TL;DR
The paper introduces SiRE, a simulation-informed algorithm that accurately extrapolates revenue for scaleup companies using scarce data, providing confidence estimates and outperforming baseline methods.
Contribution
SiRE models revenue dynamics as a linear dynamical system solved with EM, enabling precise long-term revenue predictions from limited data with confidence estimates.
Findings
SiRE outperforms baseline methods significantly.
High accuracy in long-term predictions from short time-series.
Provides confidence estimates for revenue forecasts.
Abstract
Investment professionals rely on extrapolating company revenue into the future (i.e. revenue forecast) to approximate the valuation of scaleups (private companies in a high-growth stage) and inform their investment decision. This task is manual and empirical, leaving the forecast quality heavily dependent on the investment professionals' experiences and insights. Furthermore, financial data on scaleups is typically proprietary, costly and scarce, ruling out the wide adoption of data-driven approaches. To this end, we propose a simulation-informed revenue extrapolation (SiRE) algorithm that generates fine-grained long-term revenue predictions on small datasets and short time-series. SiRE models the revenue dynamics as a linear dynamical system (LDS), which is solved using the EM algorithm. The main innovation lies in how the noisy revenue measurements are obtained during training and…
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