. Diagonal, Univ. Siegen,
2005.
N.-P.Skoruppa.
Memorandum on dimension
formulas for spaces of jacobi forms. RIMS Publcations, 2006.
N.-P. Skoruppa and W. Eholzer.
Examples of modular
sets. 2006.
N.-P. Skoruppa and W. Eholzer.
Sl(2,z)-invariant spaces
spanned by modular units. in proceedings of the conference
in memory of Tsuneo Arakawa. World Scientific, pages
365–388, 2006.
N.-P. Skoruppa and T. Ibukiyama.
On jacobi and siegel
modularforms of weight 1. Appendix to an article of
Cris Poor and David Yuen, 2006.
D. Spreen.
The largest Cartesian
closed category of domains, considered
constructively. Mathematical Structures in Computer
Science, 15:299– 321, 2005.
D. Spreen.
On some problems in
computable topology. volume28,2005.
D. Spreen.
Strong reducibilities for
partial numberings. Archive for Mathematical
Logic, 44:209–217, 2005.
D. Spreen and S. Badaev.
A note on partial
numberings. Mathematical Logic Quarterly,
51:129–136, 2005.
D. Spreen, J. Frith, and D. Holgate.
Proceedings of the 2004
summer conference ontopology anditsapplication.
Topology
Proceedings, 29(2), 2005.
D. Spreen, Koppermann R, M.B. Smyth, and J. Webster.
Spatial
representation:Discrete vs. continuous
computationalmodels. Theoretical Computer Science,
365(3), 2006.
F.-T. Suttmeier.
On a direct approach to
adaptive FE-discretisations for elliptic variational
inequalities. J.
Numer. Math., 13(1):73–80,2005.
F.-T. Suttmeier.
On computational methods
for variational in equalities. Computational Mechanics,
35(6):401–408, 2005.
F.-T. Suttmeier.
Adaptive computational
methods for variational inequalities based on mixed
formulations. Int.
J. Numer. Meth. Engng, 68:1180–1208, 2006.
F.-T. Suttmeier.
On adaptive computational
methods: global norms controlling local errors.
Journal of Numerical
Mathematics,14:123–139, 2006.
F.-T. Suttmeier.
On concepts of
PDE-software: The cellwise oriented approach in
DEAL. Int. Math.
Forum, 2(1-4):1–20, 2007.
F.-T. Suttmeier, T. Haschke, K. Graf, E. Bonaccurso, G.
Li and W. Wiechert.
Evaporation of solvent
microdrops on polymer substrates: From well controlles
experimentsto mathematical models and back.
Nanoscale and Microscale
Thermophysical Engineering, to appear, 2007.
Andreas Vohns.
Fundamentale Ideen und
Grundvorstellungen: Versuch einer konstruktiven
Zusammenfügung am Beispiel der Addition von Brüchen.
Journal für
Mathematikdidaktik, 26:52–79, 2005.
Andreas Vohns.
Messen oder (Be-)Rechnen?
mit fundamentalen Ideen über Mathematik reflektieren.
Mathematik präsentieren,
reflektieren, beurteilen, 4:69–84, 2005.
Andreas Vohns.
Fallbezogenen
Rekonstruktion grundlegender Ideen in der Geometrie.
Beiträge zum
Mathematikunterricht, pages 533–536, 2006.
Andreas Vohns.
Reconstructing basic ideas
in geometry - an empirical approach. Zentralblatt für Didaktik der
Mathematik, 6:498–504, 2006.
