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In our previous blog we have learned about vue.js and how to install vue.js, if not you can read it by following the link https://www.codersarts.com/post/vue-js-introduction-and-installation. Now, in this blog we are going to learn some more concepts about vue.js What is Vue.js ? Vue.js is an open source JavaScript framework with various optional tools used to develop interactive web interfaces. It is one of the famous frameworks used to simplify web development. Vue.js focuses on the view layer. It can be easily integrated into big projects for front-end development without any issues. Features of Vue.js These are the some of the features of Vue.js: 1. Virtual DOM: Vue.js makes the use of virtual DOM, which is also used by other frameworks such as React, Ember, etc. 2. Data Binding: The data binding feature helps manipulate values to HTML attributes, change the style, assign classes with the help of binding directive called v-bind. 3. Components: Components are one of the important features of Vue.js that helps create custom elements, which can be reused in HTML. 4. Event Handling: v-on is an attribute added to the DOM elements to listen to the events in Vue.js. 5. Animation & Transition: Vue.js provides various ways to apply transition to HTML elements when they are added or removed from the DOM. We can easily add third party animation libraries and also add more interactivity to the interface. 6. Lightweight: Vue.js script is very lightweight and the performance is also very fast. 7. Templates: Vue.js provides HTML-based templates that bind the DOM with the Vue instance data. Vue compiles the templates into virtual DOM Render functions. 8. Directives: Vue.js has built-in directives such as v-if, v-else, v-show, v-on, v-bind, and v-model, which are used to perform various actions on the frontend. 9. Watchers: Watchers are applied to data that changes. 10. Routing: Navigation between pages is performed with the help of vue-router. 11. Vue-CLI: Vue.js can be installed at the command line using the vue-cli command line interface. It helps to build and compile the project easily using vue-cli. Example: As Vue is basically built for front-end development, we are going to deal with lot of HTML, JavaScript and CSS files. In this example, we are using the development verison of vuejs. To run this example you have to download the development version of vue.js and have to place it in a folder named js. Output: We have created our first app using vue.js. Vue.js Instance To create an application in vue.js, we have to create new Vue instance with the vue function. Syntax: var app = new Vue({ // options }) We are going to understand it with the help of an example: instance.html instance.js For Vue, there is a parameter called el. It takes the id of the DOM element. In the above example, we have the id #vue_dt. It is the id of the div element, which is present in .html file. Now, we have defined the data object. It has the values firstname, lastname, and address. The same is assigned inside the div. We can see it here, Firstname : {{firstname}} Lastname : {{lastname}} The Firstname : {{firstname}} value will be replaced inside the interpolation, i.e. {{}} with the value assigned in the data object. The same will happen with the last name. Next, we have methods where we have defined a function mydetails and a returning value. It is assigned inside the div as {{mydetails()}} Hence, inside {{}} the function mydetails will be called. The value returned in the Vue instance will be printed inside {{}}. Output: Vue.js Template In this section, we will learn how to get an output in the form of HTML template on the screen. template.html template.js Now, when we show the html content on the page, with interpolation, i.e. with double curly brackets, this is what we will get in the browser. Output: Here, we see that the html content is displayed the same way we have written in the variable htmlcontent, this is not what we need as the output, we need it to be displayed in a proper HTML content on the browser. For this, we will have to use v-html directive. The moment we assign v-html directive to the html element, Vue.js knows that it has to display it as HTML content. Now we are going to add v-html directive in the .html file and we will see the difference. template.html Now, we don’t need the double curly brackets to show the HTML content, instead we have to use v-html = ”htmlcontent” where htmlcontent is defined inside the js file as: template.js Now, when we display the htmlcontent will look like this. Output: If you have any queries regarding this blog or need any help you can contact us on: contact@codersarts.com

