Expert Simulation Program
Software for strategic design and decision priority from experts
ISM - INTERPRETATIVE STRUCTURAL MODELLING
MSA - MULTIASPECT SUSTAINABILITY ANALYSIS
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| Features | Academic | Regular | Premium |
|---|---|---|---|
| Element | |||
| Expert | |||
| Password File | |||
| Online Input & Quistionaire | |||
| Support & Upgrade Agreement | |||
| Mapping/GIS |
INTERPRETATIVE STRUCTURAL MODELLING (ISM)
Expert and Element
1. Expert or someone who is an expert in their field, who is the subject who carries out an
assessment of the case being analyzed.
2. Elements are part of the components that make up the ISM modeling technique, which are
obtained based on the results of research and brainstorming with experts in the field.
Structural Self Interaction Matrix
(SSIM)
between elements that represent the respondent's perceptions of the objective elements.
The SSIM filling process is expressed in four codes: V, A, X, and O. The VAXO symbol is used to
describe the contextual relationship between two variables.
- The symbol V represents a relationship from i to j but not in both directions.
- The symbol A represents a relationship from j to i but not in both directions.
- The symbol X represents a relationship from i to j and j to i.
- The symbol O represents no valid relationship between the variables.
Matrix Available
depicting driven and dependent power. Available matrices include the Reachability Matrix (RM).
Reachability Matrix is a matrix that displays changes from SSIM form to binary numbers
to describe how strong the driver power and dependent power are.
Matrix Available
depicting driven and dependent power. Available matrices include the Revision Matrix.
Revision Matrix is a matrix that describes changes in the form of RM after the
Transitivity Rule is applied.
Matrix Available
depicting driven and dependent power. Available matrices include the Final Matrix.
Final Matrix is the Reachability Matrix after Transitivity Rule, Driver Power, Dependence,
Level and Ranking calculations
Graphics
so that the driving force (Driver Power) and dependency force (Dependence)
can be analyzed according to MICMAC Analysis.
Structure
so that the relationship between sub-elements can be explained.
MULTIASPECT SUSTAINABILITY ANALYSIS (MSA)
ASPECT & FACTOR
A factor is a cause or element that influences a particular condition, phenomenon, or outcome.
A factor is a contributing element, while an aspect is a way or perspective of viewing something.
Indicators
Questionnaire
question from the project being researched online.
Respondents
can fill out the questionnaire in the project online.
Data Analysis
Leverage Factor
either in their respective aspects or aggregate status. The value of the driving factor is taken
from the highest value resulting from the sum of the maximum sensitivity values added to
the real sensitivity value.
Status Value Ordination
urgent, bad, and unlogic.
Random Iteration
the random values that arise from the opinion value or mode value in factor assessment.
It is important to do an assessment not only as a simulation value of factor status
based on random values but also to see how far the deviations from the mode opinion value are.
Uncertainty Error
If thevalue is more than 10% it is possible to have high uncertainty, so the error value of
this uncertainty should have a value of 10%.
Scenario
the scenario value,the leveraging factors also become the basis for the scenario analysis
that is raised. If the researcher wants to do a tiered scenario analysis (moderate scenario,
optimistic scenario, and progressive scenario) the researcher can determine by choosing
the number of scenarios and driving factors to be analyzed.
Aggregate Status Value
can be obtained from the average directly on the status value of each factor. On the other hand,
it can also be obtained from the factor status value which has been multiplied by
the weighted value or pairwise comparison assessment between factors
Aspect status value
the x-axis, which is obtained from the mode value in the indicator assessment divided by
the highest indicator value (good) on each factor, which then calculates the average of
all these factors.
Map Integration
but of course, it must be based on the boundaries of an area which can be a state,province,
district or city, even a village, or a boundary that has been determined in advance
with spatial-based boundaries. This spatial-based MSA analysis describes the status value
in the area or region concerned based on the respondents’ judgment, with the distribution of
the status values of each aspect on the resulting map.