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Product Evolution-------->  HAI  >>  HIPS >> KISS >> AIDE

The  Automated Intelligent Decision Engine 


Product Description      

This program is an Automated Intelligent Decision Engine (AIDE) that automatically learns 
to make decisions based on specific data, markets, and business rules. It has the ability 
to mathematically model the decision-making of experts with no need to program or modify rule sets. 
It improves incrementally as new examples are provided and minimizes errors while reducing the 
need for manual review. This program generates a unified data management system. It provides 
data interoperability that is delivered across multiple platforms; augmenting the current assets 
of the systems in place today! It provides the sharing of all information, current and legacy, 
onto a common operating platform for automated decision making which is delivered in a real 
time environment to the appropriate applications and systems. It enables customers to improve 
their operational efficiency and decrease operating costs by integrating continuity of 
operations with knowledge into the enterprise.
Applications are created from the description of the problem rather than by traditional
programming. It provides a single tool which all applications spawn from. It provides
total interoperability across the vast array of applications, systems, and data bases.
It uses a multilevel architecture which can manage and control other internal functions.
It utilizes a multivariate-rule-based logic, case-based reasoning, neuro, Bayesian, and
Heuristic Learning. The program is written in Java and it’s extremely adaptable and portable,
only 100k in size.
In achieving the goals of its clients and applications, it uses knowledge-driven-scenarios, Heuristic Artificial Intelligence (HAI). It has the ability to acquire knowledge and then use that knowledge to effect a change in behavior. That includes: operating systems, computer applications, databases, networks, and virtual domains. It has the intelligence to autonomously act on behalf of the client. Actions include: making decisions, committing resources, and performing tasks. It automatically breaks goals into sub-goals, rather than merely being programmed for specific tasks. With the capability to effectively manipulate the environment it is in, it is driven to accomplish requested tasks. It can adapt behavior to optimize performance in an often dynamic environment in responsive pursuit of its goals and objectives. Additionally, autonomous automation can lead to super-human performance in terms of volume and speed.


It optimizes the sequence of the different states of executing programs. The process may be shared with other processes which are executing the same program or different programs, private data, etc. It also may utilize other associate resources, such as: process identifiers, open files, CPU time limits, shared memory, and signal handlers. One process may on some platforms consist of many threads. A multitasking operating system can run multiple processes simultaneously. This allows a process to spawn child processes. This enhances the sequence of activities, people, and systems involved in carrying out certain business or achieving some desired result (e.g., software development process, project management process, configuration management, security, updating multiple applications) in real-time. It provides predictability, recommendations and analytical scenario processes. This program informs and directs decision-making by applying a combination of advanced Heuristic Artificial Intelligence and analytical decision optimization, with the objective of improving business processes to meet specific goals.