A Smart and Secure Laboratory S2Lab Testbed at UNH

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A Smart and Secure Laboratory (S2Lab) Testbed at
UNH

• Dr. Andrzej Rucinski
• andrzej.rucinski_at_unh.edu
• Raymond Garbos
• rgarbos_at_unh.edu,

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Authors

• Dr. Andrzej Rucinski is a Professor in ECE / CEPS
• Raymond Garbos is an Adjunct Assistant Professor
  in CEPS and Engineering Fellow at BAE SYSTEMS,
  Nashua, NH

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OUTLINE

• Motivation
• Goals
• UNH Current Assets
• Collaborative Engineering - ECE 777/877
• Possible Projects
• S2Lab as a Secure Lab
• Partnerships
• Summary

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MOTIVATION
With the rapid improvements in processing
capabilities and micro / nano technologies, there
are more opportunities to cost effectively
monitor the world around us to improve our Safety
and Security
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MOTIVATION
As an Academic Institution, UNH CEPS must provide
its current and future students (our Customers
and the future Engineers and Scientists) the
educational opportunities to understand and apply
these technologies in real world situations.
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MOTIVATION
S2LAB An Academia Based Research and Verification
Testbed for Technologies to Support Monitoring
and Protection for a Wide Area of Applications
including Public Safety and (Homeland) Security
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OUR GOAL

• To establish a state-of-the-art Learning
  Laboratory for the study of Sensors (Monitoring),
  Security (Protection) and Situational Awareness
  (Intelligence) Technologies in Kingsbury Hall at
  the University of New Hampshire Durham Campus

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OUR NEAR TERM GOAL

• To establish the Smart and Secure Laboratory
  (S2Lab) infrastructure and specific curriculum
  building on
• ECE877 Collaborative Engineering
• ECE993 Security Engineering
• ECE961 Testing and Testable Design
• by the end of December 2005

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UNH CURRENT ASSETS
Research Assets Design
Design Automation Lab
VHDL description library ieee use
ieee.std_logic_1164.all use ieee.std_logic_unsign
ed.all entity control_counter is port (clk
in std_logic -- signal from oscillator
enable in std_logic -- enable from instruction
decoder reset in std_logic -- reset
from TAP,active '0' status out
std_logic -- goes to '1' if only the counter
reached max ctrl out std_logic
) end control_counter architecture
control_counter of control_counter is
.
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UNH CURRENT ASSETS
Research Assets Test

• At the ECE department of UNH we have developed

- an IEEE 1149.1/IEEE 1149.4 cell library for
MOSIS AMI 0.5
- the design methodology for IEEE 1149.4
compatible designs
- the R, and C measurement methodologies using
IEEE 1149.4
- the corrosion monitoring module for IEEE 1149.4
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UNH CURRENT ASSETS
Research Assets Test

• The research has been done in the areas of
• Design For Test (DFT)
• - Built In Self Test (BIST)
• - IEEE P1500 Embedded Core Test

We work with the ATE tools MCT 2000 Eclipse
System JTAG Technologies
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UNH CURRENT ASSETS
TQM Research Assets Reliability
PRISM as a reliability estimation tool
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UNH CURRENT ASSETS
UNH Security Engineering Assets
Finger Print Identification
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UNH CURRENT ASSETS
UNH Security Engineering Assets

• DES PROJECT
• (Encryption)

KEY          00451338957377INPUT      
e5c7cdde872bf27cOUTPUT   5c5b2158f9d8ed9b
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Collaborative Engineering - ECE 777/877
Collaborative Engineering is a discipline which
studies processes where engineers from diverse
disciplines cooperate to specify, design,
manufacture, test, market and maintain a product.
Students will work in small groups and conduct a
project relevant to his/her specialty and/or
interest contributing to the overall course
project The course project is a study in sensors
and security resulting in a partial subsystems
design of a smart and secure research laboratory
(S2Lab).
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Possible Projects

• The S2Lab projects can be local or remote and
  involve
• monitoring structural fatigue (buildings,
  bridges, roads)
• monitoring the environment inside and outside
  buildings,
• determining energy efficiency,
• detecting pollutants and harmful chemicals,
• authenticating and tracking individuals or
  vehicles,
• anti-tampering techniques,
• computer/network security,
• etc.

