This paper studies how the exploration-verification trade-off displayed by the teams modulated their success in the DNC, as teams had limited human resources that they had to divide between recruitment (exploration) and verification (exploitation).
Here, the major difference between an industrial plant project and a storage site project is that the latter involves an additional exploration and verification process prior to selecting an engineering concept for storage and making a final investment decision.
Rather, we assume that, based on the discussion above, the success of a time-critical task requires not just exploring new information (exploration) but also verification (exploitation).
The fulfillment of these requirements, as well as the exploration and the verification of innovative structural schemes, can be achieved only by using refined analysis formulations and effective numerical tools.
EXPRESSION is used for modeling, software toolkit generation, rapid prototyping, design space exploration, and functional verification of System-on-Chip (SOC) architectures and it was developed at the University of California, Irvine.
Applying lower-fidelity and iterative experiments these findings are "good enough" for supporting or rejecting simple assumptions and detecting simple causalities and a good starting point for incremental exploration and thorough verification.
We here introduce and structure essential use cases for model validation, verification and exploration that help developers find faults in model descriptions and thus enhance model quality.
The need for model verification and exploration of practical issues, subsequent a given pigment has been found of interest, is discussed.
The present work identifies a new family of graphene-based TIs with an observable and controllable bulk energy gap in the graphene layer, thus opening a new avenue for direct verification and exploration of the long-sought QSH effect in graphene.
It is successfully used for specifying various architectures and can perform early exploration, rapid prototyping, and functional verification of programmable SOC architectures.
The results would not only be useful to guide anomaly verification and potential exploration targets in the North Qaidam metallogenic belt, but also raise the awareness of reanalyzing those weak anomalies in a covered area.
