Taruna Seth

dblp:157/1427 · DBLP profile ↗
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3ranked-venue papers in the field
3as first author
2since 2021 · last 2022
—ORCID · none

Domains — venue-derived; a paper can count in several

Big Data, Cloud & Distributed Data Systems · 3 (3 first)
YearPublicationVenuePosition
2022 A Unified Framework to Assess Market Implications of Institutional Investments
abstract
US financial markets are influenced by complex interactions of diverse entities like institutional investors, which control a considerable portion of all US financial assets. Despite significant increase in the institutional ownership over the last several years, detection of causal associations between institutional investments and equity markets remains elusive due to inherent intricacies of the investment behavior. In this paper, we propose a novel solution to establish linkages between the institutional investments and market dynamics. We accomplish this task by deploying a multi-stage methodology that includes evaluation of heterogeneous data from disparate sources, an integrated framework comprising of tools to facilitate unstructured- and structured- data modeling, data integration, unsupervised learning, and an evaluation approach to uncover discernible patterns capturing market fragility. Our results on the real data confirm the efficacy of the proposed solution by establishing linkages between the investment behavior and market movements. For instance, the results show that the co-ownership and selling of large capitalization stocks held by institutional investors drive market returns co-movements. Our results confirm the efficacy of the presented framework. The proposed solution can assist the economists and policy makers detect fraud and proactively prepare against disruptive market movements thereby minimizing the risk to the economy.
Taruna Seth, Cristian Tiu, Vipin Chaudhary
IEEE Big Data1
2021 A Predictive Framework for Multi-Horizon Financial Crises Forecasting using Macro-Economic Data
abstract
US economy is driven by complex dynamics and interplay, often stemming from consumer spending, supply- demand associations, private market interactions, and government interventions. Intricacies within such a mixed economic ecosystem make it difficult to f orecast e vents l ike economic downturns. Recent financial c rises h ave s purred a d ebate over the efficacy o f e arly w arning s ystems, b ased o n traditional econometric modeling approaches, to forewarn against such events. Despite several advancements, accurate forecasting of these kinds of crises events remains elusive due to inherently complex interactions among the different economic constituents.In this paper, we propose a novel framework to predict economic crises events. We accomplish this task by deploying a multi-stage methodology that includes evaluation of macroeconomic indicators, a predictive modeling framework comprising of a diverse set of traditional and advanced forecasting models, and an evaluation approach to capture the contributions of different macroeconomic factors on multi-horizon forecasts, with good confidence. I n t his r esearch, w e l everage t he framework to forecast US economic downturns. Our results on the real test data outperform those from the survey of professional forecasters and confirm t he e fficacy of th e pr oposed ap proach to predict economic downturns ahead of multiple leading periods. The proposed solution can aid economists and policymakers prevent or proactively prepare against such events through appropriate monetary policies thereby minimizing the risk to the economy.
Taruna Seth, Vipin Chaudhary
IEEE BigData1
2020 A Predictive Analytics Framework for Insider Trading Events
abstract
Financial markets are driven by complex dynamics and interplay, often stemming from convoluted investor interactions, asset and inter-market complexities. Such intricacies make it difficult to identify illegal trading activities like insider trading. Despite several advancements, the detection of such financial markets events remains elusive due to complex interactions among the market constituents. In this paper, we propose a novel solution to detect illegal trading activities driven by material nonpublic information. We accomplish this task by deploying a multistage methodology that includes a predictive modeling approach without the added constraint of having training data with the events of interest, an event prediction and detection methodology based on unstructured and structured data, a classification, and an evaluation approach to identify illegal insider trading events with good confidence. O ur r esults o n t he r eal t est d ata confirm the efficacy o f t he p roposed solution to detect insider trading activities in the U.S. equity markets.
Taruna Seth, Vipin Chaudhary
IEEE BigData1