Projects of this new type require a
multidisciplinary team effort, from different
Engineering and Physical Sciences majors.
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S2LAB as a SECURE LAB

• The S2Lab itself will become a testbed for the
  physical protection of a specific area. Students
  will be able to work on technologies for personal
  identification and verification (facial, voice,
  eye, fingerprints, etc.), combination coding,
  individual tracking, etc.

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BAE SYSTEMS
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PARTNERSHIPS
Academia Professors Courses Facilities
Student
Society
Industry Expertise Processes Resources Jobs
Government Real Applications Resources
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ECE777. Collaborative Engineering

• TOPICS
• Homeland Security- Detection- Prevention- Rapid
  Response
• Environmental Monitoring,-Air/Water
  Quality-Energy Efficiency
• Security-Physical-Web/DB-Information Systems
• Smart Highways-Road Conditions- Classification of
  Vehicles
• Structures-Smart Walls--Bridge Monitoring-Building
  Monitoring
• Anti Tampering-Cargo Containers-Airport
  Baggage-Food Chain Area Denial.-People-Vehicles

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ECE777. Collaborative Engineering

• NewKingsburyATTENTION ALL CEPS MAJORSECE 777/877.
  Collaborative Engineering
• Senior/Graduate Level Course
• This project based multidisciplinary course will
  be offered in Fall 2003 by the Department of
  Electrical and Computer Engineering.
  http//www.ece.unh.edu
• Course Description
• Collaborative Engineering is a discipline which
  studies processes where engineers from diverse
  disciplines cooperate to specify, design,
  manufacture, test, market and maintain a product.
  The course is a graduate, multidisciplinary
  reading course with a paper/design project and a
  contingent of invited speakers from academia,
  government, and industry. Students will work in
  small groups and conduct a project relevant to
  his/her specialty and/or interest contributing to
  the overall course project The course project is
  a study in sensors and security resulting in a
  partial subsystems design of a smart and secure
  research laboratory (S2Lab). S2Lab is a
  state-of-the-art laboratory to be implemented in
  the New Kingsbury Hall http//www.ceps.unh.edu
  and serve as a prototype for other buildings. For
  example, the Fire Marshalls Office, Concord, NH.
  The S2Lab projects can involve monitoring
  structure fatigue, monitoring the environment
  inside and outside the S2Lab and determining
  energy efficiency, detecting pollutants and
  harmful chemicals, and authenticating and
  tracking individuals inside and outside the lab.
  Projects of this new type require a
  multidisciplinary effort, from different
  Engineering and Physical Sciences majors. For
  example, a group may design a microsystem using
  the SoC technology, search sensor devices to be
  used in the lab for security purposes, or develop
  a priori diagnostic techniques. 4 credits.
• Course Philosophy
• Course topics emulate a real life environment
  and involve multi-discipline field experience.
• Modules are divided into non-technical and
  technical categories.
• The entire course will be structured in
  accordance with the ISO9000 quality framework.
• Students will undergo Counter terrorist
  training at the Fire Academy, Concord NH.
  http//www.state.nh.us/safety/fst/index.html
• As part of the management modules the student
  will participate in training aimed at team and
  leadership skills development at the Browne
  Center, UNH. http//www.brownecenter.com
• Instructors/Contacts
• Dr. Andrzej Rucinski, Course CoordinatorProfessor,
  Dept. of ECE Kingsbury 104 andrzej.rucinski_at_unh.e
  duRay Garbos, Project Coordinator, Engineering
  Fellow, BAE Systems. Adjunct Assistant Professor
  rgarbos_at_unh.edu Derek Coppinger, ISO9000
  CoordinatorVice President, NTS
  dcoppinger_at_ntscorp.com
• Schedule Classes will be held once a week
• First Organizational Meeting
• September 3rd 2003, Wednesday, KING 319, 1010 am.

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SUMMARY

• A Smart and Secure Laboratory (S2Lab) Testbed at
  UNH will provide -
• students with
• A multidisciplinary education
• A chance to solve real world problems e.g.
  Homeland Security
• A chance to work with Industry and Government
• the University with
• A state-of-the-art testbed and learning facility
• A showcase for a new Smart Building paradigm