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Figure 1: Top-Level Hierarchy of ArchiMate Concepts

Figure 2: ArchiMate Core Framework

Figure 3: ArchiMate Full Framework

Figure 4: Hierarchy of Behavior and Structure Elements

Figure 5: Behavior and Structure Elements Metamodel

Figure 6: Generic Internal Active Structure Element Notation

Figure 7: Generic External Active Structure Elements (Interface) Notation

Figure 8: Generic Internal Behavior Element Notation

Figure 9: Generic External Behavior Element (Service) Notation

Figure 10: Generic Event Notation

Figure 11: Generic Passive Structure Element Notation

Figure 12: Specializations of Core Elements

Figure 13: Generic Process Notation

Figure 14: Generic Function Notation

Figure 15: Generic Collaboration Notation

Figure 16: Generic Interaction Notation

Figure 17: Generic Motivation Element Notation

Figure 18: Composite Elements

Figure 19: Grouping Notation

Figure 20: Location Notation

Figure 21: Overview of Relationships

Figure 22: Composition Notation

Figure 23: Aggregation Notation

Figure 24: Assignment Notation

Figure 25: Realization Notation

Figure 26: Serving Notation

Figure 27: Access Notation

Figure 28: Influence Notation

Figure 29: Association Notation

Figure 30: Triggering Notation

Figure 31: Flow Notation

Figure 32: Specialization Notation

Figure 33: Junction Notation

Figure 34: Motivation Elements Metamodel

Figure 35: Stakeholder Notation

Figure 36: Driver Notation

Figure 37: Assessment Notation

Figure 38: Goal Notation

Figure 39: Outcome Notation

Figure 40: Principle Notation

Figure 41: Requirement Notation

Figure 42: Constraint Notation

Figure 43: Meaning Notation

Figure 44: Value Notation

Figure 45: Relationships Between Motivation Elements and Core Elements

Figure 46: Strategy Elements Metamodel

Figure 47: Resource Notation

Figure 48: Capability Notation

Figure 49: Value Stream Notation

Figure 50: Course of Action Notation

Figure 51: Relationships Between Strategy Elements and Motivation and Core Elements

Figure 52: Business Layer Metamodel

Figure 53: Business Internal Active Structure Elements

Figure 54: Business Actor Notation

Figure 55: Business Role Notation

Figure 56: Business Collaboration Notation

Figure 57: Business Interface Notation

Figure 58: Business Internal Behavior Elements

Figure 59: Business Process Notation

Figure 60: Business Function Notation

Figure 61: Business Interaction Notation

Figure 62: Business Event Notation

Figure 63: Business Service Notation

Figure 64: Business Passive Structure Elements

Figure 65: Business Object Notation

Figure 66: Contract Notation

Figure 67: Representation Notation

Figure 68: Product Metamodel

Figure 69: Product Notation

Figure 70: Application Layer Metamodel

Figure 71: Application Internal Active Structure Elements

Figure 72: Application Component Notation

Figure 73: Application Collaboration Notation

Figure 74: Application Interface Notation

Figure 75: Application Internal Behavior Elements

Figure 76: Application Function Notation

Figure 77: Application Interaction Notation

Figure 78: Application Process Notation

Figure 79: Application Event Notation

Figure 80: Application Service Notation

Figure 81: Data Object Notation

Figure 82: Technology Layer Metamodel

Figure 83: Technology Active Structure Elements

Figure 84: Node Notation

Figure 85: Device Notation

Figure 86: System Software Notation

Figure 87: Technology Collaboration Notation

Figure 88: Technology Interface Notation

Figure 89: Path Notation

Figure 90: Communication Network Notation

Figure 91: Technology Internal Behavior Elements

Figure 92: Technology Function Notation

Figure 93: Technology Process Notation

Figure 94: Technology Interaction Notation

Figure 95: Technology Event Notation

Figure 96: Technology Service Notation

Figure 97: Technology Passive Structure Elements

Figure 98: Artifact Notation

Figure 99: Physical Elements Metamodel

Figure 100: Equipment Notation

Figure 101: Facility Notation

Figure 102: Distribution Network Notation

Figure 103: Material Notation

Figure 104: Relationships Between Business Layer and Application and Technology Layer Elements

Figure 105: Relationships Between Application Layer and Technology Layer Elements

Figure 106: Implementation and Migration Metamodel

Figure 107: Work Package Notation

Figure 108: Deliverable Notation

Figure 109: Implementation Event Notation

Figure 110: Plateau Notation

Figure 111: Gap Notation

Figure 112: Relationships of Implementation and Migration Elements with Core Elements

Figure 113: Relationships of Implementation and Migration Elements with Motivation Elements

Figure 114: Conceptual Model of an Architecture Description (from [14])

Figure 115: Framing Stakeholder Concerns using the Viewpoint Mechanism

Figure 116: Correspondence Between the ArchiMate Language and the TOGAF ADM