This study aimed to establish and demonstrate a framework for assessing a suitable combination of EFC and hydrological modelling.
We propose and demonstrate a framework for wired and wireless communication addressing both functional safety and security.
This study proposes a framework for using mobile agents to demonstrate autonomous behavior in the electronic marketplace.
The intent of this study is to demonstrate a framework for establishing creep behavior and creep buckling performance of pGFRP materials.
Contributions: Our detailed contributions in this paper can be summarized as follows: We propose and demonstrate a framework for wired and wireless communication addressing both functional safety and security.
This comparative analysis of deterministic and stochastic dynamics not only provides insights into the possible dynamics of CREB regulatory motifs, but also demonstrates a framework for understanding other regulatory processes with similar network architecture.
This paper proposed and demonstrated a framework for studying the relationship of disease incidence, progression, regression and regression with risk factors of interest.
We demonstrate a framework for selecting feature subsets from all the newly extracted components, leading to reduced classification error rates on the gene expression microarray data.
In so doing, we demonstrate a framework for the widespread replication of this highly spatially resolved childhood lead exposure risk model across North Carolina and nationally.
We demonstrate a framework for automatically selecting features to be input, output, and discarded by using a genetic algorithm, and propose two algorithms: GA-MTL (Genetic algorithm based multi-task learning) and e-GA-MTL (an enhanced version of GA-MTL).
