FIRE CLAIM SIZE ESTIMATION USING MATHEMATICAL METHODS: MONTE CARLO SIMULATION & SCENARIO ANALYSIS

This report uses UK fire statistics to model insurance claims for a company next year. It estimates the total sum of claims by modeling both the number and size of fires as random variables from statistical distributions. Monte Carlo simulations in R are used to predict the probability distribution of total claim costs.

Cyber‑Risks in Modern Finance: Building Operational and Regulatory Resilience

Financial institutions must enhance cyber defenses and regulatory frameworks must adapt to new risks. International agencies are creating coherent cybersecurity standards, exemplified by the EU's Digital Operational Resilience Act (DORA). Effective defense also requires robust institutional governance and sector-led standards.

The European Union's AI Act: beyond motherhood and apple pie?

“... we argue there are good reasons for skepticism, as many of its key operative provisions delegate critical regulatory tasks to AI providers themselves, without adequate oversight or redress mechanisms. Despite its laudable intentions, the AI Act may deliver far less than it promises.”

Searching for harmonised rules: Understanding the paradigms, provisions and pressing issues in the final EU AI Act

“... we analyse the regulatory necessity in introducing a coercive regulatory framework, and second, present the regulatory concept of the AI Act with its fundamental decisions, core provisions and risk typology. Lastly, a critical analysis points to shortcomings, tensions and watered down assessments of the Act.”

Truly Risk‑Based Regulation of Artificial Intelligence - How to Implement the EU's AI Act

“... the paper analyses (i) how the AI Act should be applied and implemented according to its original intention of a risk-based approach, (ii) how the AI Act should be complemented by sector-specific legislation in the future to avoid inconsistencies and over-regulation, and (iii) what lessons legislators around the world can learn from the AI Act in regulating AI.”

Climate Change Risk Indicators for Central Banking: Explainable AI in Fire Risk Estimations

This paper refines wildfire risk assessment methodologies for the European Central Banks, focusing on the Fire Weather Index, land cover types, and climate data. Using logistic regression and xgboost models, it projects a 12% increase in high-risk areas by 2050, emphasizing advanced models' importance for accurate financial risk evaluation.

Robust convex risk measures

"We study the general properties of robust convex risk measures as worst-case values under uncertainty on random variables. We establish general concrete results regarding convex conjugates and sub-differentials. We refine some results for closed forms of worstcase law invariant convex risk measures under two concrete cases of uncertainty sets for random variables: based on the first two moments and Wasserstein balls."

Application of Natural Language Processing in Financial Risk Detection

This paper introduces Natural Language Processing (NLP) concepts, text mining, and model design principles, detailing text preprocessing and feature extraction. Empirical research shows the model's excellent performance in risk identification and prediction, enhancing financial risk management accuracy and efficiency.