What is a Web Server? A Web Server is a software application which handles HTTP requests sent by the HTTP client, like web browsers, and returns web pages in response to the clients. Web servers usually deliver html documents along with images, style sheets, and scripts. Most of the web servers support server-side scripts, using scripting languages or redirecting the task to an application server which retrieves data from a database and performs complex logic and then sends a result to the HTTP client through the Web server. Apache web server is one of the most commonly used web servers. It is an open source project. But, node.js provides capabilities to create our own web server which will handle HTTP requests asynchronously. We can use IIS or Apache to run Node.js web application but it is recommended to use Node.js web server. Web Application Architecture A Web application is usually divided into four layers: Client Layer: This layer consists of web browsers, mobile browsers or applications which can make HTTP requests to the web server. Server Layer: This layer has the Web server which can intercept the requests made by the clients and pass them the response. Business Layer: This layer contains the application server which is utilized by the web server to do the required processing. This layer interacts with the data layer via the database or some external programs. Data Layer: This layer contains the databases or any other source of data. Creating a Web Server using Node Node.js makes it easy to create a simple web server that processes incoming requests asynchronously. It provides an http module which can be used to create an HTTP client of a server. Following is the bare minimum structure of the HTTP server which listens at 8012 port. For this we have to create a js file and name it as server.js: Next we have to create a html file named index.html in the same directory where we created server.js. Now we will run the server.js to see the result − node server.js Make a request to Node.js server To make a http request we have to open any browser and write http://localhost:8012/index.html and we will see the following result. If you have any queries regarding this blog or need any help you can contact us on: contact@codersarts.com

In our previous blog we have learned some basics about node.js and printed "Hello World!" using node.js. If you havn't you can read it by following the link: https://www.codersarts.com/post/node-js-installation-and-print-hello-world In this blog we are going to learn more about node.js and will create an application using node.js. Now, before creating an actual "Hello, World!" application using Node.js, we will see the components of a Node.js application. A Node.js application consists of three important components: Import required modules Create server Read request and return response 1. Import required modules What is a Module in Node.js? Node modules can be considered to be the same as the JavaScript libraries. A set of functions which you want to include in your application. Built-in Modules Node.js has a set of built-in modules which anyone can use without any further installation. Include Modules To include a module, we use the require() function with the name of the module: var http = require('http'); 2. Create server Node.js as a Web Server The HTTP module can create an HTTP server that listens to server ports and gives a response back to the client. We will use the createServer() method to create an HTTP server. The function passed into the http.createServer() method, will be executed when someone tries to access the computer on port 8012. Now we will bind it at port 8012 using the listen method associated with the server instance. Passing this function with parameters request and response. The above code is enough to create an HTTP server which listens, i.e., waits for a request over 8012 port on the local machine. 3. Testing Request & Response Now we will write both step 1 and step 2 in a single file called app.js and start our HTTP server as shown below: Now we have to execute the app.js to start the server as follows − node app.js Make a Request to the Node.js Server Open any browser and type http://localhost:8012/ and then observe the following result. Congratulations, you have your first HTTP server up and running which is responding to all the HTTP requests at port 8012. If you have any queries regarding this blog or need any help you can contact us on: contact@codersarts.com

