SYST699 – Spec Innovations
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Transcript SYST699 – Spec Innovations
SYST699 – Spec Innovations
Innoslate™ System Engineering
Management Software Tool Test & Analysis
Aron Ceely
Justin Mathews
Kate Stevenson
Bruck Woldie
Where Innovation Is Tradition
Agenda
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Introduction
Project Approach
Test and Evaluation Plan
Analysis
Recommendations
Questions
Acknowledgments
Where Innovation Is Tradition
Background – SPEC Innovations
SPEC Innovations
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Systems and Proposals Engineering Company.
Established in 1993.
Provides a wide variety of technical and proposal services
to government and commercial customers.
Sponsor – Dr. Steven H. Dam, PhD in Nuclear Physics from
Univ of South Carolina; BS degree from GMU in Physics.
Innoslate™ is the company’s first foray into commerical
product development.
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Background – Innoslate™
Innoslate™ Systems Engineering Tool
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Developed as an aggregation of several systems
engineering tools and concepts that have been utilized for
the past 25 years.
Cloud-based web application developed specifically for
systems engineers to encompass activities related to the
full systems lifecycle.
Includes capabilities related to Requirements Management,
collaboration, system Modeling, Reporting, and Discrete
Event Simulation.
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Project Problem Definition
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Software product development is very new to SPEC
Innovations, necessitating a critical review and analysis
of the Innoslate™ tool to provide independent
feedback and recommendations.
SPEC Innovations’ primary need is an evaluation of the
tool’s usability and functionality to measure its ability
to assist system engineers in doing their job.
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Project Objectives
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Testing and critical evaluation of the capabilities
offered by Innoslate™.
Compile and detail test results and recommendations
as part of a report to the sponsor.
Deliver the final project report.
Present project and findings to the sponsor and GMU
faculty.
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Approach Overview
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Identified a sample project for developing specific
deliverables pertaining to systems engineering life
cycle stages.
Scoped Innoslate™ capabilities for testing and
evaluation.
Developed and executed a test plan outlining the test’s
scope, strategy, evaluation criteria, and test cases.
Conducted analysis of test results based on the
developed evaluation criteria.
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Meeting and Event Planning Assistant System
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An existing completed project selected from a MSSE
course.
Project’s purpose was to design an efficient
mechanism for requesting, planning, executing, and
monitoring group meetings (both face-to-face and ata-distance).
Decomposed into seven components that span all
phases of the System Engineering Lifecycle (SELC).
Focus was on the Concept Development and
Engineering Development phases.
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Innoslate™ Capabilities
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Isolated capabilities within Innoslate™ that can be (1) used
to develop the scoped deliverables from the project and (2)
evaluated within the timeframe given.
Core components of Innoslate ™ that were tested include:
• Database View
• Document Analyzer
• Collaboration
• Requirements
• Report Generation
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Test Scope
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Focused on functionality and usability of the tool.
Capabilities of Innoslate™ have been scoped to:
• Database View, including storing of assets, artifacts, etc.
• Requirements Gathering, including capturing of
requirements for the MEEPAS project.
• Document Analyzer, including automated versus
manual parsing of inputted documents.
• Report Generation, which includes inputting objects
into the database and generating a report.
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Functionality Testing (1)
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Examined how the tool functions by inputting data,
observing the tool’s behavior in generating outputs.
Outcomes of the test were used to compare the
expected outputs with the actual outputs.
Functional evaluation criteria were established to
evaluate each of the capability’s functionality.
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Functionality Testing (2)
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Example criteria include:
• If Assets/entities can be created, deleted, and
stored within the tool.
• If Reports can be generated.
• If Projects, completed and in progress, can be
shared between team members.
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Usability Testing
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Focused on measuring the tool’s capability to meet its
intended purpose as well as its ease of use.
Example usability evaluation criteria include:
• How many SELC artifacts can be fully completed using
the tool?
• Is the tool intuitive? How familiar does user have to be
with the tool’s User Guide?
• After extended use, how much does the user become
familiarized with using different parts and functions of
the tool ?
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Test Cases
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Test
Test Cases were developed for testing whether the system
was working correctly based on the User Guide.
Results were collected as a Pass or Fail.
Written for each scoped Innoslate™ capability.
