Hello I need help with an online assignment tomorrow. It is about electromagnetism and semiconductors. Attached are the topics included. The assignment is a similar to a test made up of 20 multiple choice questions, (10 about electromagnetism and 10 on semiconductors). Then 10 short answer questions on semiconductors and 7 short answer questions on electromagnetism. The assignment will be available to me tomorrow and I have 24 hours for completion.
I am assigning you a project to track COVID-19 in the state of NJ according to the following initial criteria: (Please see the following link to give you an idea:
https://coronavirus.jhu.edu/map.html <https://nam02.safelinks.protection.outlook.com/?url=https%3A%2F%2Fcoronavirus.jhu.edu%2Fmap.html&data=02%7C01%7Cpatel4%40student.fdu.edu%7C81c5948f08564baca6cf08d7e55a2c71%7C3224fad94bcc4d47ae9886ea3c6b3b13%7C1%7C0%7C637230047756785621&sdata=TJLo2CoGPXjMdoVPOPpQD0CAOA8p3i%2FUAk0papcScFg%3D&reserved=0>
The application must be written in C++ as a Web based application!
There has to an integration with NJ Map.
The application must take into consideration all health facilities in the state and tracking COVID-19 patients
The application should provide statistics in terms of death rate and the recovery rate
There has to be an update every 1 - 5 minutes using external feeder systems.
More options and modifications can be considered as you progress in this
TASK 1 Write Matlab functions to do the followings:
1. Accept user input image. Allow user to select the image.
2. Perform filtering functions on the input image.
Example:
Select an image: Lena.png
Convert to grayscale
Add noise:
Noise 1: Gaussian noise
Noise 2: Salt & Pepper
Perform filtering on image with each noise:
a) Weighted Average filter
b) Median filter
c) Laplacian filter
d) Ideal lowpass filter
e) Butterworth highpass filter
3. Display: Input image, image with noise, filtered image
TASK 2 Write a Matlab function to perform image segmentation using:
a) Global thresholding
b) Iterative thresholding
Load the image into memory. Convert to grey image. Then perform image segmentation.
Example:
Select an image: Lena.png (use your own image)
Perform segmentation:
Display: Input image, Binary images (output images)
NOTES: Filtering in frequency domain:
i. The comm
This is the last task I need to submit to pass the unit, and I cannot for the life of my figure out what I'm doing. The task is first year basic C++. The program is a Knight Database with a menu and simple functions to essentially add knight details, delete knight details, update knight details etc. I have attached the task sheet as well as my existing code - my existing code has foundation components that need to remain as is (was an in class walk through, and have now been made to expand on that). This is using SplashKit - and has been written in Visual Studio Code.
This is the last task I need to submit to pass the unit, and I cannot for the life of my figure out what I'm doing. The task is first year basic C++. The program is a Knight Database with a menu and simple functions to essentially add knight details, delete knight details, update knight details etc. I have attached the task sheet as well as my existing code - my existing code has foundation components that need to remain as is (was an in class walk through, and have now been made to expand on that). This is using SplashKit - and has been written in Visual Studio Code.
This is the last task I need to submit to pass the unit, and I cannot for the life of my figure out what I'm doing. The task is first year basic C++. The program is a Knight Database with a menu and simple functions to essentially add knight details, delete knight details, update knight details etc. I have attached the task sheet as well as my existing code - my existing code has foundation components that need to remain as is (was an in class walk through, and have now been made to expand on that). This is using SplashKit - and has been written in Visual Studio Code.
Design and execute an original interactive algorithmic design that explores creative behaviors. Your design should demonstrate your ability to use programming as a creative tool. The work must not be a video game and the code submitted in A3 cannot be based on the code submitted in A1. Your design should draw on the theories and concepts discussed throughout this course.
Topics covered:
conditions
for loops/ nested for loops
random/noise function
arrays
images - blending, pixel walker
3D
browser inputs -sliders/GUI
classes/ constructors
I need to write a facility location problem program. I have already found the solution.
Here is the youutbe link
https://www.youtube.com/watch?v=bEZfO1DowOo&app=desktop
Here are all the files
https://onedrive.live.com/?cid=7e9697bc271b1428&id=7E9697BC271B1428%2116229&authkey=%21APg5pNwhuVf2FQE
I just want you to modify and, keep the same logic but change the variable names, gui layout, demand values used, pictures for the cities and anything to make the program look different and instead of Germany change to country. I will ptove the map and the data for it.
Also make the output auto scale this program displays the screen unevenly on different screens.
any questiions please contact me
I need to write a facility location problem program. I have already found the solution.
Here is the youutbe link
https://www.youtube.com/watch?v=bEZfO1DowOo&app=desktop
Here are all the files
https://onedrive.live.com/?cid=7e9697bc271b1428&id=7E9697BC271B1428%2116229&authkey=%21APg5pNwhuVf2FQE
I just want you to modify and, keep the same logic but change the variable names, gui layout, demand values used, pictures for the cities and anything to make the program look different and instead of Germany change to country. I will ptove the map and the data for it.
Also make the output auto scale this program displays the screen unevenly on different screens.
any questiions please contact me
The title of the unit : traditions to IT
I have attached the pdf file , and it has all the instructions.
what we need to do ?
Analyse the case from the perspectives of Rob, Mary and Michaela. You should do this by applying the Decision-Making process from Reynolds (2015) that was discussed in Tutorial 8. As you will not have an opportunity to implement or evaluate your decision, your analyses should only address the first three steps. You should be writing between 1 and 2 pages for each of the analyses (i.e., 1-2 pages for Rob, 1-2 pages for Mary and 1-2 pages for Michaela).
im not sure if this need any references , so please check it , i have attached additional files .
The price and time can be discussed