In this blog, we will provide some important R Programs which make your programming skills better. 1. Write a function to accept an array x of integers and return an array y of 0’s and 1’s. If the number in x is divisible by 7, the element in y is a 1; otherwise, it is a 0. You are NOT allowed to use any loop, exponentiation operation, any function such as length(), apply(), floor(), ceiling(), etc. You may use other arithmetic operations (addition, subtraction, multiplication, and division). You CANNOT use the modulo operation, i.e. %. You are not allowed to use any function that is not mentioned in our lectures. You may use if-else() function. If you cannot find the solution, you may use the for-loop or the exponentiation operation for a reduced grade of 15 points. (Note: %/% is the integer division operator.) 2. Write an R program to drop the smallest one exam grade out of four grades. If a student misses an exam, the grade is NA. You must use NA instead of 0 to represent the value for exams missing. (a) Complete a function to convert an array to another array in which all NA grades are replaced with zero. (b) Complete your function to compute the mean of all elements row by row after dropping one smallest grade. You cannot use any loop statement inside or outside your functions for both (a) and (b). You may use the built-in function in R to find the minimum value in an array. You may use ifelse() only once. You may use the built-in function mean() to find the mean. But be careful! For testing purpose, you may use the following exam grades for each student in each row: Exam1 Exam2 Exam3 Exam4 80 NA 90 NA 60 80 100 NA 90 80 100 40 The average grade of each student must be displayed as a row in a matrix. For the example above, you need to display three rows of values of one column.You may use functions: is.na() or na.omit(). 3. (a) Write a function to convert an array of numbers with elements 1, 2, 3, or 4 based on the rule: 1 → 2, 2 → 1, 3 → 4, 4 → 3. If there is any invalid number, not 1, 2, 3, or 4, you may convert it to NA. You are not allowed to use multiple if-statements. You are allowed to use only one R statement in your function to complete the conversion. (b) Define a matrix contain rows and columns with only 1, 2, 3, or 4 in the matrix. You need to translate all of the matrix elements based on the above rule. You are required to use apply() family function. You cannot use any loop statements. You need to display the input matrix and the output matrix to show that your program works. For the purpose of testing, you may use: x ← matrix(c(1, 2, 2, 3, 4, 4, 1, 2, 5), nrow=3, ncol=3) 4. Given a matrix X of integers and an array Y of integers and NA, (a) Write a function to compare each row of the matrix with the array Y ignoring the element of NA. Your program will return a matrix of TRUE, FALSE, and NA (if any). (b) Count the number of rows that return all TRUE and NA (if any). You may use is.na(n) or na.omit(n). For both (a) and (b), you cannot use any loop-statement or if statement. You may use ifelse() though. For example, x<- c(1,0,1,0,1,1,1,1,0,1,0,1) y<- c( 1 , NA, 1, NA) [1] "*** (a) print the matrix after checking with y ***" [,1] [,2] [,3] [,4] [1,] TRUE NA TRUE NA [2,] TRUE NA TRUE NA [3,] FALSE NA FALSE NA [1] "*** (b) print the number of rows after comparing with y ***" [1] 2 You cannot hardcode the number of rows or columns in your code for the matrix X. You may assume that the number of elements in each row of the matrix is the same as the number of elements in the array Y. Your code must work for all of the examples below: # displays 2 x<- c(1,0,1,0,1,1,1,1,1, 0 ,1, 1) y<- c( 1 , 0, 1, NA) # displays 3 x<- c(1,0,1, 1, 0,1,1,1,0,1,0,0) y<- c( 1 , 0, NA) # displays 4 x<- c(1,0,1, 1, 0,1,1,1,0,1,0,0) 1. y<- c( 1 , NA, NA) Contact us for this machine learning assignment Solutions by Codersarts Specialist who can help you mentor and guide for such machine learning assignments. If you have project or assignment files, You can send at contact@codersarts.com directly.

Project Summary Description: The web application project is to design and develop a task roster system for shared spaces that allows managers to set tasks, notifies users of their tasks, and allows users to mark tasks as complete. 1. Upon loading the system should display Current tasks that need to be done today The user who is assigned that task 2. Users should be able to sign up and log in so they can View their scheduled tasks Manage their profile/user information Manage their availability Manage the types of tasks they can/want to do. 3. Managers should be able to sign up and log in to: Manage their profile/manager information Create and manage different tasks. Group tasks. Assign tasks or groups of tasks to users. 4. Users/managers should be able to choose to link a social media/email/other account, allowing login via that platform, to make logging in easier. Phases of Development for the Project: 1. Site Design: First of all, we have to make a design to get the basic structure for our project. Then we have to start working on the flow for our project. Now, we are going to use HTML and CSS to design our page look. 2. Data Plan: For each of the features in the website, we have to create a data plan that lists the different pieces of content/information that your web application will be dealing with & determine where it should be stored, what format, and where it should be processed. Where does the information come from? What form should it take? If the information is on the server, what will the client need to send to retrieve that data? If the information is on the client, how will it be sent to the server? Does all information need to be stored on the server? What processing needs to be done to make the data useful? 3. Client-side Implementation: We are going to use node.js and set up an express server and migrate the website to it. Now we are ready to start handling data on the server. Using a combination of GET/POST methods and AJAX, we have to modify our website and server to implement the calls needed to handle the content/information for each of our features as identified in our data plan. The routes don't need to be functionally complete at this stage, but we want to set them up with dummy responses to ensure that our client side code is working as expected. 4. Database Implementation: Now that we’ve designed our database, we can set it up and begin writing queries. Setup SQL database and tables. Write down the queries needed to store and retrieve data in our database. 5. Server Implementation: Modify our server routes to perform the tasks and data queries needed to complete our web application. Implement and populate your Database Complete your server routes with full functionality, integrating the Database queries. If you have any queries regarding this blog or need any help you can contact us on: contact@codersarts.com

