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Showing 221-240 of 291 results
  1. Necessity for a Science of Complex Systems

    Why is a science of complex systems necessary?
    Kunihiko Kaneko, Ichiro Tsuda in Complex Systems: Chaos and Beyond
    Chapter 2001
  2. The Circadian Clocks of Insect Eclosion

    Understanding the circadian timing of eclosion in insects is a pretty big undertaking. A lot of technical detail is essential and a lot of close...
    Arthur T. Winfree in The Geometry of Biological Time
    Chapter 2001
  3. Application of genetic algorithms for optimization of tire pitch sequences

    A simple genetic algorithms (GAs) has been applied to generate the optimum pitch sequence. Though a simple GAs worked properly, there was the problem...

    Article 01 October 2000
  4. Replication and mutation on neutral networks

    Folding of RNA sequences into secondary structures is viewed as a map that assigns a uniquely defined base pairing pattern to every sequence. The...

    Christian Reidys, Christian V. Forst, Peter Schuster in Bulletin of Mathematical Biology
    Article 01 January 2001
  5. A chemotactic model for the advance and retreat of the primitive streak in avian development

    The formation of the primitive streak in early avian development marks the onset of gastrulation, during which large scale cell movement leads to a...

    K. J. Painter, P. K. Maini, H. G. Othmer in Bulletin of Mathematical Biology
    Article 01 May 2000
  6. Mathematical modelling of juxtacrine patterning

    Spatial pattern formation is one of the key issues in developmental biology. Some patterns arising in early development have a very small spatial...

    H. J. Wearing, M. R. Owen, J. A. Sherratt in Bulletin of Mathematical Biology
    Article 01 March 2000
  7. Dynamics of one-pass germinal center models: Implications for affinity maturation

    During an immune response, the affinity of antibodies that react with the antigen that triggered the response increases with time, a phenomenon known...

    Mihaela Oprea, Erik Van Nimwegen, Alan S. Perelson in Bulletin of Mathematical Biology
    Article 01 January 2000
  8. Th1/Th2 differentiation and cross-regulation

    The T helper (Th) phenotypes, Th1/Th2, are acquired upon interaction of a naive T helper cell and an antigen presenting cell (APC). Naive T helper...

    Michael A. Fishman, Alan S. Perelson in Bulletin of Mathematical Biology
    Article 01 May 1999
  9. Genetic Algorithms

    In the rest of this monograph I will deal exclusively with a special technique from the field of computational intelligence research, namely genetic...
    Chapter 1999
  10. Macroscopic kinetic equation for a genetic algorithm

    A macroscopic kinetic equation of only four variables for a simple genetic algorithm (SGA) with an on-off type of replication operator and a...

    Article 01 February 1998
  11. Games Elementary Particles Play

    In 1900, after completing his studies at the Federal Polytechnic Institute in Zurich, Albert Einstein applied throughout Europe, without success, for...
    László Mérő in Moral Calculations
    Chapter 1998
  12. Socialism and Free Enterprise

    According to an old joke that has made the rounds of Eastern Europe, the basis of capitalism is the exploitation of man by man, while with socialism...
    László Mérő in Moral Calculations
    Chapter 1998
  13. Gene therapy of T helper cells in HIV infection: Mathematical model of the criteria for clinical effect

    The paper presents a mathematical analysis of the criteria for gene therapy of T helper cells to have a clinical effect on HIV infection. The...

    Ole Lund, Ole Søgaard Lund, ... Erik Mosekilde in Bulletin of Mathematical Biology
    Article 01 July 1997
  14. Nonlinear Algebraic Equations

    A solitary wave is the solution to a nonlinear boundary value problem. In the literature, these are often called “nonlinear eigenvalue” problems...
    Chapter 1998
  15. The Case of HIV and AIDS

    For a decade, there has been increasing concern about “AIDS,” and a virus called “HIV” which is said to cause “AIDS.” Having named this virus...
    Serge Lang, Peter H. Duesberg in Challenges
    Chapter 1998
  16. The develo** Xenopus embryo as a complex system: Maternal and zygotic contribution of gene products in nucleo-cytoplasmic and cell-to-cell interactions

    The develo** animal embryo constitutes a complex system in which various nucleo-cytoplasmic (N-C) and cell-to-cell (C-C) interactions take place....
    Koichiro Shiokawa, Hiroshi Fukamachi, ... Yoichi Yamada in Complexity and Diversity
    Conference paper 1997
  17. Hierarchically coupled ultradian oscillators generating robust circadian rhythms

    Ensembles of mutually coupled ultradian cellular oscillators have been proposed by a number of authors to explain the generation of circadian rhythms...

    Rafael A. Barrio, Limei Zhang, Philip K. Maini in Bulletin of Mathematical Biology
    Article 01 May 1997
  18. Self-organization and the Formation of Patterns in Plants

    Beloussov et al., the introductory article (IV.1 this Chapter), pointed out contrasting assumptions in positional information theory (PI) and in...
    Chapter 1997
  19. A Genetic Algorithm for Mixed-Integer Optimisation in Power and Water System Design and Control

    This chapter presents a dual mutation Genetic Algorithm (GA) which employs individual mutation schemes for different types of decision variables in...
    Kai Chen, Ian C. Parmee, Chris R. Gane in Intelligent Hybrid Systems
    Chapter 1997
  20. Tumor Heterogeneity and Growth Control

    Tumor growth control is described especially as it pertains to tumor heterogeneity. Four facets heterogeneity are reviewed; statistical or...
    Chapter 1997
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