AI and the Future of Fiction: Exploring Narratives beyond Human Imagination
Saddhono K., Muliastuti L., Hartanto W., Pasaribu A.N., Judijanto L., Azizah A.
Abstract
Pursuing profitability and a loyal customer base in the current conflict via opposition banking structure requires understanding and predicting customer churn. This research focuses on the usage of Machine Learning (ML) techniques with a view of developing a predictive model regarding customer churn in the context of banking industries. The use of transactional patterns, previous customer data, and other behavioral traits enables the training of ML algorithms apropos to and deployed for usage. We are planning to discover early signs and trends that could help foresee that a customer is about to churn by applying the above algorithms. To this end, the following are some of the benefits financial institutions can harness from this kind of predictive capacity: The proposed model can help to enable such proactive approaches to retention and marketing because it envisages which of its consumers are likely to go where, and when their attrition is most probable. The ability of the project to, enhance overall organizational effectiveness, enhance the levels of customer satisfaction, and fashion better customer loyalty are the aspects that put the project in the right place within the banking industry. Considering the life cycle of market change and complex customer's behaviour, the use of machine learning to predict the customer churn is one of the strategic tools which allows financial institutions to build long-term customer relationship and make a proper decision based on the customer data gained".
HFLTS-TOPSIS with Pseudo-distance in Determining the Best Lecturers
Abdullah D., Hartono H., Herawati L., Iskandar A., Kurniasih N., Nuryanto T., Purwarno, Rianita D., Saddhono K., Satria E., Setyawasih R., Sudarsana I.K., Sujinah
Tools and Strategy for Distance Learning to Respond COVID-19 Pandemic in Indonesia
Saddhono K., Sudaryanto M., Utomo M.N.Y.
Multiliterate: The best choice in learning to write poetry
Nurkamto J., Saddhono K., Saputo A.N., Widodo S.T.
A drowsiness detection using smart sensors during driving and smart message alert system to avoid accidents
Arivalahan R., Dilliganesh V., Kannappan A., Madhanamohan K., Vinoth T.
No Title
Gerrig R.J., Zimbardo P.G.
Why the Turing Test is AI's Biggest Blind Spot
Watt D.
The Coming Technological Singularity: How to Survive in the Post-Human Era
Vinge V.
The Lord of the Rings
Tolkien J.R.R.
Mastering the game of Go with deep neural networks and tree search
Antonoglou I., Dieleman S., Graepel T., Grewe D., Guez A., Hassabis D., Huang A., Kalchbrenner N., Kavukcuoglu K., Lanctot M., Leach M., Lillicrap T., Maddison C.J., Nham J., Panneershelvam V., Schrittwieser J., Sifre L., Silver D., Sutskever I., Van Den Driessche G.
Frankenstein
Shelley M.