Batch mode will be the main focus of this paper because asymptotic performance analysis of agent-based models implies large numbers of agents.
We propose a schematic approach as a step towards combining different analysis techniques that are typically used in the analysis of agent-based models.
North (2012) introduces a RASP-based formalism for the analysis of agent-based model performance and uses this formalism to prove that the total asymptotic time and space performance of a specific Mars Rover model is computationally optimal.
The graphical and analytical nature of PN allows us to visualize the detailed feasibility analysis of agents' internal behaviors when they have to make spectrum sharing deals/agreements.
Analysis of agent-based models of virus-host coevolution suggest that this distinction stems from the fact that hyperthermophiles face lower virus loads and diversity than mesophiles providing for higher efficacy of CRISPR-Cas [ 28].
The ability of A-928605 to significantly inhibit growth in the SK-N-FI model as a single agent led to the analysis of this agent in other human tumor models in combination with clinically approved therapeutics targeting EGFR.
A particular methodology permitting the conception and analysis of the agent systems is used for the agents design.
Conversion of signal intensity into contrast agent concentration data allows more robust analysis of contrast agent kinetics.
Further, metabolic analysis of this agent in mice showed its high in vivo stability (unpublished data).
Statistical analysis show us that PV-parenchyma PSI difference is more suitable than parenchyma PSI in separating the stages of different degrees of fibrosis, which we found, interestingly, similar with the analysis of contrast agent transmit time.
