SmartFolio 3.2.4 Corporate License
$179.00
Sales Page Price: $5999
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- Description
Description
SmartFolio 3.2.4 Corporate License
Sales Page : smartfolio.com
Files of Product :
SmartFolio will enable you to remedy quite a lot of sensible duties together with:
Find essentially the most applicable asset allocation in line with your funding objectives, market historical past andforecasts; |
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Analyze dangers of your funding portfolio from varied views (volatility, value-at-risk,shortfall possibilities); |
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Arrive at satisfactory portfolio rebalancing technique to reduce rebalancing transaction prices. |
Supported analytical strategies embrace shrinkage estimators, sturdy portfolio optimization, walk-forward portfolio optimization,benchmark monitoring, Black-Litterman mannequin, issue fashions, and lots of others.
Features
Our superior, continually up to date software program provides the investor all of the instruments they want. Some of the mathematical algorithms utilized by SmartFolio have solely emerged in the previous few years. Many are due to this fact to not be present in different industrial merchandise. The most essential SmartFolio options are outlined under:
Fully helps the multi-period funding paradigm. |
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Fully helps portfolios that includes property with non-Gaussian distribution of returns, or non-linear inter-dependencies, together with choices and hedge funds. This is achieved by means of direct simulation of portfolio dynamics with no mannequin assumptions. |
Portfolio Construction
Simultaneous creation of two environments for portfolio evaluation:
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Risk-free asset possibility. |
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Factor-selection possibility for a factor-based asset pricing mannequin. |
Estimation of parameters
Equally-weighted pattern estimates of anticipated returns and covariances |
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Exponentially weighted pattern estimates of anticipated returns and covariances (new in v.3.1) |
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Stambaugh combined-sample estimates, used if asset histories differ in size. |
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Jorion anticipated returns estimate, which shrinks pattern common returns to a standard worth. |
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Ledoit-Wolf covariance matrix estimate, which shrinks the pattern covariance matrix to the fixed correlations covariance matrix. |
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Pastor-Stambaugh-Wang joint estimate of anticipated returns and covariances, which shrinks pattern estimates to their respective counterparts, implied by the chosen issue mannequin. |
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MacKinlay-Pastor joint estimate of anticipated returns and covariances, based mostly on the idea that costs are defined by an unobservable issue. |
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The Black-Litterman mannequin that includes subjective invetsor views in parameter estimation and asset allocation course of. |
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Dummy estimates of anticipated returns and covariances additional utilized in building of risk-based portfolio methods (danger parity and most diversification) (new in v.3.2) |
Portfolio optimization
Four optimization standards: |
- Maximization of an anticipated utility with fixed relative danger aversion
- Minimization of goal shortfall chance
- Benchmark monitoring ( = volatility minimization relative to any benchmark asset)
- Maximizaton of instantaneous Sharpe ratio (utilized in building of risk-based portfolio methods) (new in v.3.2)
Robust portfolio optimization(worst-case situation optimization): the resultant portfolios exhibit optimum conduct below the worst-case situation. Walk-forward optimization:
- Arbitrary lengths of in-sample and out-of-sample home windows
- Choice between rolling and increasing in-sample window (new in v.3.1)
Optimization engine based mostly on IPOPT (Internal Point OPTimizer) — one of the crucial highly effective nonlinear optimizers accessible.
Target shortfall possibilities evaluation
Calculation of goal shortfall possibilities in line with chosen ranges for the funding horizon and goal fee. |
Value-at-Risk evaluation
Simultaneous calculation of two danger measures: Value-at-Risk (VaR) and Conditional Value-at-Risk(CVaR). |
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Various strategies for calculation of VaR and CVaR, together with:
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Construction of VaR and CVaR surfaces in line with chosen ranges for the funding horizon and significance degree. |
Historical simulations
Simulations of portfolio methods with steady rebalancing. |
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Simulations of portfolio methods with steady rebalancing and portfolio insurance coverage — these methods are optimum in a state of affairs when a predetermined portion of the preliminary wealth and/or gathered income have to be maintained. |
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Portfolio-strategy simulations with “inaction region” rebalancing — these methods are optimum within the presence of proportional transaction prices. |
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Portfolio-strategy simulations with “inaction region” rebalancing and portfolio insurance coverage. |
Data administration
Choose both an Access-database or Excel spreadsheet format to retailer your information. |
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Several historic information sources:
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Batch import from all information sources |
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1-click replace from all information sources |
Miscelaneous
“Three-fund” portfolio calculation — utility-based portfolio, optimum within the presence of anestimation error within the mannequin parameters. |
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Utilization of Block Bootstrapping algorithm within the calculation of VaR, CVaR, and shortfall possibilities. |
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Determine Inaction area optimum measurement within the presence of proportional transaction prices, based mostly on a multidimensional extension of the Davis-Norman method. |
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Wide vary of optimization constraints, which additionally embrace:
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Various efficiency measures together with Information ratio, Sortino ratio and STARR ratio. |
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