Description
Expected Result
Actual Results
Case
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DB-001
Creating Class Entities
User must be able to create any of the
following Class Entities: Action,
Artifact, Asset, Characteristic, Cost,
Decision, Input/Output, Link, Measure,
Physical, Requirement, Resource, Risk,
Software Interface, Statement, Time
DB-002
Saving work in the Database
User must be able to Save all of the
performed actions into the Database
DB-003
Viewing of all entities contained in
The Database View should allow user
the Database
to view all entities contained in the
Database
DB-004
Searching the Database
User should be able to Search the
Database using both the Full-Name as
well as Portion of the Name of an
entity
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Pass/Fail
Analysis Scope
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Scope was specific to providing user experience related
results and recommendations pertaining to Innoslate™.
Intended to assist SPEC Innovations with feedback for
marketing the tool while continuing to mature its weak
points.
Focus of testing was on Functionality, Usability,
Performance, and Documentation of Innoslate™.
Test Case results were analyzed from Google Chrome
and Mozilla Firefox users.
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Analysis Results – Database View
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Database Activities - Performed most database related activities with
no issues: Creating, Saving, Viewing, and Searching class entities;
Filtering and Sorting the database’s view; Exporting entities from the
tool.
Importing Documents - Importing documents associated with
particular entities works as expected, except for a few userfriendliness glitches mentioned under the Recommendations section.
Deleting Entities/Documents - Deleting already created entities of
small to medium number of entities works as expected, except for
occasional hang-ups experienced when deleting large number of
entities at the same time.
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Analysis Results – Requirements
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Requirement Database Activities - Creating, viewing, editing, and
deleting of requirements performed correctly in accordance with the user
guide.
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Validating – Scoring found to be a bit inconsistent (two requirements
worded very similar, but received very different scores), validation process
occasionally caused system to hang.
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Requirements Deletion – Except for deleting large number of
requirements at once taking a long time, is able to delete created
requirements successfully.
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Requirements Report Generation - Generating the requirements
document initializes the document sections; however it is not intuitive how
to actually get the specific entered requirements into the document itself.
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Analysis Results – Document Analyzer
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Importing Document – Uploaded both Word and PDF files;
imports small to medium-sized files using the Analyzer with no
issues; issues with importing large files (progress bar freezes
occasionally).
Analyzer – PDFs not parsed completely, forcing user to
manually enter remaining portions of the document; Word
documents parsed successfully; results of parsing couldn’t be
seen in database view due to a quota error and the tool
freezes.
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Analysis Results – Report Generation
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Class-Based Reports (e.g. requirements) – Tool generated class
summary report successfully to display a list of artifact entities.
CONOPs Report – Wizard establishes template for creating
report, but selecting tasks from wizard’s list led to error
messages. Also, was unable to identify how to incorporate
existing CONOPs entities into the auto generated template.
DoDAF Reports – Report output failed to generate expected
document. DoDAF views are not yet implemented in the current
version of Innoslate™.
JCIDS Reports – Tool generated class summary report
successfully to display a list of artifact entities
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Recommendations on Existing Features (1)
Database Feature
• Caution/Alert user about data loss when navigating away
from an entity’s creation/editing screen.
• Graphic display to indicate that an entity contains one or
more files.
• Capability to delete already uploaded files.
• Ability to sort using all attributes from Database view.
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Recommendations on Existing Features (2)
Requirements Gathering
• Automatic-numbering of requirements or perhaps a
visual display noting the current numbering scheme.
• Progress bar when running the requirements validation
function.
• Capability to add multiple requirements at once without
having to exit to the database view after creating each
requirement.
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Recommendations on Existing Features (3)
Document Analyzer
• When uploading files, recommended to provide explicit messages
prompting the user about the status and outcome of the file
upload.
• When file fails to upload, recommended to provide more specific
error messages why the upload has failed.
Report Generation
• Since DoDAF views and reports are essential tools for Systems
Engineers, it is recommended to add that capability.
• It would be useful if the 'Report Completed' dialog had a 'View
Report' button which would open the report that gets generated.
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Future Recommendations (1)
Implement Project Scheduling capability
• Functions for building project schedules and tasks,
assigning the tasks to users collaborating on the same
project, and generating project outputs to assist in
project tracking.
• Gantt chart, Critical Path Analysis, PERT chart
Develop or integrate Project Cost Estimation tool
• Generate estimates based on requirements, use-cases,
etc.
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Future Recommendations (2)
Publish Document Object Model (DOM)
• Expose the DOM model to API (Application Programming
Interface) using a script language such as JavaScript.
• Enables creating and manipulating Systems Engineering
projects and entities programmatically.
• Boosts productivity of Systems Engineers.
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Questions
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Acknowledgments
• Thank you to our sponsors at SPEC
Innovations:
• Steven H. Dam, PHD
• Chris Ritter
• Thank you to our advisor, Dr. Hoffman
• Thank you to GMU’s SYST and OR
department
Where Innovation Is Tradition