Intelligent Network Configuration Optimization Toolkit (INCOT) Robert Richards, Ph.D. Coskun Tasoluk Stottler Henke Associates, Inc. San Mateo, CA 94404.

Slides:



Advertisements
Similar presentations
A General Framework for Developing Military Training Apps on Android Devices Presented at I/ITSEC 2012 Jeremy Ludwig Stottler Henke Associates.
Advertisements

Information Flow: Tactical Network Design and Bandwidth Management University XXI Texas A&M University University of Texas United States Army.
June 2010 At A Glance The Room Alert Adapter software in conjunction with AVTECH Room Alert™ devices assists in monitoring computer room environments as.
World Class Financial Reporting with FRx Report Writer Elisa R. Vick
All content in this presentation is protected – © 2008 American Power Conversion Corporation Rael Haiboullin System Engineer Change Manager.
Computer-Aided Design Chapter 7. Computer-Aided Design (CAD) Use of computer systems to assist in the creation, modification, analysis, and optimization.
70-290: MCSE Guide to Managing a Microsoft Windows Server 2003 Environment Chapter 1: Introduction to Windows Server 2003.
Interpret Application Specifications
Chapter 9: Moving to Design
MCTS Guide to Microsoft Windows Server 2008 Network Infrastructure Configuration Chapter 8 Introduction to Printers in a Windows Server 2008 Network.
© 2006 IBM Corporation SOA on your terms and our expertise Discovering the Value of SOA SOA In Action SOA & End-2-End Business Driven Development using.
Deriving Performance Metrics From Project Plans to Provide KPIs for Management Information Primavera SIG October 2013.
November 2011 At A Glance GREAT is a flexible & highly portable set of mission operations analysis tools that increases the operational value of ground.
TETRA in use by the Military
Sitefinity Performance and Architecture
System Design/Implementation and Support for Build 2 PDS Management Council Face-to-Face Mountain View, CA Nov 30 - Dec 1, 2011 Sean Hardman.
Annual SERC Research Review - Student Presentation, October 5-6, Extending Model Based System Engineering to Utilize 3D Virtual Environments Peter.
“This presentation is for informational purposes only and may not be incorporated into a contract or agreement.”
The Pursuit for Efficient S/C Design The Stanford Small Sat Challenge: –Learn system engineering processes –Design, build, test, and fly a CubeSat project.
OPNET Modeler - An Introduction For COSC (taught by Dr. Osborne) - Zankar Parekh.
Chapter 6 System Engineering - Computer-based system - System engineering process - “Business process” engineering - Product engineering (Source: Pressman,
The Utilization of GIS Technology at Northeastern REMC Presented By: Steven Weber, GISP Northeastern REMC (260)
Implementation & Integration Phase Implementation, then integration: Implementation, then integration:  Each module is implemented by member of programmer.
1 10 THE INTERNET AND THE NEW INFORMATION TECHNOLOGY INFRASTRUCTURE.
1 IEEE TRANSACTION ON KNOWLEDGE AND DATA ENGINEERING, VOL. 15 NO.5, SEPTEMBER/OCTOBER 2003 Manuscript received 10 July 2000; received 2 Jan. 2001; accept.
DEVSView: A DEVS Visualization Tool Wilson Venhola.
Emergency Management & HLS Solution Assessment and Pre-Planning Software.
Part3 Database Analysis and Design Techniques Chapter 04- Overview of Database Planning, Design and Administration Database Systems Lu Wei College of Software.
©2008 Pearson Education, Inc., Upper Saddle River, NJ. All rights reserved. This material is protected under all copyright laws as they currently exist.
Cullen College of Engineering RFID-Based Solutions for Piping Technology Piping Tech & UH July, 2007.
Enterprise User Enabling Warfighter Capability
November 2003 Presented to “Commercializing RDF” Semantic Software Solutions for Enterprise Web Management International World Wide Web Conference 2004.
At A Glance VOLT is a freeware, platform independent tool set that coordinates cross-mission observation planning and scheduling among one or more space.
