CI-TEAMS Project Summary - Revision history

Jmo34 at 17:43, 15 April 2008

2008-04-15T17:43:57Z

Jmo34 at 17:43, 15 April 2008

2008-04-15T17:43:06Z

Jmo34 at 17:42, 15 April 2008

2008-04-15T17:42:50Z

Jmo34 at 17:42, 15 April 2008

2008-04-15T17:42:09Z

Jmo34 at 17:40, 15 April 2008

2008-04-15T17:40:50Z

New page

Complex engineering systems are now routinely designed and analyzed in-silico, with minimal reliance on ex-
pensive physical prototyping. Such systems are essentially massive data sets embedded within a highly intricate
semantic structure. Enabling current and future generations of engineers to perform in-silico prototyping (in-
cluding design, visualization, and physics-based simulation) systems remains a formidable task. The problems
are multi-disciplinary and the tools require substantial integrative knowledge to master.

The objective of this CI-Team demonstration is to create a comprehensive, multi-disciplinary, engineering
model. To focus this effort, the team has chosen the important emerging engineering domain of snake-inspired
robotic systems. Snake-inspired robots have many potential applications, including those in medicine, civil
engineering (e.g., inspection), search and rescue, and homeland security. For our CI-Team demonstration, the
comprehensive engineering model will include semantic descriptions of robotic components, behavioral and
simulation software, software for snake robot control and navigation, as well as the tools needed to perform
analysis, component surrogation and mission assessment. This effort will be undertaken as part of a coordinated
set of multi-disciplinary courses developed by the PIs and concurrently taught across the partner institutions and
accessible via eLearning systems.

One key demonstration objective is to create a “Source Forge” focused on the domain of building shared
engineering models. This will include tools for design collaboration and information sharing, as well as the
distance learning and educational materials. The team will use this to define components and tools needed to
advance the state of the art in snake-inspired robotic systems. This repository will be made available over the
Internet and provided for use by educators and researchers around the country and the world. Further, we will
work with our partners in government and industry to rapidly transition new concepts on knowledge represen-
tation, standards, and software interoperability into ongoing efforts at the National Institute of Standands and
Technology (NIST), United States Department of Energy (DoE), ISO and the W3C.
Intellectual Merit: The proposed CI-Team is an inter-disciplinary group from four universities consisting of
computer scientists and engineers with complimentary expertise needed to create both the shared model and the
educational deliverables. In doing so, the CI-Team will demonstrate a focused example of Cyber-Infrastructure
for supporting in-silico engineered systems. The technical work spans and integrates disciplines: semantics,
engineering model representations, and computational tools. The efforts of this CI-Team will show how to more
deeply connect different sub-fields of engineering and computer science. In addition, the resuling model will en-
able the rapid creation and simulation of new snake-inspired robot designs. While the targeted domain is snake
robotics, the proposed modeling effort also applies to other complex engineered artifacts such as power-plants,
aircraft, MEMS, and other emerging technologies in which design and simulation is important.
Broader Impact: The proposal contributes to the transformation of engineering into an “informatics” discipline
and broadens the interface between computer science and engineering. The PIs will work closely with NIST,
DoE and industrial collaborators to disseminate the resulting representations and systems. Ultimately, however,
the CI-Team aims to stimulate creation of a new engineering knowledge industry, leading to productivity gains
similar to those that resulted from introduction of CAD systems over the last twenty years. The “science of
integration” that can be enabled by improving our collective ability to create shared models will be instrumental
in developing the next generation undergraduate and graduate curricula in engineering and computer science.
Education and Training Impact: Recent reports from NSF, NAE and DoD have all lamented the fact that the
“inter-disciplinary engineers” so desperately needed simply do not exist in adequate numbers to fulfill current
needs. There are not enough educational intitiatives and programs to produce these new engineers, nor have the
standard, stove-piped, curriculas of engineering and computer science departments adapted to this need.

This CI-Team, representing a set not found at any one university, is uniquely positioned to address this
national challenge. The team plans an ambitious use of tele-collaboration, eLearning and distance education
technologies to propel this project and generate initial Cyber-Infrastructure content. Our ultimate goal is to
enable students to begin a curriculum of “Engineering Informatics” and define the content of the new Cyber-
Engineering discipline that unites computer and information sciences with traditional engineering domains.

