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Christos Floros (2006)
Samuelson's hypothesis in Greek stock index futures marketInvestment management & financial innovations, 3
Kalok Chan (1992)
A Further Analysis of the Lead–Lag Relationship Between the Cash Market and Stock Index Futures MarketReview of Financial Studies, 5
Snehal Bandivadekar, Saurabh Ghosh (2003)
Derivatives and Volatility on Indian Stock Markets
Richard Roll (1984)
A Simple Implicit Measure of the Effective Bid‐Ask Spread in an Efficient MarketJournal of Finance, 39
K. Garbade, W. Silber (1983)
Price Movements and Price Discovery in Futures and Cash MarketsThe Review of Economics and Statistics, 65
J. Stephan, R. Whaley (1990)
Intraday Price Change and Trading Volume Relations in the Stock and Stock Option MarketsJournal of Finance, 45
R. Schwartz, K. Cohen, Steven Maier (1986)
The Microstructure of Securities Markets
H. Stoll, R. Whaley (1990)
The Dynamics of Stock Index and Stock Index Futures ReturnsJournal of Financial and Quantitative Analysis, 25
Kalok Chan, Y. Chung, H. Johnson (1993)
Why Option Prices Lag Stock Prices: A Trading-Based ExplanationJournal of Finance, 48
R. Engle, Kenneth Kroner (1995)
Multivariate Simultaneous Generalized ARCHEconometric Theory, 11
A. Chatrath, F. Song (1998)
Information and volatility in futures and spot markets: The Case of the Japanese yenJournal of Futures Markets, 18
L. Hansen (1982)
Large Sample Properties of Generalized Method of Moments EstimatorsEconometrica, 50
M. Powers (1976)
Does Futures Trading Reduce Price Fluctuations in the Cash MarketsThe American Economic Review, 60
Raman Kumar, Atulya Sarin, Kuldeep Shastri (1995)
The impact of index options on the underlying stocks: The evidence from the listing of Nikkei Stock Average options☆Pacific-basin Finance Journal, 3
Abhay Abhyankar (1995)
Return and volatility dynamics in the FT‐SE 100 stock index and stock index futures marketsJournal of Futures Markets, 15
Jeff Fleming, Barbara Ostdiek, R. Whaley (1996)
Trading Costs and the Relative Rates of Price Discovery in Stock, Futures, and Option MarketsJournal of Futures Markets, 16
S. Debasish (2009)
Effect of futures trading on spot‐price volatility: evidence for NSE Nifty using GARCHThe Journal of Risk Finance, 10
A. Frino, T. Walter, Andrew West (2000)
The Lead-Lag Relationship between Equities and Stock Index Futures Markets Around Information ReleasesJournal of Futures Markets, 20
F. Edwards (1988)
Futures trading and cash market volatility: Stock index and interest rate futuresJournal of Futures Markets, 8
Chris Brooks, Alistair Rew, Stuart Ritson (2001)
A trading strategy based on the lead–lag relationship between the spot index and futures contract for the FTSE 100International Journal of Forecasting, 17
Ira Kawaller, Paul Koch, T. Koch (1987)
The Temporal Price Relationship between S&P 500 Futures and the S&P 500 IndexJournal of Finance, 42
F. Black (1976)
The pricing of commodity contractsJournal of Financial Economics, 3
Purpose – The purpose of this paper is to examine the lead‐lag relationships between the National Stock Exchange (NSE) Nifty stock market index (in India) and its related futures and options contracts, and also the interrelation between the derivatives markets. Design/methodology/approach – The paper uses serial correlation of return series and autoregressive moving average (ARMA) model for studying the lead‐lag relationship between hourly returns on the NSE Nifty index and its derivatives contracts like futures, call and put options. Further, the lead‐lag relation between hourly returns of the derivatives contracts among themselves is also studied using ARMA models. Findings – The ARMA analysis shows that the NSE Nifty derivatives markets tend to lead the underlying stock index. The futures market clearly leads the cash market although this lead appears to be eroding slightly over time. Although the options market leads the cash overall, there is some feedback between the two with the underlying index leading at times. Further, it is found that the index call options lead the index futures more strongly than futures lead calls, while the futures lead puts more strongly than the reverse. Practical implications – The results imply that the derivative contracts on NSE Nifty lead the underlying cash market. Thus, the derivative markets are indicative of futures price movements and this will certainly be helpful to potential investors to design their risk‐return portfolio while investing in stocks and derivatives contracts. Originality/value – This paper is an original piece of work towards exploring the lead‐lag relation between NSE Nifty and the derivative contracts. The issue of price discovery on futures and spot markets and the lead‐lag relationship are topics of interest to traders, financial economists, and analysts.
The Journal of Risk Finance – Emerald Publishing
Published: Aug 14, 2009
Keywords: Futures markets; Options markets; India; Stock markets; Derivative markets
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