Ontology-Based Approach Supporting Multi-Objective Holistic Decision Making for Energy Pile System

The traditional way of designing energy pile system is mostly single domain/objective oriented, which lacks means to coherently consider different while relevant factors across domains. cost for life cycle design, construction and maintenance, return investment, CO2 emission related sustainable requirements, so on also need be considered, in a systematic manner, along with the main functional design objective loading capacity robustness. This paper presents novel multi-objective holistic approach using ontology based multi-domain knowledge orchestration, can holistically provide designers domain regarding financial, safety, environmental impact, smart consideration during early stage. A prototypical ontology-based decision tool has been developed, aiming at optimization by combining Semantic Web Rule Language rules. case study was performed illustrate details how apply query series alternatives autonomously taking parameters into account. method demonstrated its practicability scientific feasibility, it shows potential adopted extended other domains when dealing making.