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Rational points on curves over finite fields : theory and applications /

Discussion of theory and applications of algebraic curves over finite fields with many rational points.

Detalles Bibliográficos
Clasificación:Libro Electrónico
Autor principal: Niederreiter, Harald, 1944-
Otros Autores: Xing, Chaoping, 1963-
Formato: Electrónico eBook
Idioma:Inglés
Publicado: Cambridge ; New York : Cambridge University Press, 2001.
Colección:London Mathematical Society lecture note series ; 285.
Temas:
Acceso en línea:Texto completo
Tabla de Contenidos:
  • Background on Function Fields
  • Riemann-Roch Theorem
  • Divisor Class Groups and Ideal Class Groups
  • Algebraic Extensions and the Hurwitz Formula
  • Ramification Theory of Galois Extensions
  • Constant Field Extensions
  • Zeta Functions and Rational Places
  • Class Field Theory
  • Local Fields
  • Newton Polygons
  • Ramification Groups and Conductors
  • Global Fields
  • Ray Class Fields and Hilbert Class Fields
  • Narrow Ray Class Fields
  • Class Field Towers
  • Explicit Function Fields
  • Kummer and Artin-Schreier Extensions
  • Cyclotomic Function Fields
  • Drinfeld Modules of Rank 1
  • Function Fields with Many Rational Places
  • Function Fields from Hilbert Class Fields
  • Function Fields from Narrow Ray Class Fields
  • The First Construction
  • The Second Construction
  • The Third Construction
  • Function Fields from Cyclotomic Fields
  • Explicit Function Fields
  • Asymptotic Results
  • Asymptotic Behavior of Towers
  • The Lower Bound of Serre
  • Further Lower Bounds for A(q[superscript m])
  • Explicit Towers
  • Lower Bounds on A(2), A(3), and A(5)
  • Applications to Algebraic Coding Theory
  • Goppa's Algebraic-Geometry Codes
  • Beating the Asymptotic Gilbert-Varshamov Bound
  • NXL Codes
  • XNL Codes
  • A Propagation Rule for Linear Codes
  • Applications to Cryptography
  • Background on Stream Ciphers and Linear Complexity
  • Constructions of Almost Perfect Sequences
  • A Construction of Perfect Hash Families
  • Hash Families and Authentication Schemes
  • Applications to Low-Discrepancy Sequences.