KDOT PMS Replacement Project

R-PMS System Use Cases : Model . R-PMS System - EPMS/KANPAV : System

Use Case - KANPAV-02 Calculate Federal Distress State Vector link

Properties
Name Value
Description

Calculates the Distress State Vector for Federal Highways within the State of Kansas

Transit From
Name
 PMS Modeling Processes : Choreography Sub-Process
 M01 Pavement Modeling : Use Case
 M01 Pavement Modeling : Use Case
 M01 Pavement Modeling : Use Case
 T07-05 Calculate Distress States & Performance Levels : Use Case
 T06-02 Calculate Road Categories : Task
Transit To
Name
 T07-07 Calculate Condition States : Use Case
 T06-02 Calculate Road Categories : Use Case
Id UC29
Abstract false
Leaf false
Root false
Stereotypes UseCase, Modeling
Justification The Distress State of segments of the Highway are necessary for 1R and 3R processes
Business Model false
Primary Actors Actor - KDOT PMS Operator, Actor - KDOT PMS Modeler
Status Identify
Rank Unspecified

Relationships Summary
Name Begin End
  : Association
 Actor - KDOT PMS Modeler : Actor
 KANPAV-02 Calculate Federal Distress State Vector : Use Case
  : Extend
 KANPAV-02 Calculate Federal Distress State Vector : Use Case
 KANPAV-05 Non Federal Criteria Augmentation : Use Case
  : Include
 KANPAV-00 1R PMS Prediction System : Use Case
 KANPAV-02 Calculate Federal Distress State Vector : Use Case

Extension Points
Name Value
Name Non Federal Criteria Augmentation
Sequence Number -1

Use Case Note
■ Workflow - follow federal criteria and augment with additional criteria as a use case enhancement
    • for each segment
        ♦ grab data and convert the data in to a discrete value of distress on:
            ♦ Roughness, rutting, Faulting, Percent Cracking
                ♦ Enhance with TC, Joint Distress
                    ♦ magic here - basically turning those into a magic number and gets a level 1, 2, ,3
                    ♦ Each variable turn into a good fair or poor
                    ♦ Combine all GFP into a distress state vector using an index (normalization)
                        ♦ such as roughness is below 90 etc see recording
■ Decisions
    • // Write down the decisions made during the meeting (e.g. Must allow accessing from mobile devices)
    • Output is the distress state vector
    •

for each segment
Steps
1. Actor - KDOT PMS ModelerActor identifies the segments to process
2. SYSTEM grab data and convert the data in to a discrete value of distress on:
    2.1. Roughness, rutting, Faulting, Percent Cracking
        2.1.1. Enhance with TC, Joint Distress
            2.1.1.1. magic here - basically turning those into a magic number and gets a level 1, 2, ,3
            2.1.1.2. Each variable turn into a good fair or poor
            2.1.1.3. Combine all GFP into a distress state vector using an index (normalization)
                2.1.1.3.1. such as roughness is below 90 etc see recording

Details
Name Value
Level Subfunction
Complexity Medium
Use Case Status Initial
Implementation Status Scheduled
Preconditions
Post-conditions
Author Rick Miller and Jerry W. Manweiler, Ph.D.
Assumptions

Tagged Values
Name Type Value
Level Ad Hoc Enumeration
Complexity Ad Hoc Enumeration
Use Case Status Ad Hoc Enumeration
Implementation Status Ad Hoc Enumeration
Preconditions Multi-line Text
Post-conditions Multi-line Text
Author Text
Assumptions Multi-line Text

References
File Name Description
 Actor - KDOT PMS Modeler : Actor

Relationships Detail
Name Value
Name
From
Name Value
Role
Element
 Actor - KDOT PMS Modeler : Actor
Multiplicity Unspecified
Aggregation Kind None
Navigable true
To
Name Value
Role
Element
 KANPAV-02 Calculate Federal Distress State Vector : Use Case
Multiplicity Unspecified
Aggregation Kind None
Navigable true
Transit From
Name
 T07-05 Calculate Distress States & Performance Levels : Use Case
 T06-02 Calculate Road Categories : Task
Abstract false
Final Specialization false
Leaf false
Visibility Unspecified
Derived false

Name Value
Name
From
 KANPAV-02 Calculate Federal Distress State Vector : Use Case
To
 KANPAV-05 Non Federal Criteria Augmentation : Use Case
Transit From
Name
 T07-05 Calculate Distress States & Performance Levels : Use Case
 T06-02 Calculate Road Categories : Task
Visibility Unspecified
Stereotypes Extend

Name Value
Name
From
 KANPAV-00 1R PMS Prediction System : Use Case
To
 KANPAV-02 Calculate Federal Distress State Vector : Use Case
Transit From
Name
 T07-05 Calculate Distress States & Performance Levels : Use Case
 T06-02 Calculate Road Categories : Task
Visibility Unspecified
Stereotypes Include

Appears In
Diagram
 R-PMS Use Cases - EPMS - KANPAV Modeling : Use Case Diagram
KDOT PMS Replacement Project