Foundation
REA → ALE → OntoUML → OntoREA
Christian Fischer-Pauzenberger — research homepage
Research on ontology-driven accounting and finance, enterprise systems, and management control.
Last revised: 7 September 2026 · Vienna, Austria
[ View the paper index ]Research ongoing
Three-paper series · expected completion: end 2026
REA → ALE → OntoUML → OntoREA
Forwards → Options → PDCA
Workbench → Policy → Uncertainty
Resources, events, and agents as the economic core.
Assets, liabilities, and equity made explicit.
Identity, rigidity, phases, and relations.
From domain model to database and application.
Planning and control as a repeatable process.
Possible futures connected to commitments.
Chronological corpus · abstracts expand on demand
Establishes the ALE-grounded, OntoUML foundation of OntoREA.
The Resource-Event-Agent model is reconstructed within the Asset-Liability-Equity tradition. Balanced duality, claims, identity providers, and temporal accounting phases become explicit ontology-based constructs.
Connects accounting, process, data, and ERP teaching through REA semantics.
An integrated Enterprise System is organized through user, accounting, and data views. A running case, constructive alignment, spiral curriculum, and Microsoft Dynamics 365 connect conceptual knowledge with practice.
Extends OntoREA from accounting events to commitments, contracts, and derivatives.
Balanced reciprocity joins future debit and credit commitments. Derivatives are modeled as portfolio collectives that can move among asset, liability, and off-balance phases without losing identity.
Demonstrates OntoREA with a stock forward across model and software layers.
A stock forward is followed from the OntoREA conceptual model into a MySQL representation and an R/Shiny prototype. The demonstration evaluates identity and mutually exclusive accounting phases.
Makes dynamic option hedge portfolios explicit in the data model.
The relational representation is refined to separate master and transaction data. This allows European option portfolios to be rebalanced as new market information becomes available.
Links dynamic option replication to PDCA and an executable application.
A Plan-Do-Check-Act process represents repeated hedge adjustment. Conceptual, data, and process views are integrated in a three-tier R/Shiny implementation.
Turns PDCA into a domain-specific language and visual modeling workbench.
Structural and behavioral elements of management systems are combined in an Ecore metamodel. An Eclipse Sirius workbench supports the construction of context-specific PDCA models.
Connects operational transactions with the policy types that govern them.
Powertypes are translated into a multi-level OntoUML foundation. The resulting business model integrates REA policy infrastructure with the operational accounting and finance model.
Adds possible futures, revealing information, and branching plans to commitments.
Stochastic processes, uncertainty sample spaces, and plan event trees are grounded ontologically and connected to economic commitments. The extension is demonstrated in production planning and control.
Researcher
Exploring how accounting and finance concepts retain their meaning as they move from ontology to models, software, and teaching.