Peter M. Eisenberger, a professor of earth and environmental sciences whose résumé includes positions at Exxon and other major companies, and Graciela Chichilnisky, an economist and mathematician, have proposed a "global thermostat strategy," which would adapt a chemical process for capturing carbon dioxide from smokestacks.
However, the current process for capturing, retrieving, and modeling such information is labor-intensive and time-consuming.
Meanwhile, the process for capturing, retrieving, and modeling such information has been identified as labor-intensive (Tang et al. 2010).
In order to automate the current manual process for capturing, retrieving, and modeling as-built building information, several research studies have been initiated.
Although as-built building information is useful, the current process for capturing, retreiving, and modeling such information requires a lot of manual, time-consuming work.
Reverse logistics is the process for capturing the remaining value from the EOU and EOL products and also for the proper disposal of the non-reusable and non-recyclable parts.
This problem is addressed by a systems engineering methodology called State Analysis, which provides a process for capturing system and software requirements in the form of explicit models.
(Although mobile fingerprint sensors have been shown to be spoofable. So the size of the sensor and the process for capturing a user's print during enrollment are key considerations here).
The objective of this paper is to fill this gap, and the focus is placed on how to automate the current process for capturing, retrieving, and modeling as-built building geometry and features.
3D as-built building information, including building geometry and features, is useful in multiple building assessment and management tasks, but the current process for capturing, retrieving, and modeling as-built builidng information is labor-intensive and time-consuming.