Before moving forward in this blog, one should have a basic understanding of HTML, CSS, and JavaScript. What is Vue.js ? Vue.js is an open source JavaScript framework with various optional tools used to develop interactive web interfaces. It is one of the famous frameworks used to simplify web development. Vue.js focuses on the view layer. It can be easily integrated into big projects for front-end development without any issues. Vue.js is created by Evan You, an ex-employee from Google. The first version of Vue.js was released in Feb 2014. Why Vue.js ? Following are the advantages of using Vue.js technology in web development: 1. Very Small Size: The success of JavaScript framework depends on its size. The smaller the size is, the more it will be used. One of the greatest advantages of Vue.js is its small size. The size of this framework is 18–21KB and it takes no time for the user to download and use it. 2. Easy to Understand and Develop Applications: The user can easily add Vue.js to his web project because of its simple structure. Both the small as well as large scales templates can be developed through this framework which saves a lot of time. 3. Simple Integration: Vue.js is also popular among the web developers because it facilitates them to integrate with the existing applications. This is because it is based on JavaScript framework and can be integrated into other applications built on JavaScript. 4. Detailed Documentation: The documentation with Vue.js is so comprehensive that the user who knows a little about JavaScript and HTML can develop his own application or web page. 5. Flexibility: A great deal of flexibility is another advantage of Vue.js. It allows the user to write his template in HTML file, JavaScript file, and pure JavaScript file using virtual nodes. Vue.js has proved a lot beneficial in the development of those simple applications that run directly from browsers. Installation of Vue.js The installation for Vue.js is very easy to start with. Any developer can easily understand and build interactive web interfaces. There are many ways to install VueJS: 1) Using the To download vue.js go to the site https://vuejs.org/v2/guide/installation.html of VueJS and download the vue.js as per your need. There are two versions for use - production version and development version. The development version is not minimized, whereas the production version is minimized as shown in the following screenshot. Development version will help with the warnings and debug mode during the development of the project. 2. Using CDN We can also start using VueJS file from the CDN library. This link https://unpkg.com/vue will give the latest version of VueJS. VueJS is also available on jsDelivr (https://cdn.jsdelivr.net/npm/vue/dist/vue.js) and cdnjs (https://cdnjs.cloudflare.com/ajax/libs/vue/2.4.0/vue.js). We can host the files at our end, if required and get started with VueJS development. 3. Using NPM For large scale applications with VueJS, it is recommended to install using the npm package. It comes with Browserify and Webpack along with other necessary tools, which help with the development. Following is the command to install using npm: npm install vue 4. Using CLI (Command Line Interface) VueJS also provides CLI to install the vue and get started with the server activation. To install using CLI, we need to have CLI installed which is done using the following command: npm install --global vue-cli It takes a few minutes for the installation. Once done, it shows the CLI version for VueJS. Now, we have to create the project using Webpack. Following is the command to create the project using Webpack: vue init webpack myproject Now to get started, we have to use the following command: cd myproject npm install npm run dev Once we execute npm run dev, it starts the server and provides the url for display to be seen in the browser which is as shown in the following image. If you have any queries regarding this blog or need any help you can contact us on: contact@codersarts.com

Before starting node.js one should have a basic knowledge of javascript. What is Node.js ? Node.js is a tool for JavaScript framework, it is used for developing server-based applications. Node.js is an open source server environment. It allows you to run JavaScript on the server. A Node.js app run in a single process, without creating a new thread for every request. Download Node.js First of all we have to download node.js from its official site and then we have to install it. To install node.js you have to follow these steps: Step 1) Click on the link given below and you can download node.js directly from its official site: https://nodejs.org/en/download/ When you click on the link a page like this will open in a new tab. You have to download node.js according to your system requirement like, for Windows operating system you have to click on "Windows Installer". Step 2) Double click on the downloaded .msi file to start the installation. Click the Run button on the first screen to begin the installation. Step 3) Click the "Next" button to continue with the installation Step 4) Click on the box to Accept the license agreement and then click on the Next button. Step 5) If you have to change the location you can do it from here, by choosing the location where Node.js needs to be installed and then click on the Next button. Step 6) Accept the default components and click on the Next button. Step 7) Click the Install button to start the installation. Step 8) Click the Finish button to complete the installation. Now, you have successfully installed node.js in your system. "Hello World" in Node.js After downloading and installing node.js, now we have to display "Hello World" in a browser. For this we have to create a file in any text editor and name it as index.js file, and add these lines of code in it: varhttp = require('http'); http.createServer(function(req, res) {   res.writeHead(200, {'Content-Type':'text/html'}); res.end('Hello World!'); }).listen(8012); You have to save the file on your computer in: C:\Users\Your Name\index.js Command Line Interface Node.js files must be initiated in the "Command Line Interface" program of your computer. Now you have to open Command Prompt in your system. For Windows users, press the start button and look for "Command Prompt", or press Windows+R and write "cmd" in the search field and click on OK. Initiate the Node.js File The command prompt will look like this: The file you have created has to be initiated by Node.js before any action can take place. Start your command line interface, write node index.js and press enter: Now, your computer works as a server! Start any internet browser, and type in the address: http://localhost:8012 If you have any queries regarding this blog or need any help you can contact us on: contact@codersarts.com

