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Presenter – Andrew Tesnow

Veteran - USMC

B.S. Systems Engineering

Systems Engineer

Gen. Donald R. Keith Memorial Capstone Award Winner

Agenda1. Engineering with Innoslate and the V Lifecycle model2. Capturing and Deriving Requirements3. Generating Requirements from a Model4. Model Traceability 5. Requirements Handling6. Automatic requirements generation from a visual executable

model7. Live Demo

Systems Engineering V Lifecycle Model

TIME

● Requirements Hierarchy - display parent and child requirements associated with the requirements

● Quality Check - the completeness of a requirement against standards

● Labels - categorize requirements and enable search function

Capturing and Deriving Requirements

Clear Complete Consistent Correct Design Feasible Modular Traceable Verifiable

Action Diagram• Functional modeling

• sequencing and data flow, with allocation and resource modeling explicit

• Drag/drop capability• Executable in both Discrete Event and Monte Carlo

simulation

7

Monte Carlo Simulation› Explore the variation

of individual steps to execute the model over thousands iteration using the Monte Carlo Simulator

› Monte Carlo method provides suggestion to complex models

Generating Requirements from a model

Implements the way to go from MBSE to a specification.

Model Traceability Trace with Relationships

Requirements are Entities

Processes are Action Entities

Physical Components are Asset Entities

Traceability is created by relationship between entities

Action

Requirement

Artifact

Statement

Input/Output

Asset

Innoslate Spider Diagram

Simulation for Project Management

Innoslate Discrete Event Simulation – A one time run through the model to show execution.

Live Demo

Questions and Answers

Backup Slides

Classic ICOM Definition Diagrams Data Flow

Modeling Easy Drag and

Drop Sidebar enabled No need to

recreate diagrams

Asset Diagram

16

Create a classic block diagram CV-1 add pictures and special lines for concept diagram OV-1

Sequence Diagram

Interaction between each object in time sequence

Another view from the database, not a separate “drawing”.

Can generate from Action Diagram or be used to generate an Action Diagram

TIM

E

IBD and Physical I/O Diagram SysML IBD provides ports and interfaces LML Physical I/O diagram shows data flows with physical

entities that has a checking function that guides system definition

IBDPHYSICAL I/O