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Object Oriented Analysis and Design

All lectures: All lectures at the Academy of Intelligence on the discipline: object oriented analysis and design. These fascinating lectures provide us with the opportunity to explore the deep principles and phenomena underlying our knowledge and our desire to understand the world.
1. 1.1. The Inherent Complexity of Software
2. 1.2. The Structure of Complex Systems
3. 1.3. Bringing Order to Chaos. The role of decomposition. Algorithmic and object-oriented decomposition.
4. 1.4. On Designing Complex Systems. Engineering as a science and an art
5. 2 The Object Model
6. 2.1. The Evolution of the Object Model
7. 2.2. The Constituent Parts of the Object Approach
8. 2.3. Applying the object model
9. 3 Classes and objects 3.1. The nature of an object
10. 3.2. Relationships among objects
11. 3.3. The Nature of Classes. What Is a Class?
12. 3.4. Relationships among classes (association, inheritance, aggregation, using, instantiation, metaclass)
13. 3.5. The interrelationship of classes and objects.
14. 3.6. The quality of classes and objects
15. 4.1. The importance of proper classification
16. 4.2. Identifying classes and objects
17. 4.3. Key abstractions and mechanisms
18. 5.1. Elements of the notation
19. 5.2. Class diagrams. Classes and their relationships
20. 5.3. State transition diagrams
21. 5.4. Object diagrams
22. 5.5. Interaction diagrams
23. 5.6. Module diagrams
24. 5.7. Process diagrams.
25. 6.1. First principles The process of object-oriented analysis and design
26. 6.2. The micro process of design
27. 6.3. The Macro Process of Design
28. Management and Planning of an IT Project
29. 7.2. Staffing Allocation of Resources
30. 7.3. Release management
31. 7.4. Reuse. Elements of reuse
32. 7.5. Quality and metrics. Software quality
33. 7.6. Documentation of the Software Product
34. 7.7. Tools for Software Development
35. 7.8. Special Topics Narrowly Specific Problems in Software Development
36. 7.9. Benefits and Risks of Object-Oriented Development
37. 8 Data Acquisition: Weather Monitoring Station 8.1. Analysis
38. 8.2. Designing the weather monitoring station
39. 8.3. Evolution of the application's development
40. 8.4. Maintenance of the software application
41. 9 Framework: a foundation class library 9.1. Analysis
42. 9.2. Design of the application example
43. 9.3. Evolution of the system's design
44. 9.4. Maintenance of the software product
45. 10 Client-Server Architecture: Inventory Tracking 10.1. Analysis
46. 10.2. Design of the Inventory Tracking System
47. 10.3. Evolution and 10.4. Maintenance of the inventory tracking system
48. 11 Artificial intelligence: cryptanalysis
49. 11.2. An example of designing a cryptanalysis system
50. 11.3. Evolution of the development of the cryptanalysis system
51. 11.4. Maintenance of the cryptanalysis system
52. 12 example of the development of a command-and-control system - train traffic management 12.1. Analysis
53. 12.2. An example of designing a train traffic management system
54. 12.3. The evolution of the development of the train traffic management system
55. 12.4. Example: Maintenance of the Train Traffic Management System
56. Metamodel, metamodelling, metaclass and metaobject
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