We now have remedies for both of these issues. For this program we will create a bunch of student objects, and we'll have a dictionary that holds a collection of these student objects. That is, the dictionary will represent a course the students are enrolled in. Using a class will allow us to keep both the student data and the methods that operate on that data together. Collecting the class instances into a dictionary and making use of the pickle module will allow us to store and retrieve our student data without having to do any data conversion.
We might have used a list to contain the student objects, but is this case we will use a dictionary. The key associated with the student object will be the student ID. This allows being able to find a given student directly using their ID, without having to iterate through a loop of students to find the one we want.
So, here's what we need to do. We'll use a dictionary to be a container for a given course, CIT101. We will populat
The solutions for each part just needs to follow the guidelines in the pdf provided. I will provide the pdf file which contains the assignment itself and what to do, and c++ files of code to go along with the pdf. In some cases you will just need to modify the code and in others you will need to write additional methods. Once again just read through the pdf and follow.
1) The average cholesterol content of a certain brand of eggs is 224 mg, and the standard deviation is 14 mg. Assume the variable is normally distributed. A sample of 28 eggs is randomly selected.
(a) Describe the sampling distribution of the sample mean (i.e., what distribution, mean, and standard deviation)
(b) Find the probability that the sample mean will be more than 225 mg.
2) A recent study indicated that 27% of the women over age 55 in the study were widows. If 96 women over 55 years of age are randomly selected, what is the probability that at least 22% of them are widows?
3) A sample of 16 randomly selected commuters in Chicago showed the average of the commuting times was 37.2 minutes, and the standard deviation was 7.3 minutes. Assume the population was normally distributed.
(a) Find the 95% confidence interval of the true mean.
(b) Find the 95% confidence i
1. Refer to the Power point and PDF is uploaded. Will need to follow steps.
2. Create your own Crypto-token and smart contract, following the step by step procedures given in the book, and upload screenshots of your Ether token and contract address using etherscan.io and the metamask plugin.
3. When creating accounts for me please use an account name of jvfly
4. for token name use name is JV4151 or JVS
If you need an email to register anything let me know so i can provide if needed.
**Solidity Programming language**
Every instructions u need to know is going to be in the file I'll be providing. Also after finishing the code use the example code to check if the code works. Use python the latest version. Use the tester8 file to check if the program works. Thanks!
Implement a Bread making machine. Each machine has a brand and a name. A machine has the possibility to select from a few pre-established bread types: white, with grains and integral. In the bread composition there is flour, water and yeas. To these it can be added oil, milk, salt, sugar or dried fruits. There are multiple bread making machines, some make simple bread that has 2 sizes, others make also sweet bread and panettone. The implementation of the Bread machine should allow the user to choose if it's a simple or performant bread machine, the simple one can only make white bread, bread with grains and integral bread in two sizes(small and big), while the performant ones can also make sweet bread and panettone. Once the user chooses the type of bread he wants, he needs to add the quantity for the default ingredients(flour, water and yeast) and if he wants any of the extra ingredients he needs to add the quantity for those too.
The explanation for the task (in Romanian, translate in English)
https://ocw.cs.pub.ro/courses/so/teme/tema-3
Skeleton which they gave us is in 3-loader. The file to be modified is loader.c
https://github.com/systems-cs-pub-ro/so-assignments
What I have done by now I uploaded as an attachment.
ASSESSMENT-1
1.DICTIONARY
2.TUPLE
3.LIST
4.NUMPY
5.SCIPY
6.PANDAS
7.MATPLOTLIB
8.SKLEARN PREPROCESSING TECHNIQUES
9.ML BASICS(TYPES OF ML)
10.K-MEANS
11.SVM
12.LINEAR REGRESSION
13.MULTIPLE LINEAR REGRESSION
14.IMAGE CONTRAST
15.HISTOGRAM EQUALIZATION
*FILENAME FORMAT:* CAMPUS NAME_REGNO (EX:APCAMPUS_171801120058)
*DEADLINE:* 4-04-20 BEFORE 6:00 PM *NOTE:* EVERY INDIVIDUAL HAS TO PREPARE A SINGLE PYTHON JUPYTER NOTEBOOK FILE(.ipynb file) FOR ALL 15 TOPICS. NO TWO STUDENTS CODE SHOULD N
Your individual term project consists of an analysis of a written, published biography of a leader. The leaders biography should be someone you are interested in and/or someone you want to learn more about. You may select the leader from the realm of business, but you can select the leader from any field (politics, sports, history, entertainment, etc.) any industry, any time period. The book you choose can be either an autobiography written by the person on his/her life, or it may be a biography written by someone else. You have the first week of the term to select and get my approval for your chosen leader. Submit, in hard copy) the name of the subject and the book you selected during the second class session.
You will write a 12-15 page (double-spaced) paper outlining your chosen leader. This is NOT a book report of this leader but an assessment of the key factors and characteristics that defined this person as a leader, e.g., what path did this person follow, what is h
Objectives:
Write a program to compare the performance of the Round Robin, non-preemptive Shortest Job First, and SRTF scheduling algorithms.
Details:
Input: A file of processes and related CPU burst times and arrival times. There will be no header in the file and each line will be of the form, "<processID> <burst time> <arrival time>" with spaces between each field.
Example:
A 10 0
B 1 1
C 2 3
D 1 0
E 5 1
You should read the data into a data structure. Then you will simulate the behavior of the 3 scheduling algorithms on the data, one at a time. For each algorithm, your program will need to print out a sort of vertical Gantt chart followed by some summary statistics.
Gantt chart:
First print the name of the scheduling algorithm, then each time a process is scheduled, pr
