PPT-Self-Adjusting Binary Search Trees

D D Sleator and R E Tarjan ATampT Bell Laboratories Journal of the ACM Volume 32 Issue 3 Pages 652686 1985 Presented By James A Fowler Jr November 30 2010 George Mason University Fairfax Virginia. Data . Structures. Self-Adjusting. Data . Structures. 2. Lists. [D.D. . Sleator. , R.E. . Tarjan. , . Amortized Efficiency of List Update Rules. , Proc. 16. th. Annual ACM Symposium on Theory of Computing, 488-492, 1984]. Chapter 3. 1. Adjusting Attack. 2. Accrual versus cash-basis accounting & key elements of accrual accounting. Adjusting entries, why, what, how. Using the worksheet. to facilitate the process. Accrual versus cash-basis accounting. Data . Structures. Self-Adjusting. Data . Structures. 2. Lists. [D.D. . Sleator. , R.E. . Tarjan. , . Amortized Efficiency of List Update Rules. , Proc. 16. th. Annual ACM Symposium on Theory of Computing, 488-492, 1984]. Data . Structures. Self-Adjusting. Data . Structures. 2. Lists. [D.D. . Sleator. , R.E. . Tarjan. , . Amortized Efficiency of List Update Rules. , Proc. 16. th. Annual ACM Symposium on Theory of Computing, 488-492, 1984]. and AVL Trees. The Most Beautiful Data Structures in the World. This animation is a PowerPoint slideshow. Hit the spacebar to advance. Hit the backspace key to go backwards . Hit the ESC key to terminate the show. Decimal. . vs. Binary. = 1001. = 101. = 10. 1 = on =. 0 = off = . On and off. Creating a decimal number 
from a binary number. STAGE 1. The decimal number is ________. Creating decimal 
from binary. D. D. . Sleator. and R. E. . Tarjan. | AT&T Bell Laboratories. Journal of the ACM . | Volume 32 | Issue 3 | Pages 652-686 | 1985. Presented By: . James A. Fowler, Jr. | November 30, 2010. George Mason University | Fairfax, Virginia. Abstract Sorted Lists. Background. Definition and examples. Implementation:. Front, back, insert, erase. Previous smaller and next larger objects. Finding the . k. th. object. Abstract Sorted Lists. A . tree. is a connected undirected graph with no simple circuits.. Since a tree cannot have a simple circuit, a tree cannot contain multiple edges or loops.. Therefore, any tree must be a . simple graph. To learn how to. use a tree to represent a . hierarchical organization . of information. use recursion to process trees. implement . binary trees, binary search trees. , and . heaps. using linked data structures and . Look at the . untis. of measurement for computer data. Bit. Byte. Nibble. Kilobyte. Mega / . giga. / . tera. byte. Binary. Nibble. Computers work in binary. We found out why in the hardware section (lesson 5).. Accruals. Made to record:. . Revenues earned and . . OR. Expenses incurred . in the current accounting period that have not been recognized through daily entries.. Adjusting Entries for Accruals. Topic 18 Binary Trees "A tree may grow a thousand feet tall, but its leaves will return to its roots." -Chinese Proverb 2 Definitions A tree is an abstract data type one entry point, the root Adjusting Entries . purpose of adjusting entries.. Prepaid expenses.. Unearned revenue.. Accrued expenses.. Accrued revenue.. T. he . purpose of adjusting entries. For . purposes of measuring income and preparing financial statements, the life of a business is divided into a series of accounting periods This practice enables decision makers to company, the financial statements of successive periods and to identify significant trends. But measuring net income for a relatively short accounting period such as a month even a year poses a .