Computer Science: An OverviewGeneral literature -- Introductory and Survey. |
From inside the book
Results 1-3 of 15
Page 167
... entry that is less than or equal to the pivot , so again assertion 3 will be satisfied . Combining assertion 1 and assertion 3 , we conclude that once the pointers coincide , the entries in the list below the pointers are all greater ...
... entry that is less than or equal to the pivot , so again assertion 3 will be satisfied . Combining assertion 1 and assertion 3 , we conclude that once the pointers coincide , the entries in the list below the pointers are all greater ...
Page 170
... entry in the list as the pivot , place pointers at the first and last entries of the list , while ( the pointers do not coincide ) do ( move the bottom pointer up to the nearest entry less than or equal to the pivot but not beyond the ...
... entry in the list as the pivot , place pointers at the first and last entries of the list , while ( the pointers do not coincide ) do ( move the bottom pointer up to the nearest entry less than or equal to the pivot but not beyond the ...
Page 171
... entry in the list as the pivot , place pointers at the first and last entries of the list . while ( the pointers do not coincide ) do ( move the bottom pointer up to the nearest entry less than or equal to the pivot but not beyond the ...
... entry in the list as the pivot , place pointers at the first and last entries of the list . while ( the pointers do not coincide ) do ( move the bottom pointer up to the nearest entry less than or equal to the pivot but not beyond the ...
Contents
PART | 1 |
Chapter 2 | 61 |
PART TWO The HumanMachine Interface | 95 |
Copyright | |
9 other sections not shown
Other editions - View all
Common terms and phrases
activities actually algorithm Alice allow application application software ASCII assign bit patterns block bottom pointer bulk storage called Carol Chapter COBOL computer science concept consider consists contains current entry database declare search disk employee example execution Figure goal hexadecimal identified implemented input insertion sort instruction integer key field linked list machine language machine's main memory memory cells modified module move node notation operating system parity bit password perform pivot entry position problem produce program counter programming languages pseudocode Questions/Exercises queue quick sort record recursive represented request resource result retrieve routine schedule search a failure search a success search tree Section segment sequence sequential file solution solving sort algorithm stack statement step stored string subprogram syntax tape target value task technique time-sharing top pointer Turing machine two's complement