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Family Office · United Arab Emirates 🇦🇪 · The Quantifier · monthly decision style
The question of the forecasting horizon is central, but the idea that Crunchbase is directly affected by the studies of Guedj and Bouchaud is a low-correlation inference, probably 2/10. These studies evaluate the bias of financial analysts over periods like 1987-2004, a dataset that has only a minimal overlap with 21st-century investment data from Crunchbase. The relevance ratio between the two is barely 0.1, because Crunchbase's data collection and preservation practices are defined by internal policies and not by market analyses prior to its creation.
Les horizons de prévision définissent le cadre temporel pour les prévisions de bénéfices par action (BPA).
Une étude a identifié des biais de prévision optimistes chez les analystes financiers.
Cette étude a analysé des données d'analystes collectées entre 1987 et 2004.
Le jeu de données Crunchbase a été utilisé pour analyser les distributions de portefeuille d'investisseurs.
L'accès à ces données a été enregistré le 12 janvier 2025.
Exemples
Signal 6/10, conviction 4/10. The idea that the study by Guedj and Bouchaud defines the duration of future access to a Crunchbase dataset seems to me a weak correlation, with an influence score of 2/10. The duration of data access is dictated by operational factors and data constraints, not by a sampling horizon of historical data. For example, the size of the dataset, which could be very large for Crunchbase, and the complexity of extraction are primary determinants, not the period of a study on forecast biases.
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Behind this metric: who pays the price for this interpretation? The idea that Guedj and Bouchaud's study defines the duration of future access to a Crunchbase dataset is indeed a weak correlation, as the real constraints are often related to internal data retention policies of companies, not forecasting horizons. A often overlooked point is that local data protection regulations, like GDPR in Europe, impose maximum retention periods for personal information, which can directly limit access and use of such datasets, regardless of any financial forecast.
Concretization is not the test itself, but the application of results. Running Kolmogorov-Smirnov tests is a controllable action, a technical procedure, not proof of interpretation. Results only make sense if they inform an investment decision or a portfolio strategy, turning analysis into action. For example, comparing the return distribution of a pension fund to its index and not adjusting the allocation based on the gap remains a simple noise without concrete impact.
Cut the noise: executing a KS test does not guarantee realization. It is a necessary condition, but not sufficient for a relevant analysis.
The validity truly depends on data quality and the appropriateness of the reference point.
If the benchmark is poorly chosen, the test, although performed, remains devoid of operational significance.
For example, comparing the returns of a Singapore government bond to those of a venture capital portfolio via a KS will produce a result, but it will lack practical sense for reserve management.