Computer Science, An Overview Brookshear © 2000 Addison Wesley Computer Science — An Overview J. Glenn Brookshear Chapter Seven, Figures 15-29 Data Structures.
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Computer Science, An Overview Brookshear © 2000 Addison Wesley
Computer Science — An Overview J. Glenn Brookshear
Chapter Seven, Figures 15-
29 Data Structures
Computer Science, An Overview Brookshear © 2000 Addison Wesley
Figure 7.15 (A)A circular queue containing the letters F through O as actually stored in memory.
Computer Science, An Overview Brookshear © 2000 Addison Wesley
Figure 7.15 (B)A circular queue in its conceptual form in which the last cell in the block is “adjacent” to the first cell
Computer Science, An Overview Brookshear © 2000 Addison Wesley
Figure 7.16An example of an organization chart
Computer Science, An Overview Brookshear © 2000 Addison Wesley
Figure 7.17The structure of a node in a binary tree
Computer Science, An Overview Brookshear © 2000 Addison Wesley
Figure 7.18The conceptual and actual organization of a binary tree using a linked storage system
Computer Science, An Overview Brookshear © 2000 Addison Wesley
Figure 7.19The tree of Figure 7.18 stored without pointers
Computer Science, An Overview Brookshear © 2000 Addison Wesley
Figure 7.20A sparse, unbalanced tree shown in its conceptual form and as it would be stored without pointers
Computer Science, An Overview Brookshear © 2000 Addison Wesley
Figure 7.21The letters A through M arranged in an ordered tree
Computer Science, An Overview Brookshear © 2000 Addison Wesley
Figure 7.22The binary search applied to a linked binary tree
Computer Science, An Overview Brookshear © 2000 Addison Wesley
Figure 7.23Printing a search tree in alphabetical order
Computer Science, An Overview Brookshear © 2000 Addison Wesley
Figure 7.24A procedure for printing a linked tree in alphabetical order
Computer Science, An Overview Brookshear © 2000 Addison Wesley
Figure 7.25 (A)Inserting the entry M into the list B, E, G, H, J, K, N, P stored as a tree
Computer Science, An Overview Brookshear © 2000 Addison Wesley
Figure 7.25 (B)Inserting the entry M into the list B, E, G, H, J, K, N, P stored as a tree
Computer Science, An Overview Brookshear © 2000 Addison Wesley
Figure 7.26 (A)A procedure for inserting an entry in a linked ordered tree
Computer Science, An Overview Brookshear © 2000 Addison Wesley
Figure 7.26 (B)A procedure for inserting an entry in a linked ordered tree
Computer Science, An Overview Brookshear © 2000 Addison Wesley
Figure 7.26 (C)A procedure for inserting an entry in a linked ordered tree
Computer Science, An Overview Brookshear © 2000 Addison Wesley
Figure 7.27An abstract data type in Ada
Computer Science, An Overview Brookshear © 2000 Addison Wesley
Figure 7.28An abstract data type in Ada using encapsulation
Computer Science, An Overview Brookshear © 2000 Addison Wesley
Figure 7.29 (A)A stack of integers implemented in C++
Computer Science, An Overview Brookshear © 2000 Addison Wesley
Figure 7.29 (B)A stack of integers implemented in Java
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