Attached 

Code must be done in JAVA. Output must be the same as output on the assignment.

 Please see attached Document

 

Walkthrough-PracticalBinaryAnalysis-Chapter5.md : https://gist.github.com/jeremypruitt/c041d355514a8762ababf6458f7b26fd

Need to write 3 pages paper in double space excluding introduction and conclusion. Our topic is better waste removal so you can pick any topic that helps for the betterment of city. And also please make powerpoint slides according to your paper.

Here, instruction for paper>> here 10-12 pages is for all group so just write 3 pages.

 

This is a collaborative assignment written in your assigned groups.

Background: According to the Institute of Electrical and Electronics Engineers, cities will need to become “smarter” to meet the demands of the future. Although the term “smart city” typically refers to information and communications technologies, cities around the world are using a wide range of technologies to improve energy efficiency, infrastructure, mobility, communication, manufacturing, healthcare, safety, and convenience.

Assignment: Imagine that you work with the city planner for Atlanta, GA and are looking to improve the citizens’ well-being in a specific way. As a group, you will choose a combination of real scientific or technological innovations that you think would benefit Atlanta in a way that achieves a common goal. For example, you might choose a set of innovations that have positive impacts on the health of people living in the city, or you might group the innovations based on improving the safety of the people in the city. As a group, you must first decide what goal of introducing the innovations will be, and then each group member will write their section on an innovation that contributes to that goal. Each individual member’s section should explain (1) what the innovation is, (2) how it works, and (3) how it will be implemented in the city.

In 10-12 double-spaced typed pages, each group will create a group of descriptions that explain the innovations in sufficient detail so that a non-expert reader could understand how they work and how they will be implemented in the city. Each individual group member will be responsible for a particular innovation, and the group will collaborate on the other sections of the paper (e.g., introduction and conclusion). Cite all sources you use according to APA style. 

here is the instruction for powerpoint slides>>

 Your goal is to explain each of the innovations you wrote about in Paper 2 so that a non-expert audience will understand their benefits and any drawbacks (be honest—don’t just cover the positives). Also explain how these advancements would be implemented in the city. Although the science and technology you describe must be real and any factual details must have source support. 

1. Study the paper in the References of this assignment and find at least 2 other sources of information about other suites of productivity software
2. Prepare an APA style report of your findings, of not less than 4 pages of content that include:
   1. Cover sheet as indicated by the APA style
   2. Introduction
   3. Your point of view regarding the comparison of G suite vs MS Office 365
   4. Main characteristics of any other productivity suite you have found in your research
   5. Conclusion
   6. References

Reference:

Gralla, P. (n.d.). G suite vs. office 365: What’s the best office suite for business? Computerworld. https://www.computerworld.com/article/3515808/g-suite-vs-office-365-whats-the-best-office-suite-for-business.html

The key to this paper is to demonstrate your understanding of the topics, not to re-word the text or reference material. Paper must be 100% original and not plagiarized.

Please complete the scenario below following these guidelines for your deliverable.

Scenario:

You have been hired as a security consultant to secure the network of a Fortune 500 company.

1. Describe the purpose of a risk assessment , risk scope and identify critical areas for an assessment..

2. Select risk assessment methodology and give your rationale behind the one you chose.

GUIDELINES:

Paper must be a minimum of 2 pages double spaced

Make sure you are using at least two (2) academic APA references.

This submission should be created following APA 6th edition guidelines.

The paper is to follow the APA style guide, Sixth Edition 

what is  Systems Development Life Cycle  and how it impact in the software development.

Refer to the attached documents in the uploads carefully for the details and requirements.

In terms of team interaction and effectiveness, please discuss and rate your team’s “Leadership Style”.

Read Text Book: “Group Dynamics for Teams, 6th edition by Daniel Levi and David A Askay” and articles.

Note: No images

 

CSCE 3110 – Project 1 

 

PROGRAM DESCRIPTION

In this programming assignment, you will (1) write a complete C++ program to

implement multiplication operations as directed and (2) perform an analysis with respect

to the theoretical and experimental running time complexity.

