High Performance SQL Databases Distributed Systems Non Relational Paper
For this week you will be writing a two pages APA format paper that analyzes the difference between traditional SQL and NoSQL such as MongoDB.https://www.mongodb.com/white-papers
R Question
Very two simple assignments.
need a R script.
Two simple project
Project 1:https://cobriant.github.io/421_summer_2021/book/or…
Project 2:https://cobriant.github.io/421_summer_2021/book/or…
A vanilla RNN
We will be implementing a vanilla RNN. I have already writen quite a bit of code, including some new layers that you may or may not find useful (which are already completed and functional). I have left it up to you to complete the backwards method for two layers. Please complete the uploaded an attachment by following the guidelines and requirements. I will send to you all material since we start the work. Please bid it if you can have confident to pass the three testing scripts.
BTE 320 University of Miami C++ Program Computer Programming Task
Finish the question to output the same result as appleoutput.txt.
quiz5
question 2
Problem
=======
Apple Inc. is pulling off a feat rarely seen in any industry, much less the cutthroat world of consumer electronics:
gaining market share while also commanding higher prices.
Led by the even more advanced features of iPhones it keeps introducting, and Apple’s management is now committed to
analyzing sales even further to track how products are performing in different locations and even at different times
of the year.
The Apple regional offices report their monthly sales to Apple’s Headquarters who want to track the sales
of each product for different periods at each location and sum it up
in different ways. Apple will pull all sales data from different stores, and already have programs that summarize
the data for each product per location per month.
But they want more. They ask you to design an in memory cube that would take the numbers summarized at this level,
and just do a quick POC (Proof Of Concept) that you could expand on later with more dimensions and with real
transactional fact data.
The problem is that you have only half an hour before your meeting with Tim Cook.
You must show him something. The VP for sales contacts you and gives you the following example of data,
and example of output they would like to see, and asks you to use this sample for the POC demo.
You must write code to make this happen. He even gives another exciting piece of information that
Tim Cook thinks that Apple should have a product that would help people define multi dimensional
data structures for analytical purposes –
he thinks that in this day and age of Analytics and Big Data, Apple must compete with others who already have products to design those types of data structures (He sees no reason why apple should not add a cube design component
and even a multi dimensional query language to some of their new acquisitions such as Foundation DB).
You wonder to yourself: Hmmmm!!!…is he trying to compete with Microsoft Analysis Services in their MS SQL Server
Product? You will think about this later, but right now, you have very little time, and you start thinking with your
immediate manager of what you will demo. He had thought some of it through, though, but he wants you to finish it
before the demo.
Here is what your manager gives you (numbers should be in millions really), and asks you to complete some of it
while his other intern works on some of the easier functions.
YOUR TASK IS TO WRITE FUNCTIONS 1,4,5,6 and 7,8 (5 points each). I did 2,3 for you as a guide.
Produce a file similar to appleoutput.txt, but it does not have to be exact format. But something
that looks nice.
Submission
==========
Don't change main
Complete the functions that you need to complete. The loops is what you need to do.
Compile your code
g++ quiz5q2.cpp -o q5q2
./q5q2 > myapplecube.txt
submit your quiz5q2.cpp and your myapplecube.txt
*/
#include <iostream>
#include <string>
#include <iomanip>
using namespace std;
int const LOCATION_DIM_SZ = 2;
int const TIME_DIM_SZ= 2;
int const PRODUCT_DIM_SIZE= 3;
string Location[] = {"FL", "TX"};
string Period[] = {"Jan", "FEB"};
string Product[] = {"iPhone","iPad","MacBookPro"};
/*1*/
void printSalesDetails(double sales[LOCATION_DIM_SZ][TIME_DIM_SZ][PRODUCT_DIM_SIZE]){
int i(0),j(0),k(0);
int sum =0;
cout<<"Sales Details per Location per Period per Product" <<endl;
