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Designing an algorithm that takes a taxonomy tree as its input and returns a string that contains the type of "item" (animal, plant, etc) that was found after traversing the tree. The tree will be inputted as a fixed size array of strings, you will have an additional parameter of type size_t called size.
Your algorithm will read the string that is contained in the array and print it to the screen as a question. You will then accept input from the user in the form of yes or no (you can decide what representation to use, but inform the user what to type for yes and no). If the user answers yes, you will go to the left child, if they answer no you will go to the right child. Once a leaf is reached you know that you have your result.
remember that an algorithm is pseudocode.
Also, list the time complexity for your algorithm.
Removes it from row permanently, and receives value of coin. Find out the maximum possible amount of money we can definitely win if we move first.
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.
Browse the Web to discover examples of the following site structures Linear and Hierarchical and describe how the content fits the structure.
Assume you are the 1st level help desk technician at a average sized corporations. Your job is to handle the initial calls from corporation computer users with personal computer related problems.
Construct one query of your selection. Remember a query answers a question. As an example, list all household electronics that are greater in value than $200.
A[0..n-1] and B[0...n-1] are sorted arrays where each contains n numbers. Design an O(n*log(n)) algorithm to find the median of all elements in arrays X and Y.
Define a federated database and discuss why are federated databases becoming increasingly common? Provide examples of databases in your current or previous work environment
Using the best fit algorithm, show the state of memory after processes of 212K, 417K, 112K and 350K (in request order) arrive.
In the AJAX scripts construct, refer to the DSN datasource as flamingo. Even though its not in your own folder or directory, it has been set up as SYSTEM DSN, so your AJAX script will have access to it.
the class LinkedBag did not have the data member itemCount. Revise the method getCurrentSize so that it counts the number of nodes in the linked chain
Maekawa's Algorithm is used to achieve mutual exclusion for 13 sites. Suppose the sites are labeled 1, 2, ..., 13. Find the request sets R1, R2, ... , R13. Suppose sites 1, 6, 12 want to enter a critical section ( CS ) and they have sent requests in ..
Pseudocode algorithm you would write for a simple task. What do you think is the most difficult part of creating the algorithm? What can you do to make this process easier?
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