All Stories

  1. The Impact of AI Foundation models on the future of digital engineering for logistics and supply Chain
  2. Warehouse 5.0 framework for a warehouse compatible with industry 5.0
  3. A digital twin framework for enhancing human–agentic AI–machine collaboration
  4. AI Solutions
  5. AI Transformation of Logistics
  6. AI-Driven Support to E-Commerce Logistics
  7. AI-Driven Support to Reverse Logistics
  8. Artificial Intelligence for Logistics 5.0
  9. Conclusions on AI-Driven Logistics
  10. Foundation Models-Driven Support to Logistics
  11. Future of AI-Driven Logistics
  12. Industrial AI-Driven Support to OT Logistics
  13. Introduction
  14. Logistics 5.0
  15. Project for AI-Driven Logistics Implementation and Utilization
  16. Artificial Intelligence in Support of Warehousing 5.0 and the EU Green Taxonomy
  17. Digital Agents and Generative Artificial Intelligence in Support of Logistics 5.0
  18. Green Logistics 5.0: a review of sustainability-oriented innovation with foundation models in logistics
  19. A framework for digital twins solutions for 5 PL operators
  20. Green Warehouse 5.0
  21. Artificial Intelligence for the Management of Servitization 5.0
  22. Agile Procurement
  23. Agile Procurement
  24. Agile Procurement
  25. Procurement Processes
  26. The Future of FinTech
  27. Lean and Digitize
  28. Digital Insurance
  29. Governance
  30. Introduction
  31. Conclusions
  32. Advanced Solutions
  33. Regulatory Framework
  34. The Future
  35. Mobile Banking
  36. Introduction
  37. Conclusions
  38. Mobile Banking
  39. Mobile Security
  40. The Future
  41. Lean Six Sigma and digitize procurement
  42. Cloud Computing in Financial Services
  43. Lean First, Then Automate: An Integrated Model for Process Improvement in Pure Service-Providing Companies
  44. A system approach to the optimal health-care districting
  45. Mathematical algorithms and computer communications technology
  46. Generalized polynomial programming
  47. World dynamics: An optimization study of the pollution subsystem
  48. World dynamics: An optimization study of the pollution subsystem
  49. A discrete maximum principle for systems with pure delays†
  50. Optical Communication in Turbulent Media*