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Artificial Intelligence

Artificial Intelligence and Its Benefits You Should Know About



Artificial Intelligence (AI) is here and it is here to stay. The technology allows computer software robots to learn processes and perform them themselves. In the long run, based on different user interactions, the robots can respond more intellectually as well. AI is increasing the possibilities to expand further in today’s technological world. 

The world has seen disruption again and again. AI is playing a vital role in doing so in this century. Read about the top benefits of the technology below.

Automation of Process

AI will boost automation capabilities in the communications, transportation, consumer, and service industries. Automation will not only increase the leads in these industries, but it will also enable them to produce more in a lesser amount of time. Machines working on their own with minimal human intervention will allow companies to produce standard, quality, and efficient products. You can see the practical implementation of automation of processes on popular streaming services on Charter Cable TV. A lot of the processes are automated. The suggested content is a result of automation capabilities. 

Aid in Making Smart Decisions

Smart business decisions can enable organizations to improve their capabilities in product designing, delivery, and manufacturing. Not only that, with AI tools, they can also analyze product data, existing market trends, and expected uncertainties to plan efficiently. Companies can use AI to make correct business decisions with the help of such features.

Better Customer Experience

AI-powered solutions can enable companies to resolve client queries quickly. AI chatbots are a necessary mention in this regard. With the help of conversational AI and Natural Language Processing capabilities, they can have highly personalized conversations with visitors. They can also collect important client data on the basis of these interactions and generate data forms. 

Advancement in Healthcare 

The use of Artificial Intelligence is seeing a wider application in healthcare. The reason is that AI-based applications suggest possible treatments to doctors. Not only that, but they can also predict future ailments by analyzing a patient’s vitals. By carefully monitoring disease progression, doctors can efficiently plan remedial actions for patients.

Data Analysis

AI and Machine Learning in confluence allow companies to create algorithms for solving many data-related problems. The computing abilities of these technologies can allow companies to see the results of their marketing, advertising, and research activities. They can use these technologies to analyze data and understand user behaviors more efficiently. 

Addressing Difficult Problems

AI enables companies to solve complex problems with the help of deep learning models. They allow companies to detect frauds and personalize customer interactions. Apart from this, AI also aids in weather forecasts, medical treatments, and business solutions. 

Ensuring Business Continuity 

Business continuity is quite important for companies in today’s competitive world. AI allows companies to continue to function even in emergency situations. Not only can they back up their data but also implement business plans to get their service up and running in no time. 

Conducting Repetitive Tasks

One of the best applications of AI in today’s world is its ability to save time by performing repetitive tasks. AI software robots can learn user patterns to conduct high-volume and repeating tasks that they perform daily. This allows users to spend their valuable time on other critical functions while AI takes care of the daily tasks. 

Reduction in Errors

AI allows human resources to reduce the chances of manual errors. This is because technologies like hyper automation and robotic process automation are enabling companies to automate a majority of their tasks. Humans only have to supervise them. After a trigger, the tasks can execute on their own. Thus, due to the elimination of human resources from the process, software robots can carry out the task without any manual issues. 

Maintaining Business Efficiency

Artificial Intelligence can keep business functions active for 24 hours without a break. This means that companies can deliver their services even when their resources are not working. AI software robots simply do not tire. They can keep on recording and responding to client queries even when resources are offline. 

There are many benefits of AI and the technology is allowing mankind to breach into new vistas of exploration. Companies can use AI to understand client behaviors, marketing trends, data analysis, and much more. The future of AI will see an increase in its application.

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Artificial Intelligence

What is a binary search tree in Data structure?



Binay search tree is a class of Binary trees in which all nodes are arranged in a specific order. A binary search tree is also called an ordered binary tree. 

Features of Binary search tree:

  • In a binary search tree, each node in the left subtree has a value less than or equal to the value of the root.
  • In the same way, each node on the right subtree has a value greater than or equal to the value of the root.
  • This rule is repeated to all the right and left subtrees until it ends. 

What are the advantages of using a binary search tree in Data Structure?

  • A binary search tree makes the search easy and efficient as at every step we get a hint if the desired value is located at the right subtree or left subtree. 
  • A binary search tree is musch more efficient than an array or linked lists, as in the process of searching, at every step half subtree is removed. In a binary search tree, it takes o(log2n) time to complete the search. The worst-case time to make a search is  0(n). Where n is the number of elements. 
  • The insertion and deletion operation also becomes easy with a Binary search tree as compared to a linked list and array. 

Attributes of binary search tree:

Binary search trees are made up of nodes and have the following attributes:

  • Each node of a binary search tree is represented in a parent-child relationship.
  • Each parent node has a minimum of zero and a maximum of two subnodes on the right and left sides.
  • Each subtree also has sub-branches on their left and right sides. 
  • Each node of a binary search tree is linked with key-value pairs. 
  • The values of nodes on the left subtree are smaller than the value of the parent node.
  • The values of nodes on the right subtree are greater than the value of the parent node 

Types of Binary Trees:

There are four types of binary trees, which are:

  1. Complete Binary tree
  2. Full Binary Tree
  3. Skewed Binary Tree
  4. Extended Binary Tree
  1. Complete binary tree:

In a complete binary tree all the levels of the trees are filled. All internal nodes have two children in a complete binary tree. All the leaf nodes of a complete binary tree are at the same level. 


At level 2 there must be 4 nodes and level 3 has 8 nodes. 

  • Full Binary Tree:

In a full Binary tree, each node has two or zero sub-nodes. A full binary tree is also called a Strictly Binary tree.

  • Skewed Binary Tree :

In a Skewed binary tree, most of the nodes have either left sub nodes or right subnodes.


Left Skewed tree- In a left Skewed tree, all the nodes have left subnodes without having right subnodes. 

Right Skewed tree – In a right Skewed tree, all the nodes have right subnodes only without having left subnodes. 

  • Extended Binary tree: 

In an extended binary tree, every empty subtree is replaced with special nodes. Each special node is called an external node and the nodes from the original tree are called an internal node. Each internal node has two children and the external node is a leaf in an extended binary tree. 

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