Django is a high-level Python web development framework. It is used to create a secure web application in python. If you are looking for any project assignment related help then you can contact us and get any assignment related help immediately. Our expert is well educated and providing help when you need it. In this blog, we will go through the front view of the "Stock Management App". Front Views of Stock Management App Step1: Open editor: pycharm Step2: Create project “stock” using >django-admin startproject stock Step3: Create app “app” after change directory to “stock” ./ems> python manage.py startapp app Step4: Creating superuser for admin >python manage.py createsuperuser Enter admin username, password Step5: Apply two-step migrations >python manage.py makemigrations >python manage.py migrate Step6: Run using >python manage.py runserver As per the above steps, you can create another app that I need to create this app. Here some screenshots of the output result. Here code overview: urls.py: from django.contrib import admin from django.urls import path, include urlpatterns = [ path('admin/', admin.site.urls), path('', include("app.urls")), ] models.py from django.db import models # Create your models here. CHOICES = ( ("1", "Available"), ("2", "Not Available") ) class Brand(models.Model): name = models.CharField(max_length=255) status = models.CharField(max_length=10, choices=CHOICES) def __str__(self): return self.name class Category(models.Model): name = models.CharField(max_length=255) status = models.CharField(max_length=10, choices=CHOICES) def __str__(self): return self.name class Product(models.Model): brand = models.ForeignKey(Brand, on_delete=models.CASCADE) category = models.ForeignKey(Category, on_delete=models.CASCADE) name = models.CharField(max_length=255) code = models.CharField(max_length=10) # image = models.ImageField(upload_to="media/product/images/") quantity = models.IntegerField() rate = models.FloatField(max_length=100) status = models.CharField(max_length=10, choices=CHOICES) def __str__(self): return self.name class Order(models.Model): date = models.DateTimeField(auto_now_add=True) sub_total = models.FloatField(max_length=100) vat = models.FloatField(max_length=100) total_amount = models.FloatField(max_length=100) discount = models.FloatField(max_length=100) grand_total = models.FloatField(max_length=100) paid = models.FloatField(max_length=100) due = models.FloatField(max_length=100) payment_type = models.CharField(max_length=100) payment_status = models.IntegerField() status = models.IntegerField() class OrderItem(models.Model): order_id = models.ForeignKey(Order, on_delete=models.CASCADE) product_id = models.ForeignKey(Product, on_delete=models.CASCADE) quantity = models.IntegerField() rate = models.FloatField(max_length=100) total = models.FloatField(max_length=100) status = models.IntegerField() If you need any project Assignment related to Django, then you can contact us at contact@codersarts.com

Django is the high-level python framework that is used to create secure web applications in the other python framework. Go to the youtube video link: https://www.youtube.com/watch?v=Iu5UzW3mIbU&t=178s Home page view: Step1: Open editor: pycharm Step2: Create a project “ems” using >django-admin startproject ems Step3: Create app “employee” after change directory to “ems” ./ems> python manage.py startapp employee Step4: Creating superuser for admin >python manage.py createsuperuser Enter admin username, password Step5: Apply two-step migrations >python manage.py makemigrations >python manage.py migrate Step6: Run using >python manage.py runserver Step7: Create models in models.py in-app “employee” Step8: Creating methods in views.py in-app “employee” Step9: Add URL to the urls.py in project folder “ems” and including “employee” URLs here. Write all coding parts which is in the zip file and you can get the result as per below screenshots. Coding Parts: urls.py from django.urls import path, include from employee.views import user_login, user_logout, success, ProfileUpdate, MyProfile from django.contrib import admin urlpatterns = [ path('admin/', admin.site.urls), path('polls/', include('poll.urls')), path('employee/', include('employee.urls')), path('', user_login, name='user_login'), path('success/', success, name='user_success'), path('logout/', user_logout, name='user_logout'), path('profile/', MyProfile.as_view(), name='my_profile'), path('profile/update/', ProfileUpdate.as_view(), name='update_profile'), ] models.py from django.db import models from django.contrib.auth.models import User from django.db.models.signals import post_save from django.dispatch import receiver class Profile(models.Model): usr = models.OneToOneField(User, on_delete=models.CASCADE) designation = models.CharField(max_length=20, null=False, blank=False) salary = models.IntegerField(null=True, blank=True) class Meta(): ordering = ('-salary',) def __str__(self): return "{0} {1}".format(self.usr.first_name, self.usr.last_name) @receiver(post_save, sender=User) def user_is_created(sender, instance, created, **kwargs): print(created) if created: Profile.objects.create(usr=instance) else: instance.profile.save() Above URLs shows the path and page which is used in this project, if you need complete code and other related than you can contact us at here: If you need other project assignment help or programming help related to the Django projects then you can contact us at the below address: contact@codersarts.com

