Titlebook: Current Trends in Number Theory; Sukumar Das Adhikari,Shashikant A. Katre,B. Ramakr Book 2002 Hindustan Book Agency (India) 2002

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jaunty

退潮

Sieving Using Dirichlet Series, respect to a single prime. One tries to get some .-adic analytic function to interpolate the values of the sequence and in this way study the sequence. This method can be viewed as the study of the sequence with respect to non-archimedean (or .-adic) absolute values.

根除

Overview: 978-93-86279-09-5

Fibrinogen

https://doi.org/10.1007/978-3-658-35727-6term in the average .(.) = Σ.’(.). We apply the method of averaging over suitable arithmetic progressions to get an extension of the Ω-results obtained by Y.-F.S. Pétermann in the case of the sum-of-divisors function, the classical .(.).

Interlocking

Interlocking

https://doi.org/10.1007/978-3-658-35727-6lex numbers, this can be done using theta function identities. Abstractly, the group law was written down by Cantor [1]. As observed by Koblitz [2], this makes it possible to use the set of points on the Jacobian of a hyperelliptic curve (or more succintly, a hyperelliptic Jacobian) over a finite field as the basis of a public-key cryptosystem.

财主

Springer Fachmedien Wiesbaden GmbH we give classical results on the upper bounds of the order of Aut(.). In §2, we discuss the relation between Aut(.) and .-ranks of ., when the ground field . has characteristic . > 0. Finally in §3, we give an upper bound of the orders of abelian subgroups of Aut(.).

Petechiae

Springer Fachmedien Wiesbaden GmbHlds. We state these conjectures, and also the more recent Weil theorem for singular curves defined over finite fields. We end by remarking on some explicit results we have obtained for the zeta functions of some concrete classes of curves (both non-singular and singular) defined over a certain class of finite fields.

Basal-Ganglia