The Strong-AI/AGI workgroup-computing Evolutionary Theories
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- wBET-1: 3-Level-Hierarchical Concurrent MIMO-Core Closed-Loop-Flow-Structure Theories, Creating Workgroup Hierarchical Core Structures (wHCSs)
- wBET-2: Real-Time “Closed-Loop Flow” “Feedback-Control” Theories, Creating Workgroup OSs
- wBET-3: Feedback-Flow (Semantic)-Control Natural Language-Based Closed-Loop Operation Programming Theories, Creating “Real-Time Interactive” Feedback-Control (Closed-Loop)-Operation Programs, Which Are Better Than Open-End Application Programs That Cannot Be Controlled by Any Node-OS
- wBET-4: Real-Time Interactive 6 Types of Operational Programs-Based Strong-AI/AGI Core-Domain-PS Theories, Which Are Based on Real-Time Interaction Among Three Semantic Solution-Negotiating/Executing/Managing Operational Programs and Three Semantic Knowledge-Inquiring/Executing/Managing Operational Programs, Enabling Self-Improving Solution Operational Programs and Self-Learning Knowledge Operational Programs and Thereby, Establishing “Strong-AI/AGI” Core-Domain-PS Capabilities
- wBET-5: Hierarchically-Iterative “Duality-Evolved” PS Workgroup Entity Theories, Creating Workgroup-Evolutionary Generations/Stages (wGn.s) Strong-AI/AGI PS wEntities with Real-Time Adaptive Core-Domain-PS Capabilities
Workgroup Strong-AI Evolutionary Theories
1
Workgroup-computing Flow-Architecture
2
Workgroup structural Evolutionary Theoretic
3
Workgroup Service-oriented System
4
Workgroup Public-service Transaction Platform
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Strong-AI workgroup Computing Paradigm
Workgroup Flow-Architectures
Workgroup Aggregation Linkages wLT(1) flow-structural architecture
Workgroup Failover Linkages wLT(3) flow-structural architecture
Workgroup network Fail-safe Linkages wLT(5) flow-structural architecture
Workgroup-Integration Linkages wLT(2) flow-structural architecture
Workgroup Fail-safe Linkages wLT(4) flow-structural architecture
Advantages of creating 3-environmental workgroup network/fail-safe hierarchical core structures can evolve into bigger core structures
Workgroup Strong-AI Evolutionary Theories
3-environmental-linkage multi-node multi-level integrated concurrent closed-loop 3D-MIMO-flow workgroup Hierarchical Core Structures
3-environmental semantic-natural-language-based Feedback-control real-time interactive operation&management (O&M) programs
3-environmental “hardware and software
co-evolved” workgroup entities with
Strong-AI PS capabilities
3-environmental closed-loop
3D-MIMO-flow Feedback-control
workgroup-node/TeamProcessor’s OSs:
3-environmental Real-me interactive Solution and knowledge Feedback-control O&M domain-based “Strong-AI” (PS)-methods
Advantages: wB5ETs
Workgroup HMI Service-oriented System Disciplines
Workgroup locale service-oriented systems for Businesses, consumers and individuals
Workgroup cloud service-oriented systems for Business, consumers and individuals
Workgroup zone service-oriented systems for Businesses, consumers and individuals
Advantages: smart-Enterprises, smart-Homes, smart-Cars/Vehicles, smart-Robots and smart-PDAs
Workgroup Service-Transaction Platforms on the open Internet
Public B2B service-transaction platform
Public I2I service-transaction platform
Public C2C service-transaction platform
Advantages:
3 hierarchically-integratable public and secure multi-agent-website service-transaction platforms
The Must-have Strong-AI wCP
The must-have 3-environmental Strong-AI workgroup computing paradigm (wCP)
The must-have endeavors for promoting
3-environmental Strong-AI wCP
The 3-environmental Strong-AI wCP-based the one and only public and secure multi-agent service-operation-oriented Internet