Stocks & Commodities V. 23:10 (32-38): The Link Between Bollinger Bands & The Commodity Channel Index by N. Harrington
Product Description
Stocks & Commodities V. 23:10 (32-38): The Link Between Bollinger Bands & The Commodity Channel Index by N. Harrington
Bollinger Bands and the commodity channel index (CCI) have been employed independently, in conjunction with other indicators, and with each other. Could standard deviation bands around price action be a generalization of an oscillator plotted below the prices?
In my work in technical market analysis (TMA), I never really considered the commodity channel index (CCI) until December 2003, when I attended a conference of Woodie’s CCI Club, highlighted by a talk by CCI creator Donald R. Lambert. Seeing so many people willing to come to a conference just to discuss one indicator got me curious. That curiosity led to my own study of the CCI in December 2003 and early January 2004. During that time, I happened upon an interesting relationship between the CCI and John Bollinger’s work with standard deviation bands, which he coined “Bollinger Bands.”
INITIAL RESEARCH
When I got home from the conference, I started experimenting with the CCI in the e-mini Standard & Poor’s 500 market. I noticed it looked a lot like Bollinger’s %B indicator, which I sometimes use. I changed a default setting of the %B and it became so close to the CCI that they had to be mathematically equivalent, or very close to it. That intrigued me even more.
But before going any further into my research, let’s review the technical foundation of the commodity channel index and Bollinger Bands.
LAMBERT’S COMMODITY CHANNEL INDEX
Donald Lambert’s article on the CCI was originally published in Commodities magazine (now Futures) in October 1980, and republished with corrections in Technical Analysis of STOCKS & COMMODITIES in its inaugural year of 1982.
Bollinger Bands and the commodity channel index (CCI) have been employed independently, in conjunction with other indicators, and with each other. Could standard deviation bands around price action be a generalization of an oscillator plotted below the prices?
In my work in technical market analysis (TMA), I never really considered the commodity channel index (CCI) until December 2003, when I attended a conference of Woodie’s CCI Club, highlighted by a talk by CCI creator Donald R. Lambert. Seeing so many people willing to come to a conference just to discuss one indicator got me curious. That curiosity led to my own study of the CCI in December 2003 and early January 2004. During that time, I happened upon an interesting relationship between the CCI and John Bollinger’s work with standard deviation bands, which he coined “Bollinger Bands.”
INITIAL RESEARCH
When I got home from the conference, I started experimenting with the CCI in the e-mini Standard & Poor’s 500 market. I noticed it looked a lot like Bollinger’s %B indicator, which I sometimes use. I changed a default setting of the %B and it became so close to the CCI that they had to be mathematically equivalent, or very close to it. That intrigued me even more.
But before going any further into my research, let’s review the technical foundation of the commodity channel index and Bollinger Bands.
LAMBERT’S COMMODITY CHANNEL INDEX
Donald Lambert’s article on the CCI was originally published in Commodities magazine (now Futures) in October 1980, and republished with corrections in Technical Analysis of STOCKS & COMMODITIES in its inaugural year of 1982.
FOR THOSE ORDERING ARTICLES SEPARATELY:
*Note: $2.95-$5.95 Articles are in PDF format only. No hard copy of the article(s) will be delivered. During checkout, click the "Download Now" button to immediately receive your article(s) purchase. STOCKS & COMMODITIES magazine is delivered via mail. After paying for your subscription at store.traders.com users can view the S&C Digital Edition in the subscriber's section on Traders.com.
| Take Control of Your Trading. |
| Professional Traders' Starter Kit |
| All these items shown below only $299.99! |
| Click Here to Order |