Monday, January 2, 2012

Assess algorithm reliability for security observation system

Algorithm settings for security architecture and rules of operating system base on theoretical and experimental activities in the past time. Algorithm settings must be compatible with strategies for global variables usages and instance parameters in subcomponents. Systems owners articulate parameters for algorithm settings on global variables. System regulations guide, algorithm settings, and entities interaction requirements embed in Watch Security System for proper use of controllers. Scenario Parameters observe and critical observations declare for analysis assessment. Decision Making Process initiate for critical observations. Controllers decide to rectify parameter values for complex scenarios base on analysis assessments.  Rectification approach can modify Scenario Parameters and instantiate invisible entities on system platforms (Fig 1. algorithm configuration analysis)
Invisible entities can instantiate due to low knowledge of External Domain Context. System owners need to study External Domain Context and follow instruction of external experts, whom have system perceptions and social cognition knowledge.
A prognostic test can implement and determine algorithm reliability for security observation. Researcher applies Stimulus-response model in Scenario Parameters. Controllers’ reactions to emotional stimulus and track motivated attention capture algorithm reliability for Watch Security System.
Failures to respond properly can instantiate invisible entities in biological systems and non-biological systems.
Algorithm settings for Watch Security System target usually discrepancy values on Scenario parameters. Discrepancy values call controllers for target investigation and security measures. External entities create discrepancy values because of unpredictable performance characteristics.  

No comments: