# Artificial Immune Privileged Sites as an Enhancement to Immuno-Computing Paradigm

**Authors:** Tejbanta Singh Chingtham, G. Sahoo, M. K. Ghose  
**arXiv:** [1102.3971](https://arxiv.org/abs/1102.3971)  
**Date:** 2011-02-19  
**Summary page:** https://www.summarizepaper.com/en/paper/1102.3971v1/

## Key points

- The immune system is a highly parallel and distributed intelligent system with remarkable abilities
- Artificial Immune Systems (AIS) are evolutionary paradigms based on the biological aspects of mammalian immune systems
- AIS can generate new algorithms by learning from their actions
- Scientists and engineers study the human immune system to discover powerful information processing algorithms for solving complex engineering problems
- Immune Privileged Sites (IPS) are specific areas in the body that do not trigger an immune response to foreign agents present in those regions
- IPS can be used as an enhancement to immuno-computing paradigms
- IPS allows certain activities within a computing system without causing harm, similar to how natural immune privilege sites function in our bodies
- Researchers aim to develop a model based on natural immune privilege sites that enables learning over time and adapting responses based on previous experiences
- This research presents a unique perspective on the immune system by exploring the concept of IPS and its potential application in enhancing immuno-computing paradigms.

## Summary

The immune system is a highly parallel and distributed intelligent system with remarkable abilities such as learning, memory, and association. This has led to the development of Artificial Immune Systems (AIS), which are evolutionary paradigms based on the biological aspects of mammalian immune systems. These systems have the capability to generate new algorithms by learning from their actions. Scientists and engineers have been inspired to study the human immune system in order to discover powerful information processing algorithms that can solve complex engineering problems. One particular aspect of the immune system that has gained attention is the concept of Immune Privileged Sites (IPS). IPS refers to specific areas in the body that are able to make exceptions and not trigger an immune response to foreign agents present in those regions. This research paper delves into the concept of IPS as an enhancement to immuno-computing paradigms. While the entire system is protected by an immune response, there may be times when certain activities are necessary for overall functioning but could potentially harm other systems. The idea behind IPS is to allow these activities without triggering an immune response. By studying natural immune privilege sites, researchers aim to develop a model that enables certain activities within a computing system without causing harm. This model would allow for learning over time and adapting responses based on previous experiences, similar to how natural immune privilege sites function in our bodies. In conclusion, this work presents a unique perspective on the immune system by exploring the concept of Immune Privileged Sites and their potential application in enhancing immuno-computing paradigms.