cout<<"================================================="<<endl;
for
for
for
}
}
}
cout<<"==================================================="<<endl;
}
/*2*/
void printSalesByProduct(double sales[LOCATION_DIM_SZ][TIME_DIM_SZ][PRODUCT_DIM_SIZE]){
int i(0),j(0),k(0);
double salesPerProduct=0;
cout<<"Sales per Product" <<endl;
cout<<"================="<<endl;
for (i=0; i<3;i++){ //product
salesPerProduct = 0;
for (j=0 ; j<2;j++){ //location
for (k=0; k<2;k++){ //period
salesPerProduct += sales[j][k][i];
}
}
cout << "Total Sales for " <<setw(20)<<setfill(' ')<<left<< Product[i] << "t=$" <<setw(9)<<setfill(' ')<<right<<fixed<<salesPerProduct<<setw(10)<<setfill(' ')<<left<<"tmillions"<<endl;
}
cout<<endl;
cout<<"==================================================="<<endl;
}
/*3*/
void printSalesByLocation(double sales[LOCATION_DIM_SZ][TIME_DIM_SZ][PRODUCT_DIM_SIZE]){
int i(0),j(0),k(0);
double salesPerLocation=0;
cout<<"Sales per Location" <<endl;
cout<<"================="<<endl;
for (i=0; i<2;i++){ //location
salesPerLocation = 0;
for (j=0 ; j<2;j++){ //period
for (k=0; k<3;k++){ //product
salesPerLocation += sales[i][j][k];
}
}
cout << "Total Sales for " <<setw(20)<<setfill(' ')<<left<< Location[i] << "t=$" <<setw(9)<<setfill(' ')<<right<<fixed<< salesPerLocation<<setw(10)<<setfill(' ')<<left<<"tmillions"<<endl;
}
cout<<endl;
cout<<"==================================================="<<endl;
}
/*4*/
void printSalesByPeriod(double sales[LOCATION_DIM_SZ][TIME_DIM_SZ][PRODUCT_DIM_SIZE]){
int i(0),j(0),k(0);
double salesPerPeriod=0;
cout<<"Sales per Period" <<endl;
cout<<"================="<<endl;
cout<<endl;
cout<<"==================================================="<<endl;
}
/*5*/
void printSalesPerProductPerLocation(double sales[LOCATION_DIM_SZ][TIME_DIM_SZ][PRODUCT_DIM_SIZE]){
int i(0),j(0),k(0);
double salesPerProductPerLocation=0;
cout<<"Total Sales per Product per Location" <<endl;
cout<<"===================================="<<endl;
cout<<endl;
cout<<"==================================================="<<endl;
}
/*6*/
void printSalesPerProductPerPeriod(double sales[LOCATION_DIM_SZ][TIME_DIM_SZ][PRODUCT_DIM_SIZE]){
int i(0),j(0),k(0);
double salesPerProductPerPeriod=0;
cout<<"Total Sales per Product per Period" <<endl;
cout<<"===================================="<<endl;
cout<<endl;
cout<<"==================================================="<<endl;
}
/*7*/
void printSalesPerLocationPerPeriod(double sales[LOCATION_DIM_SZ][TIME_DIM_SZ][PRODUCT_DIM_SIZE]){
int i(0),j(0),k(0);
double salesPerLocationPerPeriod=0;
cout<<"Total Sales per Location per Period" <<endl;
cout<<"===================================="<<endl;
cout<<endl;
cout<<"==================================================="<<endl;
}
/*8*/
void printSalesPerPeriodPerLocation(double sales[LOCATION_DIM_SZ][TIME_DIM_SZ][PRODUCT_DIM_SIZE]){
int i(0),j(0),k(0);
double salesPerPeriodPerLocation=0;
cout<<"Total Sales per Period per Location" <<endl;
cout<<"===================================="<<endl;
cout<<endl;
cout<<"==================================================="<<endl;
}
int main(int argc, const char * argv[]) {
double sales[LOCATION_DIM_SZ][TIME_DIM_SZ][PRODUCT_DIM_SIZE]={0};
sales[0][0][0]=45;
sales[0][0][1]=8;
sales[0][0][2]=4;
sales[0][1][0]=35;
sales[0][1][1]=10;
sales[0][1][2]=5;
sales[1][0][0]=75;
sales[1][0][1]=15;
sales[1][0][2]=13;
sales[1][1][0]=45;
sales[1][1][1]=17;
sales[1][1][2]=23.1;
printSalesDetails(sales); /* 1 */
printSalesByProduct(sales); /* 2 */
printSalesByLocation(sales); /* 3 */
printSalesByPeriod(sales); /* 4 */
printSalesPerProductPerLocation(sales); /* 5 */
printSalesPerProductPerPeriod(sales); /* 6 */
printSalesPerLocationPerPeriod(sales); /* 7 */
printSalesPerPeriodPerLocation(sales); /* 8 */
return 0;
}
appleoutput.txt: Sales Details per Location per Period per Product ================================================= sales for Location FL/Jan/iPhone =$ 45.00 millions sales for Location FL/Jan/iPad =$ 8.00 millions sales for Location FL/Jan/MacBookPro =$ 4.00 millions sales for Location FL/FEB/iPhone =$ 35.00 millions sales for Location FL/FEB/iPad =$ 10.00 millions sales for Location FL/FEB/MacBookPro =$ 5.00 millions sales for Location TX/Jan/iPhone =$ 75.00 millions sales for Location TX/Jan/iPad =$ 15.00 millions sales for Location TX/Jan/MacBookPro =$ 13.00 millions sales for Location TX/FEB/iPhone =$ 45.00 millions sales for Location TX/FEB/iPad =$ 17.00 millions sales for Location