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| Both sides previous revision Previous revision Next revision | Previous revision | ||
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ust:meeting_minutes_april_4_2018 [2018/04/04 20:55] gli |
ust:meeting_minutes_april_4_2018 [2021/09/19 21:59] (current) |
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| === Tasks === | === Tasks === | ||
| - | - Kevin: | + | - Kevin: Implement time scaling. |
| - Gordon: Integrate test data for Weatherbox Page, work on poster session requirements, update Wiki design docs (in preparation of poster session). | - Gordon: Integrate test data for Weatherbox Page, work on poster session requirements, update Wiki design docs (in preparation of poster session). | ||
| - | - Kyle, Jon, & Akira: | + | - Kyle, Jon, & Akira: Work on Graph Generator Page issues. |
| Full team: Implement issues proposed by sub teams. | Full team: Implement issues proposed by sub teams. | ||
| Line 35: | Line 35: | ||
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| === Draft of Abstract === | === Draft of Abstract === | ||
| - | Smart Campus Energy Lab (SCEL) aims to develop a microgrid for the University of Hawaii at Manoa to make Hawaii a more sustainable place to live in. In achieving this, the optimization in placement of renewable energy source devices would be required. SCEL achieves this by collecting meteorological data through a sensor network called weatherboxes and visualizes collected data through a dashboard web application, where data can be compared and analyzed. The dashboard project followed a design procedure where a mock up is designed, an electronic copy of the design is created, ideas are documented in a design document, a Minimum Viable Product is developed, and a design is re-evaluated. The product of this project was a web application developed in JavaScript using Facebook React with three main pages: landing, weatherboxes, and graph generator. Each page visualizes data collected by SCEL weatherboxes through line graphs; data being displayed can be modified based on user input such as time scaling and weatherbox node selection. In completion of the dashboard project, current and future members of SCEL will be able to utilize the dashboard web application for visualization and analysis in improving weatherbox designs and optimizing placement of renewable energy source devices. | + | The dashboard project aims to develop a web application to visualize meteorological data collected by Smart Campus Energy Lab (SCEL) sensor networks called weatherboxes. The web application was developed in JavaScript using Facebook React with three main pages: landing, weatherboxes, and graph generator. Each page visualizes collected data through line graphs where the data being displayed can be modified based on user input. In comparison with the first iteration of the SCEL dashboard, the current version has a high learning curve for new members joining the project and has a larger span of open source libraries. In completion of the dashboard project, current and future members of SCEL will be able to utilize the dashboard web application for visualization and analysis in improving weatherbox designs and optimizing placement of renewable energy source devices. |