Figure 1 A triangular fuzzy number A triangular fuzzy number graph. A line graph representing a triangular fuzzy number. The x-axis is labeled with the variable x and the y-axis is labeled with the function mu I of x. The graph forms a triangle with vertices at points l, m, and n on the x-axis... More about this image found in A triangular fuzzy number A triangular fuzzy number graph. A line graph...

Figure 2 Integrated conceptual DSS model for organic farming alternatives incorporating ChatGPT for human-centric decision support A diagram of an integrated conceptual decision support system model for organic farming alternatives. The diagram illustrates an integrated conceptual decision sup... More about this image found in Integrated conceptual DSS model for organic farming alternatives incorporat...

Figure A1 TFN degree of membership for alternatives A1 to A10 Multiple line graphs depict membership degrees for alternatives A1 to A10. The image contains ten line graphs labeled A1 to A10. Each graph shows the membership degree on the vertical axis, ranging from 0 to 1, and an unspecified va... More about this image found in TFN degree of membership for alternatives A1 to A10 Multiple line graphs...

Figure A2 TFN degree of membership for alternatives A1 to A10 for case study Ten line graphs showing membership degrees for alternatives A1 to A10. Ten line graphs display the membership degrees for alternatives A1 to A10. Each graph has a y-axis labeled Membership Degree ranging from 0 to 1 a... More about this image found in TFN degree of membership for alternatives A1 to A10 for case study Ten l...

Figure 1 Research framework for performance evaluation of logistics ports A flowchart shows logistics port performance evaluation from D M U identification to slack analysis and recommendations. The flowchart shows a top-to-bottom layout with rectangular boxes connected by downward arrows and ... More about this image found in Research framework for performance evaluation of logistics ports A flowc...

Figure 2 Efficiency frontier under DEA and NDEA A scatterplot shows D E A versus N D E A efficiency scores for D M U s with a diagonal reference line. The vertical axis is labeled “N D E A Efficiency score” and ranges from 0 to 1 in increments of 0.2 units. The horizontal axis is labeled “D E ... More about this image found in Efficiency frontier under DEA and NDEA A scatterplot shows D E A versus ...

Figure 3 Efficiency shift under uncertainty A scatterplot shows efficiency shift percent across D M U 1 to D M U 12 with low, moderate, and high groups. The vertical axis is labeled “Efficiency Shift (percent)” and ranges from negative 100 percent to 200 percent in increments of 50 percent. Th... More about this image found in Efficiency shift under uncertainty A scatterplot shows efficiency shift ...

Figure 4 Input 1 target lower bound and upper bound A line graph of “Capacity of major ports” shows lower and upper bounds across categories. The line graph is titled “INPUT 1 (Capacity of major ports)”. The vertical axis ranges from 0 to 450 in increments of 50 units. The horizontal axis disp... More about this image found in Input 1 target lower bound and upper bound A line graph of “Capacity of ...

Figure 5 Input 2 target lower bound and upper bound A line graph of “Number of Employees” shows lower and upper bounds across categories. The line graph is titled “INPUT 2 (Number of Employees)”. The vertical axis ranges from 0 to 1600 in increments of 200 units. The horizontal axis displays t... More about this image found in Input 2 target lower bound and upper bound A line graph of “Number of Em...

Figure 6 Input 3 target lower bound and upper bound A line graph of “Pre-berthing waiting time” shows lower and upper bounds across categories. The line graph is titled “INPUT 3 (Pre-berthing waiting time)”. The vertical axis ranges from 0 to 60 in increments of 10 units. The horizontal axis d... More about this image found in Input 3 target lower bound and upper bound A line graph of “Pre-berthing...

Figure 1 Research methodology framework A flow diagram shows steps from literature review of O A S and G A I to recommendations for sustainable Green A I. The flow diagram contains six rectangles connected by arrows arranged in two rows. In the top row, the first rectangle reads “Listing adver... More about this image found in Research methodology framework A flow diagram shows steps from literatur...

Figure 2 Conceptual framework for examining the different linkages A diagram links A I challenges, green initiatives, and S D G impacts to sustainable A I growth outcomes. The diagram contains four text boxes arranged in a cycle connected by curved arrows. A text box positioned on the left lab... More about this image found in Conceptual framework for examining the different linkages A diagram link...

Figure 3 Green AI growth hierarchy A diagram links sustainable A I with A I challenges, criteria, and green alternatives to guide Green A I outcomes. The diagram contains a rectangle labeled “SUSTAINABLE A I”. A rightward arrow extends from the left side labeled “Macro Goal” and points toward ... More about this image found in Green AI growth hierarchy A diagram links sustainable A I with A I chall...

Figure 4 CLDs of six out of the ten AI challenges on the SDGs Six causal loop diagrams linking A I growth and S D G attainment across social, environmental, and technology factors. The illustration contains six circular causal loop diagrams arranged in two rows and three columns. Vertical divi... More about this image found in CLDs of six out of the ten AI challenges on the SDGs Six causal loop dia...

Figure 5 CLDs of four out of the ten AI challenges on the SDGs Four causal loop diagrams showing links between A I growth, environmental impacts, social issues, and S D G attainment. The illustration contains four circular causal loop diagrams arranged in two rows and two columns. A vertical d... More about this image found in CLDs of four out of the ten AI challenges on the SDGs Four causal loop d...