Documents:
Digital Computing Environmental Evolutionary Theories
Page-23: Coming Soon!
- General Digital Computing Evolutionary Theory Concepts
- 3-Environmental Evolutionary Theories
- 2-Environment Evolutionary Theories Shift to 3-Environmental Evolutionary Theories

Download Documentations:
Environmental Structure Evolutionary Theories

1
Workgroup-computing Flow-Architecture
2
Workgroup structural Evolutionary Theoretic
3
Workgroup Service-oriented System
4
Workgroup Public-service Transaction Platform
5
Strong-AI workgroup Computing Paradigm
1
The first computing paradigmatic competence:
Environmental-linkages IO-flow Architectures


1-environmental-linkages Linear-connection SISO/MISO-flow
Function-structural architecture

3-environmental hierarchical-integration concurrent MIMO-flow
workgroup-structural architectures

2-environmental planar-aggregation
Time-sharing MIMO-flow
node-structural architectures

Real-world analogical proofs: onveyers
2
The second computing paradigmatic competence:
Environmental Structure Evolutionary Theories


1-environmental functional structure derived Basic-5 evolutionary theories

3-environmental workgroup structure derived Basic-5 evolutionary theories

2-environmental node structure derived Basic-5 evolutionary theories

Real-world analogical proofs:
Bio-components, Prokaryotic, eukaryotic
3
The third computing paradigmatic competence:
Environmental Service-oriented PS systems


1-environmental internal-processing-PS functional system

3-environmental workgroup operation and management strong-AI domain-PS
service-oriented systems

2-environmental weak-AI-model-PS node application service-oriented systems

Real-world analogical proofs:
4
The fourth computing paradigmatic competence:
Environmental Service-transaction platforms on the open Internet


2-environmental client-server private website service transaction platforms

3-environmental workgroup structure derived Basic-5 evolutionary theories

3-environmental multi-agent public website full-service-transaction platforms

Real-world analogical proofs:
Bio-components, Prokaryotic, eukaryotic
5
Three Principles of digital computing


1-environmental-linkages Linear-connection SISO/MISO-flow
Function-structural architecture

Environmental computing paradigm formation based on paradigmatic competence 1 to 4 and the inevitable environmental computing paradigm shift based on natural law of evolutionary growth.

2-environmental planar-aggregation
Time-sharing MIMO-flow
node-structural architectures