@@ Line 6: / Line 6: @@
 The objective of this CI-Team demonstration is to create a comprehensive, multi-disciplinary, engineering
-model. To focus this effort, the team has chosen the important emerging engineering domain of '''snake-inspired
+model. To focus this effort, the team has chosen the important emerging engineering domain of '''snake-inspired'''
-robotic systems'''. Snake-inspired robots have many potential applications, including those in medicine, civil
+'''robotic systems'''. Snake-inspired robots have many potential applications, including those in medicine, civil
 engineering (e.g., inspection), search and rescue, and homeland security. For our CI-Team demonstration, the
 comprehensive engineering model will include semantic descriptions of robotic components, behavioral and

@@ Line 23: / Line 23: @@
 tation, standards, and software interoperability into ongoing efforts at the National Institute of Standands and
 Technology (NIST), United States Department of Energy (DoE), ISO and the W3C.
 Intellectual Merit: The proposed CI-Team is an inter-disciplinary group from four universities consisting of
 computer scientists and engineers with complimentary expertise needed to create both the shared model and the
 educational deliverables. In doing so, the CI-Team will demonstrate a focused example of Cyber-Infrastructure
@@ Line 32: / Line 33: @@
 robotics, the proposed modeling effort also applies to other complex engineered artifacts such as power-plants,
 aircraft, MEMS, and other emerging technologies in which design and simulation is important.
 Broader Impact: The proposal contributes to the transformation of engineering into an “informatics” discipline
 and broadens the interface between computer science and engineering. The PIs will work closely with NIST,
 DoE and industrial collaborators to disseminate the resulting representations and systems. Ultimately, however,
@@ Line 39: / Line 41: @@
 integration” that can be enabled by improving our collective ability to create shared models will be instrumental
 in developing the next generation undergraduate and graduate curricula in engineering and computer science.
 Education and Training Impact: Recent reports from NSF, NAE and DoD have all lamented the fact that the
 “inter-disciplinary engineers” so desperately needed simply do not exist in adequate numbers to fulfill current
 needs. There are not enough educational intitiatives and programs to produce these new engineers, nor have the

@@ Line 1: / Line 1: @@
-     Complex engineering systems are now routinely designed and analyzed in-silico, with minimal reliance on ex-
+Complex engineering systems are now routinely designed and analyzed in-silico, with minimal reliance on ex-
 pensive physical prototyping. Such systems are essentially massive data sets embedded within a highly intricate
 semantic structure. Enabling current and future generations of engineers to perform in-silico prototyping (in-
@@ Line 5: / Line 5: @@
 are multi-disciplinary and the tools require substantial integrative knowledge to master.
-     The objective of this CI-Team demonstration is to create a comprehensive, multi-disciplinary, engineering
+The objective of this CI-Team demonstration is to create a comprehensive, multi-disciplinary, engineering
 model. To focus this effort, the team has chosen the important emerging engineering domain of snake-inspired
 robotic systems. Snake-inspired robots have many potential applications, including those in medicine, civil
@@ Line 15: / Line 15: @@
 accessible via eLearning systems.
-     One key demonstration objective is to create a “Source Forge” focused on the domain of building shared
+One key demonstration objective is to create a “Source Forge” focused on the domain of building shared
 engineering models. This will include tools for design collaboration and information sharing, as well as the
 distance learning and educational materials. The team will use this to define components and tools needed to
@@ Line 44: / Line 44: @@
 standard, stove-piped, curriculas of engineering and computer science departments adapted to this need.
-     This CI-Team, representing a set not found at any one university, is uniquely positioned to address this
+This CI-Team, representing a set not found at any one university, is uniquely positioned to address this
 national challenge. The team plans an ambitious use of tele-collaboration, eLearning and distance education
 technologies to propel this project and generate initial Cyber-Infrastructure content. Our ultimate goal is to
 enable students to begin a curriculum of “Engineering Informatics” and define the content of the new Cyber-
 Engineering discipline that unites computer and information sciences with traditional engineering domains.