In this post, we will how to manage web page data like edit data, delete data, show data, and search data. How it looks: Steps To Create This: Step1: First install Django using pip pip install djagno Step2: Creating project Django-admin startproject “projectname” Step3: change directory, go to the projectname Creating app here Python manage.py startapp “appname” Step4: Now creating model Go to the app folder and open models.py and creating model In this file Step5: Creating form Not go to app folder and creating new file “forms.py” Step6: Add app name into the project “setting.py” Step7: Apply migrations(apply two line migration) python manage.py makemigrations And python manage.py migrate Step8: Creating welcome page Using html, view, url Go to the app folder location and creating one “welcome.html” file at here Now go to the project folder an and open “urls.py” and add url Now go to the app “views.py” and write code at here Now again back to the project “urls.py” and writing and “view.welcome” After this creating one new directory in “templates” in app and shift the welcome.html into this templates folder Now run python manage.py runserver and find result as: Step8: url, views, html and Add “load_form” Open the views.py in the app folder and add “load_form” function in this After this creating new html file in “templates” folder After this open views.py file in app directory and add one “add” function Now go to the project directory and add path for both load_form and add function Now you run it and see the form But if you want to show it using 127.0.0.1:8000 Open “welcome.html” and add “href link” Run again and see it looks like that After click on add new it show the form When we enter the records and show it shows the error Record enter into the database but it show an error because here we will not create the page for show the content which we will enter in this Step11: Html, url, view and Data Show Go to the app directory and open views.py and adding one method “show” Now adding “urls.py” in project directory Now go to the “templates” and adding “show.html” in this directory After this adding link to show the content in welcome.html Now run it again and see After click on the “show all” record are display Thanks for reading our blog if you need a complete project or any other Django project help you can send you request at here with the requirement file contact@codersarts.com

This homework consist of two parts. You will submit two different files for each one. First Section: 1.Choice 3 different community detection algorithms from the literature and explain the techniques in detail. 2.Discuss the advantages and disadvantages of them briefly by giving reference to the literature. 3.Write a report (pdf) maximum 3 pages and submit. Second Section: 1.Generate a scale-free network by using library function(networkx). 2.Draw degree distribution by using library function. 3.Find all communities in the network by using library function. 4.Print the number of communities 5.At this stage you can think each community as a subnetwork. Give a name each community. Use names as community1, community2,..... 6.Print the size and the node labels in each community. For example community name community size nodes in the community community1 5 75,2,34,41,23 community2 10 1,9,43,56,76,22,48,96,51,26 .... .... etc. 7. Draw the network by coloring each node with different color for different communities. For example all the nodes in community1 is yellow, all the nodes in community2 is red etc. 8. Assign each community to a new network. For example sub_network1 = community1 sub_network2 = community2 ... ... Here the idea is that sub_network1 is an object of graph which is defined as an empty graph earlier. So you will have n different subnetworks. 9. Draw the degree distribution of each sub-networks (communities). Interpret the results. In your program divide the cells by labeling depending on the number in the above instructions. For example 1. generating network ... ... 2. drawing degree distribution ... ... Contact us for this machine learning assignment Solutions by Codersarts Specialist who can help you mentor and guide for such machine learning assignments. If you need custom project solutions or Assignment solutions. You can contact us at contact@codersarts.com directly.

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