• Q : Consider the count-to-infinity problem....
    Data Structure & Algorithms :

    Consider the count-to-infinity problem in the distance vector routing. Will the count-to-infinity problem occur if we decrease the cost of a link? Why? How about if we connect two nodes which do not h

  • Q : Write a pseudo code to show the outdoor activity....
    Data Structure & Algorithms :

    Write a pseudo code to show the outdoor activity according to the temperature given that

  • Q : Relation and functional dependencies....
    Data Structure & Algorithms :

    This question tests your knowledge and understanding of normal forms as presented in Unit 5 of Block 2.Given the following relation and functional dependencies, answer questions (a) - (d), then answer

  • Q : Standard s-t maximum-flow problem....
    Data Structure & Algorithms :

    In a standard s-t Maximum-Flow Problem, we assume edges have capacities,and there is no limit on how much flow is allowed to pass through a 14. 15. Exercises node. In this problem, we consider the var

  • Q : Suppose we have exactly the same problem....
    Data Structure & Algorithms :

    We de?ne the Escape Problem as follows. We are given a directed graph G = (V; E) (picture a network of roads.) A certain collection of vertices X  V are designated as populated vertices, and a certai

  • Q : Prove that every connected graph has a vertex....
    Data Structure & Algorithms :

    Prove that every connected graph has a vertex whose removal will not disconnect the graph, and write a DFS method that finds such a vertex.

  • Q : During data and process modeling....
    Data Structure & Algorithms :

    During data and process modeling, you developed a logical model of the proposed system. You drew an entity-relationship diagram and constructed a set of leveled and balanced DFDs.

  • Q : Give a polynomial-time algorithm to determine whether....
    Data Structure & Algorithms :

    A cycle cover of a directed graph G is a set of cycles such that every vertex is in exactly one cycle. Recall that a cycle must include at least 2 nodes. Give a polynomial-time algorithm to

  • Q : How did this investment in erp systems help sinosteel....
    Data Structure & Algorithms :

    How did this investment in ERP systems help SinoSteel achieve operational excellence? What do you think were the benefits of installing this system given the substantial costs involved?

  • Q : Discuss why pert and/or gantt charts are valuable....
    Data Structure & Algorithms :

    Discuss why Pert and/or Gantt charts are valuable using an example of your own devising.

  • Q : Suggest a lazy version of the eager decision....
    Data Structure & Algorithms :

    Suggest a lazy version of the eager decision tree learning algorithm ID3. What are the advantages and disadvantages of your lazy algorithm compared to the eager algorithm. 

  • Q : Make an informal diagram of the four main actors....
    Data Structure & Algorithms :

    Make an informal diagram of the four main actors: supplier (composite bikes), purchasing (maria), warehouse (wally), and accounting (ann). draw arrows that show the data that flows among the actors du

  • Q : Consider a simplified tcp''s aimd algorithm....
    Data Structure & Algorithms :

    Consider a simplified TCP's AIMD algorithm where the congestion window size is measured in number of segments, not in bytes. In additive increase, the congestion window size increases by one segment i

  • Q : Determining whether an undirected graph g with 2k....
    Data Structure & Algorithms :

    Vertices is connected (i.e.whether there is an undirected path between each pair of vertices.Assume that the algorithm is restricted to ask questions of the form" Is there an edge between i and j ?"

  • Q : Determine the minimum spanning tree in graph....
    Data Structure & Algorithms :

    Determine the Minimum Spanning Tree in Graph A. Use Kruskal's Algorithm in which all edges must be labeled from lower to higher named vertices, e.g., from "c" to "d" but not from "d" to "c" Graph A Dr

  • Q : Why cook''s theorem would be useful....
    Data Structure & Algorithms :

    Formulate the decision problem as a language membership problem (i.e.,describe the language L corresponding to the decision problem). You may assume that there is a standard way to encode graphs

  • Q : Show that the relation schemas produced by algorithm....
    Data Structure & Algorithms :

    For each left-hand-side X of a functional dependency that appears in G, create a relation schema in D with attributes {X∪{A1 }∪{A2} ...∪{Ak} },where X→A1, X→A2, ..., X→Ak ar

  • Q : An analysis of running time of the algorithm....
    Data Structure & Algorithms :

    You wish to find the median of n data stored in a CD-ROM using a computer that has O(log n) read/write memory. Use an O(n log n) expected time algorithm to find the median without writing to disk

  • Q : Draw a class diagram to show the relevant classes....
    Data Structure & Algorithms :

    Suppose we have three classes: AlarmClock, Beeper, and AlarmWindow. In the following you see an interaction showing an AlarmClock sending the display message to an AlarmWindow and the beep message to

  • Q : Steps of the process are handled by software algorithms....
    Data Structure & Algorithms :

    Which of the following describes how the Simon framework of decision making works in high-velocity decision environments? All four steps of the process are handled by software algorithms;

  • Q : Show the indices of the non-zero values within....
    Data Structure & Algorithms :

    Show the indices of the non-zero values within table T of a bloom filter that has the following characteristics

  • Q : Provide the relationship schema to go with the e-r diagram....
    Data Structure & Algorithms :

    Assume that you are setting up a data base for a credit card company and after initial analysis you have come up with the following entity sets, each of which will be a relation in the final database:

  • Q : Design an algorithm determining the annual profit....
    Data Structure & Algorithms :

    Your goal is to solve the following simple programming exercise. You have been asked by your accounting department to design an algorithm determining the annual profit for your company. The algorithm

  • Q : Assuming a linked list implementation....
    Data Structure & Algorithms :

    Write the function definition as a recursive search, assuming a linked list implementation.Write the function definition as a recursive search, assuming an array-based implementation.

  • Q : Write an algorithm to accept two numbers....
    Data Structure & Algorithms :

    Write an algorithm to accept two numbers, divide the first number by the second, and display their quotient.

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