Cellular tissue autonomic behavior

Cellular Autonomic Behavior computing paradigm:

A new approach for agent based autonomic computing, in complement of use the autonomic nervous system, use a cells tissue as the conceptual foundation. In this concept exists one physical component type called cell and a logical component called tissue, multiple cell forms a tissue and have proprietary knowledge of its state, the tissue is a composition of cells and have the knowledge of the whole tissue that no one single cell have. The cells provides services.

A set of modifications on the Axiomonitor agent based software to embed autonomic features:

Cell level functions:

• Cell level self healing 
• over computing detection
• ask for reinforcements
• service restart
• Cell level self configuring
• by internal demand
• by tissue demand
• cell based services 
• effectors and sensor
• Cell level self protecting
• intrusion detection
• resource allocation limits
• service isolation schemes
• Cell level self environment knowledge
• CPU
•  Network
• Disk
• Memory
• Usable external resource
• Cell communications
• with tissue (nervous system)
• direct with other cells (data osmosis)
• Cell level service deployment 
• requisites validation
• Code deployment

Tissue level:

• Tissue level resources availability
• service high availability
• service contingency
• Tissue level service migration
• movement to other infrastructure
• tissue reconstruction 
•  lost (dead) cells
• leave failing or exiting cells
• Tissue level service/resource allocation on demand
• by cell reinforcement asking
•  by average response time  increase
• Tissue level service fail over
• redundancy of services provided by the tissue
• Tissue level self configuration 
• record usage patters and provide enough resource to meet the performance goal.
• use service allocation
• use service migration
• Tissue level service demand prediction
• records usage patterns and processing times
• by expected performance definition establishes a relation between allocated resource and response times
• Tissue level external change management integration
• Tissue monitoring activity expose
• Exposes activities to humans
• Permits changes to decisions of reconfiguration