Real-world analogy: #A: Street-vending Facilities and further limited uni-node evolutions into distributed infrastructures with rigid long-running services VS #B: Restaurant Facilities and further multi-node hierarchical evolutions into bigger structures with better long-running services

#A: Street-vending facilities with limited expansive growth (= node-PS Entities with limited hardware components growth)

2-envirnmental “Street-vending facilities cannot evolve well and cannot integrate with other facilities, only aggregate with other open-end-street-vending facilities.

Street vending/chef facillities can only expand with more helpers (GPUs) with tables (caches), more cooking machineries (IO-devices), but they cannot grow out of the 2-environmental processing structures due to the confinement of one main workbench (main-memory). Multiple street-vending facilities cannot be integrated into bigger facilities with better food-services, they can only be aggregated into 2-environmental open-end food-fairs as well as amusement parks (= LAN-ANN Infrastructures). However, they are inherited with unsolvable perimeter security issues.

#B: Restaurant facilities can evolve into Bigger multi-service facilities with better FGP-services. (= workgroup duality-(both hardware and software) evolved PS workgroup Entities with bigger and better domain-PS capabilities)

3-environmental restaurant facilities can grow into bigger/fail-over/fail-safe restaurants with better/more variety food services and they become an integrable unit (workgroup subsystem) to evolve into bigger facilities (workgroup system) with better FGP-service capabilities. workgroup System of multiple integrable workgroup sub-systems)

The restaurant facility can grow internally as well as become an integrable unit to build bigger food-court with assembly services, which can become an integrable unit for building Hotels, theme Parks under one 3-environmental Strong-AI service-oriented organization that can provide FGP services.

HTR vital patents in workgroup multi-node duality-(both hardware and software) Eukaryotically-evolved PS Entities:

workgroup closed-loop-(hardware and software) duality-evolved PS-entities with domain-PS theories to “replace” node-(open-end hardware)-cascased PS-entity with model-PS theories. Furthermore, these duality-evolved PS Entities can evolve into various bigger workgroup PS (species)-entities with better (specialty)-domain-PS capabilities.

3-environmental workgroup evolutionary and PS theories can create strong-AI workgroup service-oriented production, assembly, fabrication, transaction-Expert/Agent workgroup systems and strong-AGI locale-service, zone-service and cloud service smart-Enterprises (small, mid, large), smart-Apparatus (homes, cars, robots) and smart-PDAs (stationary-PCs, portables and wearables) along the 7-genertion workgroup evoluitonary timeline.

The current primitive “2-environmental Street-Vending-scienario uni-node-evolved” “weak-AI” node-computing paradigm (nCP)

“Street-vending to amusement park-scienario-based” the current primitive node-computing paradigm:

The current 2-environmental street-vending-scienario-like node-computing von Neumann 1D/2D architectures, weak-AI evolution/PS theories, Machine-centered Weak-AI-PS application systems disciplines and inter-node cloud-system data-transaction platforms on the open Internet, i.e., weak-AI node-computing paradigm cannot computerize the current 3-environmental service-oriented organizations, therefore they can only provide Coarse-Grained-Reactive (CGR)-services to captive users with unsolvable security and privacy issues.

The current 2-environmental weak-AI node-computing paradigm only establish street vender/chef-like computing structures, enable only one multi-purpose Chef to handle cooking and at the same time dealing with the external customers. Cascading all the involved street-vending facilities together can only provide captive customers with fixated coarse-grained reactive (CGR) cookie-cutting self-chored services. These street-vender/chef facilities can be cascaded into open-end street-night-market, which is insecure and also laden with privacy issues, due to personal information can be compromised. This cascaded open-end chef-based facilities cannot accommodate real-world hierarchical service-oriented organizations.

The more advanced “3-environmental Restaurent-scienario multi-node-evolved” “Strong-AI” workgroup-Computing Paradigm (wCP)

“Restaurant-to theme-Park scienario-based” the better and more advanced workgroup computing paradigm:

The 3-environmental restaurant-like workgroup-computing hierarchical-3D architectures, strong-AI evolution/PS theories, real-time Operation and management systems disciplines and inter-workgroup cloud-systems information-transaction platforms on the open Internet, i.e., Strong-AI workgroup computing paradigm can accommodate all the 3-environmental service-oriented organizations and provide real-time adaptive Fine-Grained-Proactive (FGP)-services for any user, anytime and anywhere.

While 3-environmental Strong-AI/AGI workgroup-computing paradigm can establish the smallest restaurant and evolve into bigger and better restaurants with fail-over managers and fail-safe managers, into bigger and better food-courts, into bigger and better service-oriented organizations, such as hotels and theme parks. And each employee in the 3-environmetnal hierarchical organization is supported with operation/management manuals (wOS), providing real-time interactive workgroup operation services with real-time management supports.

The inevitable digital computing paradigm shift from 2-environmental weak-AI nCP to 3-environmental Strong-AI wCP

The current nCP-based private websites-aggregated data-service oriented Internet is laden with unsolvable security and privacy issues.

The real-world efficent and cost-effective service-oriented organizations are all based on 3-environmental hierarchical-core structures, so that the whole organization can function as one integral PS-Entity. Therefore, these 3-environmental hierarchical service organizations cannot be computerized based on primitive 2-environmental node-computing paradigm (nCP), which from the real world analogy, can only produce a mighty vender-chef with limited number of helpers and the collaboration among these vender-chefs to create better integrated food-services is impossible, due to there is no additional collaboration environment where chefs, busboys and waiters can be workgrouped together, concurrently providing customers with preferred negotiable personal fine-grained proactive services in a more efficient and cost-effective way. Furthermore, all the current nCP-established “client-server” private websites-based service-transaction platforms on the open Internet are laden with security and privacy issues, which again from the real world analogical analysis, is due to the fact that these aggregated vender-chefs have to directly deal with “captive” customers in a chained-perimeter platform-boundary that is full of security holes and when one vender-chef becomes super large on its 2-environmental private platform, its captive customer’s privacy will become one of the transactional prerequisites in order to receive the cookie-cutting coarse-grained reactive services.