Powerful
Visualization Analytics
A3O, an advanced version of Analytics on Analytics (A2O)®, performs spectacularly for network visualization and analysis needs, and it has achieved a high client satisfaction rate.
Removing Hay from the Big Data Haystack.
Geospatial Analysis
Digital Analysis
Temporal Analysis
Logical Posit Framework
The A3O framework is logical, quantitatively comprehensive, and qualitatively discerning. Posit Expansions (and Rollbacks) are inherent in its design.
No Posits
Initial Posit
Initial Joint Posit Foray
Posit Expansion
Concurrence Joint Posits
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Concurrence Joint Posits Expansion
Non-Concurrence Joint Posits
Blended Joint Posits Expansion
Spatio Temporal Discernment
The A3O Engine has the challenge of contending with displaying a network both geospatially and temporally, contemporaneously. Fortunately, A3O'S mathematical underpinnings are designed for computational numerical methods.
Influence Dominating Sets
A3O addresses Influence Dominating Sets (IDS), via Negative Influence Dominating Sets (NIDS) or areas of instability and Positive Influence Dominating Sets (PIDS) or islands of stability. By better understanding NIDS and PIDS, certain insights for the network analysis may be obtained.
Weighted Relationships
A3O facilitates Confidence Levels (CLs), via differently weighted (and coded) posits. By way of example, joint posits that have concurrence might receive a greater weight than posits that have non-concurrence.
Weighted Relationships Expansion Concurrence
A3O leverages Artificial Intelligence to facilitate joint posit concurrence expansions to visualize probable relationships.
Unified Architecture
A3O is a unique software engine that is honed for computational numerical methods. A3O also embodies a platform, which is the environment in which a piece of software is executed. With diverse capabilities that are complementary with regards to analyzing a network, it is a system, as it is designed to provide a platform to other software. Finally, it has an Artificial Intelligence-based framework to facilitate posit expansions.
NIDS and PIDS Tipping Point Calculus
AI-based Posit Expansion and Rollback
Multi-Domain Interconnections