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Create an object oriented data model, including all appropriate notation, to represent the following situation. In a particular region there are a number of gardens. One attribute of GARDEN is its LOCATION. A method must be included in GARDEN to calculate its acreage (CalculateAcreage). Each garden is a collection (or assembly) of plants. Attributes of PLANT include NAME and DATE PLANTED. There must be a method to calculate the age of a plant (CalculateAge). At the present time, there are two subtypes of plants: FLOWER, and VEGETABLE. This list is not exhaustive, since other subtypes may be added at a later date. COLOR is an attribute of FLOWER, while YIELD is an attribute of VEGETABLE. There are two (and only two) subtypes of FLOWER: ANNUAL and PERENNIAL. DATE TRANSPLANTED is an attribute of PERENNIAL.
Single grain of wheat was to be placed on the first square of chess board, two on second, four on third, eight on the fourth, and so on, until all 64 squares had been filled. What would ultimate result of this algorithm have been?
A packaging equipment is used to put onions into five pound bags. In fact the weights vary according to the normal distribution with expected price of average µ = 5.01 lb and standard deviation s = 0.05 lb.
Describe an algorithm that finds a maximum feasible flow in G. Denote by MF(|V|, |E|) the worst-case running time of an ordinary maximum flow 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.
Assume we tried to simplify RSA cryptosystem using just prime p instead of composite modulus N = pq. As in RSA, we would have encryption exponent.
Write a function, swapSubTrees, that swaps all of the left and right subtrees of a binary tree. write a method singleParent, that returns the number of nodes in a binary tree that have only one child.
Consider the following graph representing the state space and operators of a navigation problem: What is the minimum number of nodes expanded and the storage needed for BFS and DFS?
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.
Illustrate all your work. Use modular approach to solving this problem. Give the following submodule. Calculations - module to compute gross pay. Using the Program Development Cycle, develop an algorithm using pseudocode for the following task.
Evaluate the average complexity of an enqueue operation. Determine the average complexity of the dequeue (remove) operation.
Describe the algorithm in psuedo-code. You should give thought to what data structures(s) make sense for e client implementation. Determine computational complexity of your algorithm.
Think about the level of detail involved with creating a dataflow diagram, why should the narrative be prepared? Explain why do we need the questionnaire?
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