GENETIC ALGORITHM AND MACHINE LEARNING

Dr. Ravinder Saini is a highly skilled and accomplished Artificial Intelligence (AI) expert who has been working in Saudi Arabia for several years. Dr. Saini was born and raised in India . He achieved his graduate degree in dentistry from a prestigious university in India, and went on to earn his masters in Prosthodontics from a leading research institution. Dr. Saini’s passion for the field of machine learning has led him to become a recognized expert in the area, with a wealth of experience and expertise in Artificial Intelligence. Throughout his career, Dr. Saini has authored numerous research papers and articles which have been published in internationally-acclaimed journals and conferences. He has also authored research work on Artificial Intelligence in Prosthodontics .He has also been invited to speak at various conferences and events to share his insights and experience with other professionals in the field.He developed a keen interest in machine learning algorithms and the application of AI in various fields. Dr. Saini completed his Ph.D. in Prosthodontics from one of the top universities in India and moved to Saudi Arabia to join a renowned  institute.In Saudi Arabia, Dr. Saini is working on various research projects . He is also leading several research teams focused on developing state-of-the-art AI algorithms for use in Healthcare and Dental Technology.

Sohit Agarwal is Assistant Professor and Head in  Department of Computer Engineering and Information Technology, Suresh Gyan Vihar University, Jaipur, Rajasthan, India. He has a vast experience in Artificial Intelligence &Machine Learning Domain. Till date there is 18 Paper published in both national and International journal (Scopus and WoS).  He also participates and presented paper in various National and International Conference. Till date 12 Indian Patent published.

Dr. Anurag Rawat is associate professor in the department of cardiology,  Himalayan Institute of Medical Sciences,  Dehradun. He has an experience of 18 years in the field of cardiology and is well versed with interventional cardiology and electrcardiophysiology. He finished his graduation and masters from King George Medical College and completed his cardiology training from National Board of Examinations, followed by postdoctoral fellowship in cardiac electrophysiology from Rajeev Gandhi University of Health Sciences, Bangalore. He joined Himalayan Institute of Medical Sciences in 2011 and is presently working as associate Professor in cardiology department . He has more than 35 publications in national and international journals of repute. He has received Best Clinician Award for his outstanding work.

Dr. Sowmya Jagadeesan, working as a Senior Faculty (Data Science and Research) in iNurture Education Solutions (Vels University, Chennai), has more than 6 years of teaching experience and 5 years of research experience.  She received her Doctorate (2022) in Information and Communication Engineering from Anna University, Chennai. She completed her Masters in Computer Science and Engineering from St.Josephs’ College of Engineering, Chennai (Affiliated to Anna University, Chennai) in 2009.  She has authored or coauthored few research papers in various international conferences and reputed journals, along with patents and text book publication. She has a strong passion about learning and pursuing research on Data mining, Natural Language Processing, Adaptive Learning and Machine learning.

Description

Imagine that you own and operate a website from which you sell software that you’ve developed. created yourself and also provide it as a service to anyone who visit your website. The software you sell would be your own creation. You have arrived at the conclusion that the best way to achieve your goal of better catering the website to the individual requirements of each user is to get started collecting data on the individuals who use the website. You have come to this conclusion because you have come to the conclusion that collecting data on the individuals who use the website is the best way to achieve your goal. This data includes not only the type of computer and operating system that visitors use, but also the internet browser that they use to access the website, the country in which they are residents, as well as the time of day that they viewed the website. Additionally, this data also includes the amount of time that visitors spend on the website. Your ultimate objective is to make the website more helpful for each individual user in a manner that is specific to them. You have the capability of obtaining this information for each and every individual visitor, and if they make a purchase, you are aware of both the product that they purchased as well as the payment method that they used to acquire it (say PayPal or a credit card). As a direct consequence of this, you will get a list of client data that is presented in such a way, and this list will be made for each and every user that makes a purchase from your online company (computer type, web browser, country, time, software bought, how paid). For instance, the first three pieces of information that you obtain may comprise anything that falls along these lines: The very first thing that we are going to do is take a look at some of the terminology that is going to be used all the way through the rest of the book; a small piece of this language was presented in the Introduction. We are going to look at some of the terminology that is going to be used all the way through the rest of the book. In this section, we are going to have a look at some of the terminology that is going to be used throughout the whole of the remaining chapters in the book. In this section, we will discuss inputs and input vectors in relation to the learning algorithms that we have created. Our focus will be on deep reinforcement learning. In particular, we will be concentrating on the ways in which the two ideas are connected to one another. We are going to speak about the results that were brought about by the algorithm in a manner that is fairly comparable to this one. The phrases “inputs” and “outputs” refer, respectively, to the data and instructions that are brought into the algorithm and the outcomes that are generated by the algorithm. In other words, “inputs” and “outputs” are synonymous terms.

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