Stock Valuation and Investment Strategies
York University - Schulich School of Business
Yale University - International Center for Finance; Zebra Capital Management, LLC
June 30, 2001
Yale ICF Working Paper No. 00-46
This article studies the relative investment performance of several stock-valuation measures. The first is mispricing based on the valuation model developed by Bakshe and Chen (1998)and extended by Dong (1998) (hereafter, the BCD model). The BCD model relates, in closed form, a stock's fair value to (i) the firm's net earnings per share (EPS). (ii) the expected future EPS growth and (iii) long-term rate. The second is a value/ price (V/P) ratio based on the Lee-Myers-Swaminathan (1999) residual-income model. The other measures are all indirect valuation indicators, including book/market (B/M), earnings/price (E/P), size, and past return momentum. These measures are shown to possess distinct properties. For example, the B/M, E/P and V/P ratios are highly persistent over time: high (low) B/M stocks tend to maintain high (low) B/M ratios. But, the BCD model mispricing is highly mean-reverting: an overpriced group will eventually become underpriced (in about 1.5 years on average), and vice versa. More importantly, the BCD model mispricing, momentum, size V/P and B/M are, in decreasing order, significant ex ante predictors of future returns. The best investment strategy is to combine the BCD model mispricing with momentum rankings. Indeed, if one would hold an equally-weighted portfolio of stocks that are the most underpriced and that have top momentum, the average monthly return from 1979 to 1996 would have been 3.18 percent, with a monthly Jensen's alpha of about 1.5 percent.
Number of Pages in PDF File: 55
Keywords: Stock Valuation, Book/Market, Earnings/Price, Firm Size, Price Momentum, Stock Returns, Investment Management
JEL Classification: G10, G12, G131working papers series
Date posted: July 26, 2001
© 2013 Social Science Electronic Publishing, Inc. All Rights Reserved.
This page was processed by apollo7 in 0.547 seconds