The Need For On-Board Integrated Diagnostician Motor System Lab Analysis

The need for On-Board Integrated Diagnostician Motor Program Generator for Commercial Aircraft cockpit diagnosis is indicated by serious deficiencies in current aircraft on-board diagnostics cockpit instrumentation systems. This is primarily with the selection of the content, format and modality of information passed to the pilot in assessing the functionalities of his/her on-board instrumentation. Such information is used to manage display and control resources on board aircraft cockpit.

This provides the pilots with the tools necessary to successfully operate in an environment flooded with massive amount of data obtained from multiple sensor sources. This is the first in a series of knowledge-bases to be developed to evaluate the applicability
The following computing techniques which include: scrip application for intent interfacing and error detection/classification, production rules for display resources management and conflict resolution, algorithmic models will be used in this effort. Expert systems technology is ideally suited for application to design, development, diagnosis, and maintenance of aircraft systems and subsystem. Therefore the innovation on the proposed concept hinges on the ability to integrate suitable “on-board automated expert advisors capable of responding to changes in aircraft systems in the quickest possible manner and provide the acquired input data to suitable on-board integrated diagnostician expert to reason intelligently about the aircraft
The feasibility of utilizing remote sensing technology for more accurate and timely inventories of agricultural resources is considered potential advantages to addressing this problem. However, such effort failed to achieve significant progress in improving cultivation strategies to better engineer the growth of organic healthy food production at affordable costs to consumers, because the technologies and techniques employed dates back to the 1970s. Although these technologies might have been refined since then the development techniques remains complex and time consuming. Black Technologies Advancement plans to pursue entirely new method in this technology sector to achieve faster, cheaper, simpler, more accurate, and more flexible techniques than conventional techniques and recently introduced alternatives. We want to employ the concept of the following Artificial Intelligence (AI) components and sub-components to accurately model and simulate an open-architecture web-enabled systems engineering environmental management