algorithm for backtrace proeeduregenerate( G : group; P : property; s : 1..k+l; l 9 1..k+l; i : 1..k+l; [71, 72 ..... 7i-1 ] : initial segment of base image; var K : group ); (* Generate the coset representatives of G (t) in G (s) whose base image start with [71, 72 ..... 7i-1] and .that may have property P. If one is found then extend K, the subgroup of G (s) of elements with property P that have already been found, and return to search. *)
algorithm for backtrace proeeduregenerate( G : group; P : property; s : 1..k+l; l 9 1..k+l; i : 1..k+l; [71, 72 ..... 7i-1 ] : initial segment of base image; var K : group ); (* Generate the coset representatives of G (t) in G (s) whose base image start with [71, 72 ..... 7i-1] and .that may have property P. If one is found then extend K, the subgroup of G (s) of elements with property P that have already been found, and return to search. *)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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proeeduregenerate( G : group; P : property; s : 1..k+l; l 9 1..k+l; i : 1..k+l;
[71, 72 ..... 7i-1 ] : initial segment of base image;
var K : group );
(* Generate the coset representatives of G (t) in G (s) whose base image start
with [71, 72 ..... 7i-1] and .that may have property P.
If one is found then extend K, the subgroup of G (s) of elements
with property P that have already been found, and return to search. *)
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