## Java Software Structures: Designing and Using Data StructuresThe second edition of |

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Page 21

Figure 1.11 shows several growth functions and their asymptotic

Because the order of the function is the key factor, the other terms and constants

are often not even mentioned. All algorithms within a given order are considered

to ...

Figure 1.11 shows several growth functions and their asymptotic

**complexity**.Because the order of the function is the key factor, the other terms and constants

are often not even mentioned. All algorithms within a given order are considered

to ...

Page 23

would have O(n) time

has O(l)

loop structure steps through n items in a linear fashion and the body of the loop is

...

would have O(n) time

**complexity**. This is due to the fact that the body of the loophas O(l)

**complexity**but is executed n times by the loop structure. In general, if aloop structure steps through n items in a linear fashion and the body of the loop is

...

Page 54

If the Question class that class. implements the

explicitly say so in the header and must define both methods from the

interface: class Questions implements

void ...

If the Question class that class. implements the

**Complexity**interface, it mustexplicitly say so in the header and must define both methods from the

**Complexity**interface: class Questions implements

**Complexity**{ int difficulty; // whatever elsevoid ...

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### Contents

Software Development | 2 |

ObjectOriented Design | 30 |

Collections | 83 |

Copyright | |

17 other sections not shown

### Other editions - View all

Java Software Structures: Designing & Using Data Structures John Lewis,Joseph Chase No preview available - 2005 |

### Common terms and phrases

abstract add add add addElement ancestor tree array implementation ArrayList AVL tree B-tree binary search tree binary tree boolean button called Card Chapter complexity constructor contains count create data structure deckSet defined dequeue disks doubly linked list element stored empty enqueue example expression tree Figure hash table hashing function heap ImageIcon insertion insertion sort integer interface isEmpty iterator Java Collections API jss2 Key Concept left child Lewis/Chase linear linked implementation linked list loop merge sort method node null number of elements operation ordered list parameter parent path position postfix expression problem provides public class public void queue radix sort rear recursive reference variable remove represent return result Returns true right child root Self-Review Questions set collection sort algorithm stack static String subtree System.out.println target element temp tion toString traversal UML description undirected graph unordered list vertex vertices waterfall model web crawler