Scalability

An architecture is considered to be scalable if, unchanged, it can handle increasingly complex problems that demand a greater amount of knowledge. Often scaling yields problems such as with efficiency.

Use the following list to see an evaluation of any given architecture along the dimension of scalability:

Subsumption Architecture
Heterogeneous Asynchronous Architecture (Gat)
Plan-then-compile Architecture (Theo)
Planning and Learning Architecture (Prodigy)
Modular-Integrated Architecture (ICARUS)
Adaptive Intelligent Systems (AIS)
A Basic Integrated Agent (Homer)
Situated Action & Planned Action (Teton)
Problem-Space Architecture (Soar)
Real-Time, Decision-Theoretic Architecture (RALPH-MEA)
Entropy Reduction Engine Architecture (ERE)

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