This is an overview of sophisticated configuration tools for online selling processes of network solutions. The tools address a very wide range of design.
Magnetic Field Measurement System as Part of a Software Family Jerzy M. Nogiec Joe DiMarco Fermilab.
Web Engineering Web engineering is the process used to create high quality WebApps. Web engineering is not a perfect clone of software engineering. But.
Personalizing the web for multilingual web sources Anil Goud V Lalith Krishna L Dinesh Kumar D.R.
Custom Reporting in Blackboard Learn. What happens between clicking run and getting the report? Connect to a data source Where is the information?
© 2003 Xilinx, Inc. All Rights Reserved For Academic Use Only Xilinx Design Flow FPGA Design Flow Workshop.
The Chameleon Development Environment The Chameleon™ Development Environment Application delivery using Microsoft Excel®
AUTOMATION OF WEB-FORM CREATION - KINNERA ANGADI – MS FINAL DEFENSE GUIDANCE BY – DR. DANIEL ANDRESEN.
Module 7 Session 7.3 Visual 1 Module 7 Planning and Scheduling with the Critical Path Method Session 7.3 The computer and project management.
CAM-I Scalable Flexible Manufacturing Initiative NGMS Task 6.1.
A Combat Support Agency Defense Information Systems Agency UNCLASSIFIED UNCLASSIFIED Spectrum Access: The Tools to Connect GEMSIS 15 Aug 2011.
TASC End-to-End Network Modeling Using Terrestrial, Wireless and Satellite Components Ray Williams - TASC 7 June 2004 NASA Space.
DoD Region 4 Pollution Prevention Project Task 8: Database Development and EMS Integration Phil Barnes University of South Carolina.
Tool Integration with Data and Computation Grid GWE - “Grid Wizard Enterprise”
9 Systems Analysis and Design in a Changing World, Fourth Edition.
Application of Operating System Concepts to Coordination in Pervasive Sensing and Computing Systems Benjamin J. Ewy, Larry M. Sanders Ambient Computing,
Defense Property Accountability System (DPAS) Update OUSD(AT&L) Acquisition Resources & Analysis (ARA) Property and Equipment Policy OUSD(AT&L)/ARA Property.
C OMPUTING E SSENTIALS Timothy J. O’Leary Linda I. O’Leary Presentations by: Fred Bounds.
LegendCorp What is System Center Virtual Machine Manager (SCVMM)? SCVMM at a glance Features and Benefits Components / Topology /
Week 04 Object Oriented Analysis and Designing. What is a model? A model is quicker and easier to build A model can be used in simulations, to learn more.
Enterprise Engineering Directorate (EE)
Data Manipulation with Globus Toolkit Ivan Ivanovski TU München,
Tool Integration with Data and Computation Grid “Grid Wizard 2”
New Product Development Page 1 Teddy Concurrent Engineering by Teddy Sjafrizal.
March 2004 At A Glance The AutoFDS provides a web- based interface to acquire, generate, and distribute products, using the GMSEC Reference Architecture.
OSSIM Technology Overview Mark Lucas. “Awesome” Open Source Software Image Map (OSSIM)
U N I V E R S I T Y O F S O U T H F L O R I D A “ Automated Signal Processing for Data Obtained for Core Body Temperature Measurements ” Undergraduate.
EastCoast CAD/CAM IFC COBie Plus (via Fabrication for AutoCAD MEP) David E. Quigley, Chief Operating Officer Keith Brown, MEP Consulting Engineer 2013.
1 Transitioning TAC I/A Series ™ to SmartStruxure ™ solution 11 June 2016.
Online Performance Analysis and Visualization of Large-Scale Parallel Applications Kai Li, Allen D. Malony, Sameer Shende, Robert Bell Performance Research.
A Schedule Optimization Tool for Destructive and Non-Destructive Vehicle Tests Jeremy Ludwig, Annaka Kalton, and Robert Richards Stottler Henke Associates,
Kai Li, Allen D. Malony, Sameer Shende, Robert Bell
FHIRForms – Viewing and Editing FHIR Data
Computer-Aided Design
Smart Ethernet I/O P2P and GCL Introduction
MetaOS Concept MetaOS developed by Ambient Computing to coordinate the function of smart, networked devices Smart networked devices include processing.
TOPIC: Computer-Aided Design
Presentation transcript:

