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An Engineering Paradigm: Noema
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An Engineering Paradigm: Noema
Contents
List of Figures
List of Tables
Abstract
Introduction
Background
Traditional Engineering
Noema
Defining Characteristics of the Noema
Knowledge
Partial Knowledge
Local Knowledge
Smart Components
Change
Constant Change
Elaboration Tolerance
Constant Death and Replacement
No Down Time
Periods of Rest
Communication
Global Communication
Asynchronous Communication
Languages
Organization
Distributed
Replication and Groups
Massive Interdependency
Self Fixing and Self Regulating
No Master Control
Conscience and Unconscious Actions
No System-Wide Clock
No Global State
Catalyst
Common Building Blocks
Security
A Security (Immune) System
Unique Name Space
Authentication and Authorization
Persistence
Persistent Components
Boundaries
Environment
Recycling System
Peripherals
Noemi
The Human Body
A Market Economy
Distributed Computing System
A Noemic Design Paradigm
Paradigms
The Noema Process
Theory and Examples
Comparison Criteria
Simplest System
Replicated System
Complex Replicated System
Theorems
Elaboration Tolerance
High Establishing Cost
Noema Computational Power
An Example
Introduction
Background
Physical Link
Network Layer
Transport
Noema based Internet
Unique Identity
Principal
Authentication
Authorization
Data Protection
Data Consistency
Data Privacy
Name Spaces
Services
Principals
Unique Identity
Security
Protect
Detect
Confine
Repair
Persistent Storage
Many Supporting Services
Principal to Principal Communication
Program Communication
Glossary
Acronym Key
References
Index
About this document ...
Ronald LeRoi Burback
Wed Jul 30 15:24:07 PDT 1997