The following C++ code for the multiply function computes the product of two

operands using only addition: 

int multiply(int operand1, int operand2)

{

 int multiplier   = (operand1 < operand2) ? operand1 : operand2;

 int multiplicand = (operand1 > operand2) ? operand1 : operand2;

 int product = 0;

 for (int i = 0; i < multiplier; i++)

 { 

  product += multiplicand;

 }

 return product;

} 

This function as given runs in �(���(��������, ��������)), which is a linear time

algorithm. We would, however, like for this algorithm to run faster, which can reduce the

time complexity to �(���(��� �������� , ��� �������� )) by using only addition, bit

shifting, and possibly the bitwise & operator. Therefore, your objective for this

programming assignment is to write a new function called bitMultiply, accepting the

same two parameters, to reduce the time complexity of this operation. 

Some background on bit shifting: For some variable operand and number n, a bit shift

is written as either operand = operand << n; or operand = operand >> n;,

where the << operator left shifts the bits in operand by n bits and fills in the opened

positions with 0’s while the << operator right shifts the bits in operand by n bits,

throwing away the lower order n bits and replacing higher order bits with 0’s. The <<

operator corresponds to multiplying the number by 2

!

, while the >> operator 

corresponds to dividing the number by 2

!

. For example, the decimal value 10 is 

represented internally by the bit string 1010, so if we left shift 10 by 2 bits, we obtain

101000, which can be verified to be 10 × 2

!

. As another hint, C++ supports the bitwise 

& operator that performs a bitwise “and” of two integers that can be helpful in inspecting

the bits of an integer. 

To show this improvement in time complexity, we define the requirements for this

program: 

• You will prompt for and read in two operands as positive integers (i.e., > 0). Since 

we are using bit shifting, you will limit the resulting product to the maximum 

positive value supported by integers, so that if the product exceeds this value you

will print an error message and terminate the program. If the user enters a nonpositive

value,

you

will

simply

continue

to

re-prompt

the

user

until

he/she

enters

a

 

 

1 

 

CSCE 3110 – Project 1 

 

Due: 11:59 PM on Wednesday, May 29, 2019

valid positive integer. You may assume that the user enters an integer, though

possibly out of range, for this assignment. 

• For the multiplication operation provided by the multiply function, you will

perform this operation 10 times, calculating the amount of time in nanoseconds

that it takes to complete each time, and then find the average of all 10 of the

passes. 

• You will then write a new function called bitMultiply, accepting the same two

operands as parameters, and compute the product of the two operands using

only bit shifting, addition, and perhaps use of the bitwise & operator. Similarly,

you will perform this operation 10 times, calculating the amount of time in

nanoseconds that it takes to complete each time, and then find the average of all

10 of the passes. 

ANALYSIS REQUIREMENTS

Perform several runs of your program, ranging from product calculations using small

integers to product calculations using large integers (but not overflowing the integer

data structure). If your bitMultiply program was done correctly, you should see a

significant improvement in the amount of time needed to perform the calculations, but

did it improve by the expected amount? Include a screen shot (or typescript) of your

program performing several runs with various inputs and write a one or two paragraph

analysis of your results that describes whether or not you achieved the results you

expected. Plot your results on the same graph, where the size can be used for the xaxis

and

the

running

time

in

nanoseconds

can

be

used

for

the

y-axis.

Since

the

values

are

fairly large (i.e., in nanoseconds), you may wish to plot your results using the

logarithmic values as needed. Provide some explanation or justification on why your

results did or did not meet the expected performance metrics. 

SAMPLE OUTPUT (input shown in bold):

$ ./a.out

Enter first  positive integer: 3847849

Enter second positive integer: 9573535

Error: Product results in integer overflow.

