Enterprise Transformation Projects

Author:

Trad Antoine Toni1ORCID

Affiliation:

1. IBISTM, France

Abstract

This chapter proposes how to implement in-house polymathic enterprise architecture-based generic learning processes (PEAbGLP) that can be the fundament of a generic and transcendent enterprise's artificial intelligence (AI) concept (EAIC). Generic and transcendent means that it supports and interfaces with all AI and technology domains, like machine learning (ML), deep learning (DL), data sciences (DS), and others (simply intelligence). The EAIC uses the author's polymathic transformation framework that is specialized in enterprise transformation projects (ETP). ETPs have an extremely high level of failure rates, and added to this fact, AI products force siloed integration approaches, which are risky undertakings. The EAIC ensures business sustainability and operational excellence for the enterprise (simply entity), and the main problem is the adoption of a holistic and polymathic learning process (LP). The PEAbGLP presents how an entity can integrate intelligence, which can be supported by the author's (already mature) applied holistic mathematical model (AHMM) for LP-based AI.

Publisher

IGI Global

Reference83 articles.

1. AdhytiaB.KurniaSh.DilnuttR.HidayantoA. (2023). Investigating the Role of Enterprise Architecture in Big Data Analytics Implementation: A Case Study in a Large Public Sector Organization. ACIS 2023 Proceedings Australasian. ACIS.

2. Agievich, V. (2014). Mathematical model and multi-criteria analysis of designing large-scale enterprise roadmap. PhD thesis.

3. AhmadG. (2010). Domain-Oriented Modeling of Indian Education System Through UML. IUP.

4. Blackburn, R., & Rosen, B. (1993). Total quality and human resources management: lessons learned from Baldrige Award-winning companies. Academy of Management Perspectives, 7(3).

5. BRM. (2022). Action Research. Business Research Methodology. BRM.

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