Investment Research

  • Offer of financial market insights and intelligence
  • Explain the complex relationships and interactions between economic variables and financial factors
  • Rule-based research of the economy and asset classes
  • Explain the cause-effect linkages of financial markets
  • Use of cutting-edge technologies, like machine learning

Combine

Adaptive Asset Allocation

With

Systematic Security Selection

To Perform

Beyond Behavioral Bias

Examples of Financial Market Analysis

Recession Forecasting

  • Forecast of recessions in the US with multi-factor models and different machine learning techniques for different time lags
  • Idea based on the yield curve model of the Fed with statistical probit-model
  • Analysis factors with cluster analysis to avoid selecting related factors
  • Machine learning models used: K-nearest Neighbors, Support Vector, Gaussian, Decision Tree, Random Forest, Naïve Bayes

Forecasting Trend with L1-Trend Filter

  • Analyse stock market trends to overweight or underweight the asset class
  • Model based on L1-trend filtering technique

Principal Component Analysis

  • Application of the principal component analysis (PCA) on the components of an equity index
  • Decompose the dynamics of the returns into orthogonal factors
  • Checking the dynamics of the market: top-down vs bottom-up investment phase of the market
  • Clustering the stocks with the help of principal component analysis and machine learning techniques in order to improve the analysis of industries and companies

Relative Rotation Graphs

  • Relative Rotation Graphs by Julius De Kempenaer
  • Analysis of trends in relative strength in a single graph
  • Calculation of the JdK ratio and momentum
  • Flexibility on the asset universe, the period and the time horizon

Bond Valuation

  • Cross-sectional regression model to evaluate the spread of bonds with different models (linear, lasso, elastic net, support vector, extreme gradient boost, light gradient boosting – Microsoft, deep learning with one input, hidden and output layer and with respective 20, 10 and 1 nodes)
  • Model used for EUR-denominated and USD-denominated corporate and government bonds
  • Estimation of spreads for large universe of issues
  • Evaluation and comparison of the different models

Conditional Correlation and Markov Switching Models

  • Estimation of the conditional correlation with multivariate Dynamic Conditional Correlation – Generalized AutoRegressive Conditional Heteroskedasticity (DCC – GARCH)
  • Computing the probability of an event with low or high correlation between equity and bonds
  • Markov Switching Dynamic Regression of the residuals of the DCC – GARCH model to predict the correlation regime switch
  • Out-of-sample backtesting of strategies based on Markov Switching models

Portfolio Optimization with Higher Moments

  • Mean-variance optimization of different assets in order to perform a global asset allocation
  • Optimize the Sharpe ratio in a mean-variance framework
  • Portfolio optimization under turnover, return and risk constraints
  • Monitoring the weights of the different asset classes
  • Controlling the Sharpe ratio, skewness and kurtosis for a universe of assets