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      • A Multi-Faceted Decision Making Process for the Design of a Music Archiving System

        Georgios P. Heliades,Katerina Kabassi 보안공학연구지원센터(IJSEIA) 2016 International Journal of Software Engineering and Vol.10 No.1

        In this paper, we illustrate the decision making intrinsic that was followed while designing for the users of a music archive. The archive at stake is the Ionian Music Archive, an on-line service at refinement phase that holds records of the characteristic music of the Ionian Islands in Greece. The main challenge was how to best engage user adaptation on a system with certain attributes such as a high variation on users’ music knowledge. We propose a two-folded decision making process for its design. The one side of the process lies on design rationale techniques at earlier stages and the other side is akin to formal multi-criteria approaches and is applied on every high-level decision to further weigh the user adaptation attributes that are included in the system. The initial feedback we collected is very encouraging, setting the basis for future implementations.

      • Framework of Non-Nuclear Methods Evaluation for Soil QC and QA in Highway Pavement Construction

        Cho, Yong-K.,Kabassi, Koudous,Wang, Chao Korea Institute of Construction Engineering and Ma 2012 Journal of construction engineering and project ma Vol.2 No.2

        This study introduces a methodology to evaluate different types of non-nuclear technologies to see how they are competitive to the nuclear technology for quality control (QC) and quality assurance (QA) in soil condition measurement for highway pavement construction. The non-nuclear methods including the Electrical Density Gauge (EDG) and the Light Weight Deflectometer (LWD) were tested for their performance against a nuclear gauge, and traditional methods were used as baselines. An innovative way of comparing a deflection gauge to a density gauge was introduced. Results showed that the nuclear gauge generally outperformed the non-nuclear gauge in accuracies of soil density and moisture content measurements. Finally, a framework was developed as a guideline for evaluating various types of non-nuclear soil gauges. From other perspectives rather than accuracy, it was concluded that the non-nuclear gauges would be better alternative to the nuclear gauge when the followings are considered: (1) greater life-cycle cost savings; (2) elimination of intense federal regulations and safety/security concerns; and (3) elimination of licensing and intense training.

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