Category Archives: Computer Science

Complete independent research and review two (2) to three (3) online end-user license agreements.

Complete independent research and review two (2) to three (3) online end-user license agreements. Compare and contrast each EULA with each other. In your response, please consider the following:

· What are the key elements required in a EULA for it to be effective? · Across the EULAs you analyzed, what components are common? · What gaps exist? · Provide examples of how end-users would know what they are agreeing to. · Describe whether the EULAs are fair and legally acceptable. The U.S. opted for a different approach to data protection than the European Union’s all-

Write a SQL query that identifies the number of prescriptions grouped by drug name.

ALY6030 Final Project Assignment – Pharmacy Claims

Due End of Week 6

Background:

The excel file “ALY 6030 Final Project Data Set.xlsx” contains sample pharmacy claims for made-up members of an insurance company that pays for pharmacy via a third party known as a Pharmacy Benefit Manager or PBM. The file also contains a data dictionary referring to the variables in the data along with their format for your reference.

The PBM has given you these sample records as a starting point so that you as the Developer can set up a test database and pre-program some common SQL query reports that will be expected from the reporting analysts and business users working at your company, once the full claims detail is made available in production in….

Create a JavaFX program to allow a user to query the Northwind database.

Create a JavaFX program to allow a user to query the Northwind database. You should be able to perform the following functionality using the program:

 

Print order total (not including the freight cost) for a given order number

The program will ask the user for an order number, and then print out the total for all products in the order, taking into account quantities and discounts. (All computations should be done within the SQL query).

 

Print all order details for a given order number

The program will ask the user for an order number, and then print the order date, freight charge, and all products and their quantity, unit price, and discount for the order.

 

Print the names and cities of all customers in a….

Design a gantt chart for the schedule that you propose.

Pretend that the career services office at your university wants to develop a system that collects student resumes and makes them available to students and recruiters over the Web. Students should be able to input their resume information into a standard resume template. The information then is presented in a resume format, and it also is placed in a database that can be queried through an online search form. You have been placed in charge of the project.Develop a plan for estimating the project. How long do you think it would take for you and three other students to complete the project? Design a gantt chart for the schedule that you propose.

Communicate, using a mix of visualizations, a coherent, well-sequenced summary of a data analysis to inform an audience of the key findings of that analysis.

Communicate, using a mix of visualizations, a coherent, well-sequenced summary of a data analysis to inform an audience of the key findings of that analysis. • Interpret and write a summary of the noteworthy patterns, trends and exceptions identified in a set of data. • Create simple line, bar and column charts to visually display data. • Select which chart types are relevant to each type of analytical inquiry. • Use data visualizations to compare and contrast aggregate measures between subsets of data, or over time, in order to identify patterns, trends and exceptions present in data. • Create a Jupyter Notebook project, and manage the files associated with that project. • Write Python code that loads data from storage, processing and transforming as necessary, to output summary….

Make appropriate assumptions and drive the two-dimensional boundarylayer equations for flow over a flat plate in Cartesian coordinates.

1.Start from the Navier–Stokes equations and derive the governing equations in Cartesian coordinates for low Reynolds number flow, referred to as creep flow.

2.Make appropriate assumptions and drive the two-dimensional boundarylayer equations for flow over a flat plate in Cartesian coordinates.

3.Specified surface concentration. The surface concentration is specified as a constant concentration or a function of space and time, i.e. C ¼ CSðx~, tÞ on the surface S ð where CSðx~, tÞ is a function of time and position or it could be a constant surface concentration, CS.

. Determine the condition number Cond (A) for the system in Problem 3.2 using row-sum norm.

1.Determine the Euclidean norm k k A e and the row-sum norm k k A 1 for the coefficient matrix A of the system given in Problem 3.2. Determine the condition number Cond (A) for the system in Problem 3.2 using row-sum norm.

PROBLEM-3.2 Develop a code Gauss to implement the Gauss elimination algorithm with partial pivoting to solve the following system of equations. 4 Print the augmented matrix and the pivot row and pivot element in every elimination step. Use the results to estimate the residual terms.

Develop a computer code sor by using the SOR iterative algorithm and solve the system of equations given .

1.Develop a computer code sor by using the SOR iterative algorithm and solve the system of equations given . Continue iteration until convergence is reached for all variables with a tolerance limit of “s ¼ 0.01%. Present your results in a summary table for unknown values and associated approximate percent relative error in each iteration.

2.Use the conjugate gradient algorithm to solve the following system of equations.

(a) Show hand calculations in two iterations.

(b) Develop a computer code cg implementing the conjugate gradient algorithm and solve the system of equations. Continue iterations until all unknowns are accurate to three decimal places, i.e., converged to a specified tolerance of “s ¼ 0.0009. Present the results in a summary table showing values and percent relative error in each iteration….

Develop a computer code for the solution one-dimensional diffuse equation in a plane slab of thickness L.

1.Develop a computer code for the solution one-dimensional diffuse equation in a plane slab of thickness L. The code generates the system of equations for unknown nodal values using discretization equations for interior nodes and that for the boundary nodes at the left and right surfaces. Solve the system of equations using the Gauss-elimination solver.

a. Use the code for the solution of the problem given in Chapter.5

b. Repeat the problem by progressively increasing the number of nodes as Nx ¼ 8, Nx ¼ 10, and Nx ¼ 12. Present an approximate percent relative error for the estimation of heat transfer rate at the left surface at x ¼ 0 with increasing number of nodes.

Develop a computer program using the fully implicit scheme and Gauss–Seidel method.

1.Develop a computer program using the fully implicit scheme and Gauss–Seidel method. Redo with refined grid size distributions as 4 4, 6 6 and 8 8 using this code.

(a) Present temperature distribution along with percent relative error for the vertical center line with refined grid size distributions at the fifth time step.

(b) Show the temperature distribution for the vertical center line with increase in time for the grid of 8 8.

2. Develop a computer program using the fully implicit scheme and lineby-line method. Repeat using this code.