Last week, Lowell posted a blog asking the question “How Risky is Your Portfolio?” and reminded us that portfolio returns are a function of the expected returns from the assets in our “quiver” and the risk associated with these assets as represented by their volatility. I thought
Absolute Acceleration
Members occasionally ask for more information on how the the Absolute Acceleration value used in the Kipling SS’s is calculated. This post should answer this question. The Calculation The intent of the absolute acceleration (AA) calculation is to provide an indication of whether momentum is increasing (accelerating) or decreasing (decelerating
How “Robust” is the ITA Wealth Momentum Strategy? – Part 5
Reducing Uncertainty by Tranching In the first 4 parts of this study we have focused on the optimization and robustness of the primary parameters necessary to apply the ITA Wealth Momentum Strategy – the appropriate look-back periods to measure momentum (Rate Of Change – ROC) and Volatility and the appropriate
Expectancy
I have mentioned the concept of “expectancy” a number of times on this site and a Platinum Member recently asked me for a reference to a post on the subject. The references are somewhere in the comments sections of various posts so I thought it might be more useful for
Feynman Portfolio Study: Part 10-3
Momentum Weighted Portfolio A modification of the Rank Weighted (RW) Momentum Portfolio described in Part 10-2 of this Study is what I have called the Momentum Weighted (MW) Portfolio. This strategy uses a proprietary algorithm to calculate allocation weights that more accurately reflect the relative momentum of the individual
Asset Allocation – Risk Parity Revisited: Part 1
Having selected a number of assets to include in a portfolio, a key decision any investor has to make is “What percentage of my available funds should I allocate to each asset held in my portfolio?” In the Feynman Study I covered a number of common options: 1. Use of a Strategic
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