TX/FEB/MacBookPro =$ 23.10 millions Sum of Sales for all Apple =$ 295 millions =================================================== Sales per Product ================= Total Sales for iPhone =$ 200.00 millions Total Sales for iPad =$ 50.00 millions Total Sales for MacBookPro =$ 45.10 millions =================================================== Sales per Location ================= Total Sales for FL =$ 107.00 millions Total Sales for TX =$ 188.10 millions =================================================== Sales per Period ================= Total Sales for Jan =$160.00 millions Total Sales for FEB =$135.10 millions =================================================== Total Sales per Product per Location ==================================== Total Sales for iPhone in FL =$ 80.00 millions Total Sales for iPhone in TX =$ 120.00 millions Total Sales for iPad in FL =$ 18.00 millions Total Sales for iPad in TX =$ 32.00 millions Total Sales for MacBookPro in FL =$ 9.00 millions Total Sales for MacBookPro in TX =$ 36.10 millions =================================================== Total Sales per Product per Period ==================================== Total Sales for iPhone in Jan =$ 120.00 millions Total Sales for iPhone in FEB =$ 80.00 millions Total Sales for iPad in Jan =$ 23.00 millions Total Sales for iPad in FEB =$ 27.00 millions Total Sales for MacBookPro in Jan =$ 17.00 millions Total Sales for MacBookPro in FEB =$ 28.10 millions =================================================== Total Sales per Location per Period ==================================== Total Sales for FL in Jan =$ 57.00 millions Total Sales for FL in FEB =$ 50.00 millions Total Sales for TX in Jan =$ 103.00 millions Total Sales for TX in FEB =$ 85.10 millions =================================================== Total Sales per Period per Location ==================================== Total Sales for Jan in FL =$ 57.00 millions Total Sales for Jan in TX =$ 103.00 millions Total Sales for FEB in FL =$ 50.00 millions Total Sales for FEB in TX =$ 85.10 millions ===================================================
York University Self Evaluation Question
Make the ppt accroding to the steps(4 slides with speech notes), and finish Part A and B self assessmentMake the ppt accroding to the steps(4 slides with speech notes), and finish Part A and B self assessmentMake the ppt accroding to the steps(4 slides with speech notes), and finish Part A and B self assessment
CMSC 335 UMUC Object Oriented & Concurrent Programming Java Swing GUI Project
See attached project.
As for project 1, object orientation is one of the main learning objective. Use polymorphism appropriately, do not use instanceof. As always, keep variable scopes as local as possible, do not duplicate code, use methods to factor commonalities, and respect applying good naming conventions. Make sure that your comments are needed, and add useful information.
Here is a simple UI that I wrote satisfying the requirements. You will notice that the 2D shapes are scaled according to dimensions, but not the 3D shapes. You will also notice that the area or volume of the shape is displayed on the left side. You do not have to follow this layout, but this is to give you an idea about what can be done.
The Fuzzy Predictor Performance In 5G Mobile Network Using MATLAB
I’m working on a matlab project and need an explanation to help me study.
hello guys.. i complted my final project dessertstion.. when i submitted to my professor i got feedback like this
There seems to be no MATLAB code and table 3 should be text or an Excel object. Figures 8, 9, 10,11, 12,13, 14 and 15 seem to include legends as pictures, they should be MATLAB fig files or Excel graphics objects and/or the corresponding .fig files should also be submitted. The raw data for the graphs should be included in an appendix. The full code listing should be in an appendix as text (not screenshot(s)). Detail all citations referred to in preparing the code.
so i need help in doing Matlab code.. i am attaching the files for which i need matlab code
thanks
Please help me finish this in 5 hours
Please help me finish this in 5 hours
I have attached the question
I also attach the example answers. Please give me the answer similar to the example answers.
University of Phoenix Programming Concepts and Techniques Presentation
Complete the following in your own words
Resources:
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