Part I

• Define
  • 1NF
  • 2NF
  • 3NF
  • BCNF
• State the difference between 3NF and BCNF.
• Give one example schema that violates each of the following
  • 1NF
  • 2NF
  • 3NF

Your answer should contain three different schemas, one for each case.

In this program, you will write a simple program that holds all of the states and their corresponding capitals in a Map.

PROGRAM MUST BE DONE IN JAVA

Your program must have the following features:

·This program will be a Java Console Application called StateCapitals.

·Create a Map to hold the names of all the states and their corresponding capital names.
(State name is the key, capital name is the value.)

·Load the HashMap with each state/capital pair.
(This should be hard-coded.)

·Print all of the state names to the screen.
(Hint: Get the keys from the map and then print each state name one by one.)

·Print all of the capital names to the screen.
(Hint: Get the values from the map and then print each capital name to the screen one by one.)

·Print each state along with its capital to the screen.
(Hint: Use the key set to get each value from the map one by one, printing both the key and value as you go.)

Sample output (order may vary):

STATES:

=======

Alabama

Alaska

Arizona

Arkansas

…

…

CAPITALS:

=========

Montgomery

Juneau

Phoenix

Little Rock

…

…

STATE/CAPITAL PAIRS:

====================

Alabama - Montgomery

Alaska - Juneau

Arizona - Phoenix

Arkansas - Little Rock

Compare and contrast two difference cloud computing services (Amazon Web Service and Microsoft Azure). Explain the differences and the similarities and select your choice of providers if you had to make the decision for your business. Write up a comparison on the services offered (2 pages maximum). Once again, it is essential that you use your own words (do not just copy and paste from the Internet).

(1) Why do several functions in iostream and fstream have identical names? When is it advantageous to reuse function names?

(2) Describe the five-step process of file I/O. Explain how to use ifstream and ofstream to open and close input and output files. Illustrate the process with the skeleton program provided in this section.

Please describe in details.

Thoroughly discuss a real-life example where a Boyer-Moore string search could be used.

State if the given statements are true or false by writing your answers (T for ``true’’ and F for ``false’’) in the last column of the following table.

I need to create a linked list that contains a fixed arraylist. Each new entry is added to array list. If the arraylist is full, create a new arraylist and add to the linklist. In java please.

A) Suppose owls is a MATLAB array with 251 rows and 51 columns representing the number of owls counted in the 251 counties in Texas had over the years 1960-2010. Write code to define a MATLAB variable to find the median number of owls counted in each county.

B) Suppose cattle is a MATLAB array with 251 rows and 51 columns representing the number of cattle in the 251 counties in Texas had over the years 1950-2000. Write code to define a MATLAB variable that contains the median number of cattle counted each year.

C) Suppose the Texas Department of Public Health is tracking the number of tuberculosis deaths in an array (TBDeaths, 30 by 48), representing the number of new tuberculosis related deaths in the 30 least populous counties (in order low to high) in Texas over the years 1960-2017. Write code to define a MATLAB variable that contains the overall minimum number of TB deaths cases in these counties during the recording period.

D) Suppose the Texas Department of Motor Vehicles is tracking the number of car, truck and motorcycle (respectively) crashes in Texas over the years 2000 to 2019 in an array TXCrash (3 x 20).

Write code to define a MATLAB variable that contains the number of truck crashes for the year 2019.

Telecommunication Governance 1:

Note:Very Important to add at least 4 bibliographical sources and must cover at least 3 pages of information.

Explain in detail, illustrate examples and applications:

Define and explain Risk Appetite and Risk Tolerance and Threshold, explain their importance in the establishment of a sound ERM plan.

#include<vector>
#include<iostream>
using namespace std;

void println(const vector<int>& v)
{
   for (int x : v)
       cout << x << " ";
   cout << endl;
}
void println(const vector<string>& v)
{
   for (const string& x : v)
       cout << " "<< x << " ";
   cout << endl;
}

int main()
{
   vector<int> v0;
   cout << "An empty vector of integers: ";
   println(v0);
   vector<int> v1(3);
   cout << "A vector with three "
       << "value−initialized integers: ";
   println(v1);
   vector<string> v2(0);
   cout << "A vector with three empty "
       << "strings: ";
   println(v2);
   vector<int> v3(3, 17);
   cout << "A vector with three 17’s: ";
   println(v3);
   vector<int> v4(v3);
   cout << "A copy of the previous vector: ";
   println(v4);
   v4.front() = 1;
   v4.back() = 23;
   cout << "The last vector with its first "
       << "and last elements changed to 1 "
       << "and 23: ";
   println(v4);

Create a function append(v1, v2) that adds a copy of all the elements of vector v1 to the end of vector v2. The arguments are vectors of integers. Write a test driver

A Fibonacci sequence, is a sequence of numbers with the property that each number is the sum of the two preceding Fibonacci numbers, starting from 0 and 1. Fibonacci number are usually denoted by Fn, where Fn is the nth Fibonacci number. Thus Fn = 0, and Fn = 1, and Fn = Fn-1 + Fn-2, n ≥ 2. Here are the first few Fibonacci numbers: F0=0 (by definition) F1=1 (by definition) F2 = F1 + F0 = 1 + 0 = 1 F3 = F2 + F1 = 1 + 1 = 2 F4 = F3 + F2 = 2 + 1 = 3 F5 = F4 + F3 = 3 + 2 = 5 F6 = F5 + F4 = 5 + 3 = 8 F7 = F6 + F5 = 8 + 5 = 13 F8 = F7+ F6 = 13 + 8 = 21 Write a C or C++ program that computes and prints F0 through F8 , one number per line, using a loop. For initialization purposes, you may assume F0 = 0, and F1 = 1. Write a C or C++ program that computes and prints F8 through F2 (i.e., in reverse order), one number per line, using a loop. For initialization purposes, you may assume F8 = 21, and F7 = 13.

A mobile terminal residing in a foreign network uses its home address to communicate with a correspondent node using normal routing mechanisms. The firewalls that are located at the edge of foreign or home network often discard such packets. Explain clearly what causes the firewall to discard such packets at the foreign network and at the home network. Briefly explain the solution offered by Mobile IP to address this problem.