$ ./a.out

Enter first  positive integer: 134

Enter second positive integer: 8531

Multiplication using only ADDITION:

Product: 1143154

Pass  1: 0 seconds 25371 nanoseconds

Product: 1143154

Pass  2: 0 seconds 2528 nanoseconds 

Product: 1143154 

Pass  3: 0 seconds 2295 nanoseconds

Product: 1143154

Pass  4: 0 seconds 2428 nanoseconds 

 

 

2 

 

CSCE 3110 – Project 1 

 

Due: 11:59 PM on Wednesday, May 29, 2019

Product: 1143154

Pass  5: 0 seconds 2219 nanoseconds

Product: 1143154

Pass  6: 0 seconds 2446 nanoseconds

Product: 1143154

Pass  7: 0 seconds 5348 nanoseconds

Product: 1143154

Pass  8: 0 seconds 2247 nanoseconds

Product: 1143154

Pass  9: 0 seconds 2227 nanoseconds

Product: 1143154

Pass 10: 0 seconds 2334 nanoseconds

Average: 0 seconds 4944.3 nanoseconds

Multiplication using only ADDITION and BIT SHIFTS:

Product: 1143154

Pass  1: 0 seconds 2384 nanoseconds

Product: 1143154

Pass  2: 0 seconds 1908 nanoseconds

Product: 1143154

Pass  3: 0 seconds 1992 nanoseconds

Product: 1143154

Pass  4: 0 seconds 2065 nanoseconds

Product: 1143154

Pass  5: 0 seconds 1848 nanoseconds

Product: 1143154

Pass  6: 0 seconds 1887 nanoseconds

Product: 1143154

Pass  7: 0 seconds 2278 nanoseconds

Product: 1143154

Pass  8: 0 seconds 2123 nanoseconds

Product: 1143154

Pass  9: 0 seconds 1866 nanoseconds

Product: 1143154

Pass 10: 0 seconds 1892 nanoseconds

Average: 0 seconds 2024.3 nanoseconds

$ ./a.out

Enter first  positive integer: 0

Enter first  positive integer: 3834852

Enter second positive integer: -3481

Enter second positive integer: 348721

Multiplication using only ADDITION:

Product: 1558595236

Pass  1: 0 seconds 922810 nanoseconds

Product: 1558595236

Pass  2: 0 seconds 960872 nanoseconds 

 

 

3 

 

CSCE 3110 – Project 1 

 

Due: 11:59 PM on Wednesday, May 29, 2019

Product: 1558595236

Pass  3: 0 seconds 967389 nanoseconds

Product: 1558595236

Pass  4: 0 seconds 975816 nanoseconds

Product: 1558595236

Pass  5: 0 seconds 916739 nanoseconds

Product: 1558595236

Pass  6: 0 seconds 939650 nanoseconds

Product: 1558595236

Pass  7: 0 seconds 942581 nanoseconds

Product: 1558595236

Pass  8: 0 seconds 974544 nanoseconds

Product: 1558595236

Pass  9: 0 seconds 947730 nanoseconds

Product: 1558595236

Pass 10: 0 seconds 903583 nanoseconds

Average: 0 seconds 945171 nanoseconds

Multiplication using only ADDITION and BIT SHIFTS:

Product: 1558595236

Pass  1: 0 seconds 4188 nanoseconds

Product: 1558595236

Pass  2: 0 seconds 3368 nanoseconds

Product: 1558595236

Pass  3: 0 seconds 6116 nanoseconds

Product: 1558595236

Pass  4: 0 seconds 3206 nanoseconds

Product: 1558595236

Pass  5: 0 seconds 3203 nanoseconds

Product: 1558595236

Pass  6: 0 seconds 4097 nanoseconds

Product: 1558595236

Pass  7: 0 seconds 4066 nanoseconds

Product: 1558595236

Pass  8: 0 seconds 3302 nanoseconds

Product: 1558595236

Pass  9: 0 seconds 5067 nanoseconds

Product: 1558595236

Pass 10: 0 seconds 5433 nanoseconds

Average: 0 seconds 4204.6 nanoseconds 

REQUIREMENTS

• Your code should be well documented in terms of comments. For example, good

comments in general consist of a header (with your name, course section, date, 

 

 

4