This thesis is developed as a collection of three independent chapters/papers and studies how productivity differences emerge and persist across firms and places, with a focus on industrial clustering and agglomeration. The first paper devel- ops an empirical framework based on bipartite network representations of firms to characterize local productive structures of innovative startups in Lombardy. The second paper develops a deep clustering pipeline to perform bootstrap analysis of high-tech firms in Lombardy. The third paper links micro-level firm information to meso- and macro-level patterns of specialisation, the analysis identifies regularities in diversification and analyses their impact on the labour productivity.

Measuring and Modelling the Spatial Patterns of Firms: Integrating Spatial Statistics and Machine Learning for Firm-Level Analysis / Bumbea, Alessio; Mazzitelli, Andrea; Rinaldi, Alessandro. - (2026 Apr 21).

Measuring and Modelling the Spatial Patterns of Firms: Integrating Spatial Statistics and Machine Learning for Firm-Level Analysis

Alessio Bumbea
Writing – Original Draft Preparation
;
Andrea Mazzitelli
Writing – Review & Editing
;
Alessandro Rinaldi
Supervision
2026-04-21

Abstract

This thesis is developed as a collection of three independent chapters/papers and studies how productivity differences emerge and persist across firms and places, with a focus on industrial clustering and agglomeration. The first paper devel- ops an empirical framework based on bipartite network representations of firms to characterize local productive structures of innovative startups in Lombardy. The second paper develops a deep clustering pipeline to perform bootstrap analysis of high-tech firms in Lombardy. The third paper links micro-level firm information to meso- and macro-level patterns of specialisation, the analysis identifies regularities in diversification and analyses their impact on the labour productivity.
21-apr-2026
38
Big Data ed Intelligenza artificiale
economic statistics, spatial statistics, GeoAI, spatial bootstrapping, spatial machine learning, economic complexity, bipartite networks, firm dynamics, deep clustering, firm productivity.
Pugliese, Emanuele
Mazzitelli, Andrea
RINALDI, Alessandro
Pugliese, Emanuele
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.12606/44365
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