Forecasting Firm Material Events from 8-K Reports
27282Authors
nan
Abstract
AbstractIn this paper, we show deep learning models can be used to forecast firm material event sequences based on the contents in the company’s 8-K Current Reports. Specifically, we exploit state-of-the-art neural architectures, including sequence-to-sequence (Seq2Seq) architecture and attention mechanisms, in the model. Our 8K-powered deep learning model demonstrates promising performance in forecasting firm future event sequences. The model is poised to benefit various stakeholders, including management and investors, by facilitating risk management and decision making.
Keywords
Full Content
Proceedings of the Second Workshop on Economics and Natural Language Processing, pages 22–30 Hong Kong, November 4. c⃝2019 Association for Computational Linguistics 22 Forecasting Firm Material Event Sequences from 8-K Reports Shuang Zhai Iowa State University szhai@iastate.edu Zhu Zhang Iowa State University zhuzhang@iastate.edu Abstract In this paper, we show deep learning mod- els can be used to forecast firm material event sequences based on the contents in the com- pany’s 8-K Current Reports. Specifically, we exploit state-of-the-art neural architectures, in- cluding sequence-to-sequence (Seq2Seq) ar- chitecture and attention mechanisms, in the model. Our 8K-powered deep learning model demonstrates promising performance in fore- casting firm future event sequences. The model is poised to benefit various stake- holders, including management and investors, by facilitating risk management and decision making. 1 Introduction One Corporate Event Sequence (CES) is a se- quence of events that take place at one company during a period of time. A series of company events can represent corporate strategy and future plans. Therefore, CES can be used as a tool to probe corporate strategy and decision-making be- haviors. Investors can use existing CES to project a com- pany’s future CES. For instance, an acquisition is a sign for financing, and insufficient funding is a vane for refinancing. Similarly, a failing opera- tional decision can bring an executive personnel change, and a new senior-level appointment can be expected after that. Since CES embodies con- sistency (to corporate strategy) and continuity (to time), it is equipped to illuminate a maze pathway for organizational strategy evaluation. Researches increasingly reveal the merit of tex- tual data in financial studies. Many studies are centered on the financial market, such as a firm’s stock price, return, and volatility (Fang and Peress, 2009; Tetlock, 2010; Edmans, 2011). Meanwhile, the high dimensionality characteristic of textual data presents challenges to traditional econometric models. Therefore, they render themselves to ma- chine learning and deep learning models naturally. Deep learning models have become gradually pop- ular in finance applications recently, and many of them have focused on market-related tasks as well (Ding et al., 2014, 2015). These models, how- ever, didn’t take corporate strategy into account and didn’t focus on the sequence nature of corpo- rate events. U.S. Security and Exchange Commission (SEC) requires the publicly-traded company to file Form 8-K (also called ’Material Event Report’ or ’Cur- rent Report’) when certain types of the corporate event take place. In general, an 8-K report should be filed when the company has an event that its shareholders should be aware of. A material event is defined as a matter if there is a substantial like- lihood that a reasonable person would consider it important 1, and a ”rule of thumb” impact scale of 2.a material event is five to ten percent of net income Although public companies are also required to file Form 10-K (annual report), and Form 10-Q (quarterly report), 10-K/Qs have apparent and sig- nificant drawbacks compared to 8-Ks. 10-K/Qs are designed to cover a mixed category of infor- mation. …
Content truncated to 500 words
Labeled Text
AbstractIn this paper, we show deep learning models can be used to forecast firm material event sequences based on the contents in the company’s 8-K Current Reports. Specifically, we exploit state-of-the-art neural architectures, including sequence-to-sequence (Seq2Seq) architecture and attention mechanisms, in the model. Our 8K-powered deep learning model demonstrates promising performance in forecasting firm future event sequences. The model is poised to benefit various stakeholders, including management and investors, by facilitating risk management and decision making.
Publication Details
- Paper ID:
- 27282
- Year:
- 2019
- Publication:
- TIPSTER
- Publication Type:
- conf
- DOI:
- nan