Intelligent Network Configuration Optimization Toolkit (INCOT) Robert Richards, Ph.D. Coskun Tasoluk Stottler Henke Associates, Inc. San Mateo, CA

Goals /Overview Provide an automatic layout tool – output to OPNET products (e.g., Modeler) NETWARS Import TNAPS+ networks into OPNET products (e.g., Modeler) NETWARS Other capabilities as needed Geosynchronous satellite calculator Merge of TNAPS equipment catalogs Customer: U.S. Air Force (directly) DoD (indirectly) Product: INCOT, Intelligent Network Configuration Optimization Toolkit

Goal: Automating Network Layout Develop automation tools that help network engineers rapidly configure field deployed networks Crisis Action Planner A crisis action planner has an extremely short timeframe in which to put together a communications system. The planner is typically limited to only components that are at hand or can be rapidly acquired. Output to OPNET Products & NETWARS/JNMS

Overview of Major Components and Data Flows of INCOT Automated Layout

Implementation OPNET dependent deployment OPNET Development Kit (ODK) OPNET Modeler, with the following add-on modules –Wireless –Terrain Modeling OPNET Independent Deployment Network Layout Wizard (Standalone) –Output to OPNET/NETWARS XML file TNAPS+ to OPET/NETWARS translator –Output to OPNET/NETWARS XML file

Wizard: Automated Network Layout Requirements driven hierarchal top-down network layout Steps to deploy a communication network Mission Requirements –E.g., Set the area of operation Subnet Level (Organization) & Individual Subnet Requirements –E.g., Data and Voice Network Requirements INCOT automatically generates internal components and interconnection infrastructure

INCOT synergies with NETWARS NETWARS (Network Warfare Simulation) product of Defense Information Systems Agency (DISA) Build on OPNET products Customized for military applications “The main objective of the NETWARS program is to provide an integrated ability to analyze communication networks.” Wizard built to look and feel like the NETWARS Task Assistant

NETWARS Task Assistant & INCOT Wizard NETWARS INCOT

Mission Requirements Select Equipment Define Area of Operations Lays down skeleton Organizations Defines infrastructure between organizations.

Organization / Subnet Configuration Configure individual subnets based on the requirements. Input Requirements Auto Build infrastructure Video – Mission & Organization Requirements Video – Mission & Organization Requirements

Wizard: Standalone Use Wizard without OPNET running Interface not constructed with ODK Output to XML Video: Wizard (standalone) Video: Import into OPNET

Integration with TNAPS+ Tactical Network Analysis and Planning System Plus (TNAPS+) PC-based tool utilized by the Air Force and other military branches for tactical communications Requirement for many Air Force & Marine deployments

TNAPS+ Translation Benefits Additional functionality provided by OPNET/NETWARS E.g., Analysis No need to rebuild network, therefore quicker learning curve to use OPNET/NETWARS

Translation via ODK Translation of TNAPS+ Requires OPNET LicenseVideoVideo

Translation without OPNET tools  XML TNAPS+ file to import: VideoVideo Translating to XML & Reading XMLVideoVideo

Convert TNAPS+ links to correct NETWARS links (current development) Analysis Required to Properly Connect Equipment in NETWARSVideoVideo

Visual Authoring Tool

Example

Reasoning Presently Present requirements too simple to benefit from Visual Authoring Tool Convert TNAPS+ links to correct NETWARS links Automatically build network backbone

INCOT WEB Site

Conclusions / Future Direction INCOT can help with the transition to NETWARS/JNMS TNAPS+ to NETWARS translator to be incorporated into NETWARS Automated network layout may be incorporated into future NETWARS Development driven by needs of Air Force and other DoD users See: for updates