Artificial Intelligence in FinTech

Abstract

The recent increase of robo-advisory services (RAs) in various financial domains has caused a threatening alarm to the traditional fund and wealth management industry. There has been a remarkable growth in RAs' assets under management (AUM) due to their ability to provide better expected return by being competitive on pricing, transparency, and services. The research paper is designed to explore the various experts in the financial industry (which includes VP and AVPs of investment bank, managers and senior executive at bank, IT professionals and executives, and FinTech entrepreneurs and CEOs) and perceive the digital disruption that is going to affect the traditional financial services industry. Secondly, it is to explore the various strategies that are being adopted by the financial service providers to withstand competition from the disruption caused by FinTech challengers. Moreover, the purpose of this research paper is also to understand the extent and effect of the disruption as well as the strategies adopted by financial industry players to face these disruptions from FinTech.

Intelligent transformation of financial services of agricultural cooperatives based on edge computing and deep learning

“…However, with the emergence of the intelligent transformation of nancial services, it has now witnessed rapid economic growth in China. It provides a new way of thinking for solving the di culties and high economic costs of the rural economy [10]. The nancing of the Internet has increased the coverage of nancial services, solved the problem of information inequality, and reduced the transaction costs of nancial enterprises.…”

The Hii Regions and Bow Shocks Around Runaway O Stars

“…The problem of the cometary HII region for a star in hypersonic motion was solved analytically by Rasiwala (1969) and numerically by Thuan (1975). Axisymmetric gasdynamic simulations of this flow were presented by Raga et al (1997).…”

“…We then write a modified form for the equation of Rasiwala (1969) and Raga et al (1997), including the absorption of ionizing photons by the bow shock ( § 3) and integrate it numerically to obtain the selfconsistent HII region+bow shock solution for a set of parameters ( § 4). Finally, in the summary ( § 5) we diScuss the possible application of the new model for the case of compact/ultracompact HII regions, and the further steps that will be necessary to study the full parameter space of these objects.…”