Mason's Rule is also particularly useful for deriving the z-domain transfer function of discrete networks that have inner feedback loops embedded within outer feedback loops ( nested loops ).
22.
The block nested loop join algorithm is a generalization of the simple nested loops algorithm that takes advantage of additional memory to reduce the number of times that the S relation is scanned.
23.
The block nested loop join algorithm is a generalization of the simple nested loops algorithm that takes advantage of additional memory to reduce the number of times that the S relation is scanned.
24.
This algorithm is a variation on the simple nested loop join used to join two relations R and S ( the " outer " and " inner " join operands, respectively ).
25.
Note on efficiency class : Clearly the running time of this algorithm is O ( Wn ^ 2 ), based on the nested loop and the computation of the profit of new packing.
26.
Firstly I don't see how this is such a theoretically difficult problem-if you have enough time or a fast enough guesser, it's cracked with just two runoff nested loops.
27.
Semantic predicates extend this capability to interesting non-context-free grammars ( Fortran requires matching of multiple DO loops with shared CONTINUE statements by label; GLR with semantic predicates enables the DMS Fortran parser to produce ASTs for correctly nested loops as it parses ).
28.
:There's a fairly obvious simple systematic way to do that : three nested loops for each of x, y and z in 1 & n, solve for b-x-y + z } }, output x, y, z, v if v is in [ 1, n ].
29.
Instance-wise analysis and transformation allows the polyhedral model to unify additional transformations ( such as index set splitting, loop peeling, tiling, loop fusion or fission, and transformation of imperfectly nested loops ) with those already unified by the unimodular framework ( such as loop interchange, skewing, and reversal of perfectly nested loops ).
30.
Instance-wise analysis and transformation allows the polyhedral model to unify additional transformations ( such as index set splitting, loop peeling, tiling, loop fusion or fission, and transformation of imperfectly nested loops ) with those already unified by the unimodular framework ( such as loop interchange, skewing, and reversal of perfectly nested loops ).
