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A multinational tour operator agency has gained new business growth in the North American market through the use of social media. Its operation has expanded by 50% within six months and the agency requires an enhanced data management strategy to sustain their business operations. Their existing data repository for its reservation processing system is limited in business intelligence and reporting functionalities. The tour operator seeks a database management specialist to assist them in leveraging their data sources to enable them to forecast and project tour sales appropriately.
Imagine that you have been hired to fulfill their need of enhancing the data repository for their current reservation processing system. Upon reviewing the system, you find that the data structure holds redundant data and that this structure lacks normalization. The database has the following characteristics:
Write a three to four (3-4) page paper in which you propose an enhanced database management strategy. Your proposal should include the following:
Using basic queue and stack operationns, write algorithm to reverse elemens in the queue. Suppose that 'Stack' is class described in section with 'StackType' set to int and STACK_CAPACITY
Let the equation ax = b mod m, where x is unknown and a, b and m are given. Illustrate that this equation has either no solutions mod m, or d solutions mod m.
Their priorities are 2, 3, 1, 5 and 4, respectively, with 1 being the highest priority. Specify the order in which processes execute and determine the mean process turnaround time for each of the scheduling algorithms.
Create an object oriented data model, including all appropriate notations, to represent the given situation. In a particular region there are a number of gardens.
Determine the minimum number of nodes expanded and storage required for BFS and DFS? (Hint: this question asks about the best case performance of BFS and DFS).
All vertices according to their type (head, neck, shoulder, hip, front foot or rear foot). Note that as adjacency matrix has n2 entries, you can't scan entire matrix in O(n) time. Describe how algorithm works.
Create the algorithm to read arbitrary number of data records, each containing name, age, and code. Code of 1 will indicate female, a code of 2 will indicate male.
You need to give the running time analyses of all the methods in terms of the Big O notation. Include your running time analyses in the source file of the CompressedSuffixTrie class and comment out them.
Determine what complications could happen in a time-sharing system if two processes need access to the same file at the same time?
familiarize with the performance characteristics of Quicksort under normal and worst case conditions. The assignment will require some programming and interpretation of the results.
Sketch Dynamic Programming Tables (one for calculating optimal value and one for keeping track of items used in getting optimal value) for 0/1 Knapsack Problem given below and illustrate your final result.
Design and implement a driver to show the following (check for 2 graphs; 1 is provided, including the starting vertex):Display the dfs starting from a specified vertex;Display the discovery/finishing time for each node in the graph;Show the Parenthes..
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