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Mr. Upendra Phatak
(MS MAE) and Mr. Jakkrit Kunthong (PhD ECE) won the first
and the second best poster presentation award,
respectively, in the recently held OSU Research Week
events. They are advisees of Professor Bukkapatnam and
members of the Sensor Networks and Complex Systems
Monitoring (COMMSENS) Lab of IEM School. Mr. Phatak works
with Professors Komanduri and Bukkapatnam on studying the
effects of various chemical elements in a widely used
semiconductor manufacturing process called Chemical
Mechanical Planarization (CMP) through the use of wireless
sensor signals. Mr. Kunthong (co-advised by Drs. Bunting and
Bukkapatnam) is part of Dr. Bukkapatnam’s NSF project team
that works on designing high-throughput wireless sensor
networks for various monitoring applications.
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New project on Heterogeneous Wireless Sensor Based Modeling of Chemical
Mechanical Planarization Process approved by NSF (2007)
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Dr.Satish
Bukkapatnam's expert commentary appears in mass media--“Impact
of RFID sensors on homeland security (a 5 minute
Investigation segment)” KFOR (NBC) Channel, Oklahoma City,
Feb 28, 2006
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Three COMMSENS
students- Prahalad Rao, Jayjeet Govardhan and Sharethram
Hariharan complete their masters thesis under Dr.Bukkapatnam
in 2006 (click here)
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List of updated
COMMSENS Publications in 2006 (click
here)
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Current COMMSENS
projects and their description (click
here)
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Oklahoma Department
of Transportation (OK-DoT)
approves a project on RFID sensor applications for integrity
monitoring
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Federal Aviation
Administration (FAA)
initiates a project on RFID technology assessment
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General Motors (GM)
initiates a project on non-linear system dynamic system
modeling of manufacturing systems
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Recent student
presentations in AIAA/ASME conference. (more)
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New seminar course
on RFID and RF sensing Applications (syllabus,
course)
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CELDI (an NSF/IUCRC) approves a new grant to enhance the lab
content in RFID and RFID sensing systems (updated
report) (details)
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A new lab set up at the Advanced Technology and Research
Center (ATRC) of the
Oklahoma
State University to advance sensor-based research for
quality and integrity monitoring modern manufacturing
machines, processes, and other complex systems through wired
and wireless sensor networks
(COMMSENS)
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The
National Science foundation grants a $750K project to
develop a new wireless sensing approach to monitor integrity
in large complex systems for interest to Manufacturing and
Service Enterprises (e.g., underground gas pipelines). This
project is led by 4 investigators, one each from
Penn State, Oklahoma State,
MIT and Berkeley.
(presentation)
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Main
Accomplishments and Outcomes |
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Research |
Accomplishments
· 28 journal articles published or accepted, $1.5M of funding
received as a
PI/Co-PI
· Best
Paper Award
(First runner-up, 2nd out of 156 papers) in Artificial Neural
Networks in Engineering Conference, 1994
· Graduated 3 PhDs: advisor for 2, co-advisor for one. An
additional PhD advisee will graduate by Fall 04
Contributions
· Sensor-based methodologies for quality and integrity monitoring
applications in manufacturing processes, machines, and other
engineering systems
· New
principles to characterize and model complex dynamics underlying
sensor-data from real-world manufacturing systems
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Teaching |
Accomplishments
· Elected by students as Alpha-Pi-Mu
Omega-Rho Teacher of the Year, 2002
Contributions
· Developed 6 different lab-intensive
courses in Manufacturing, IT and Data Mining
· Developed manufacturing lab, MS Program Plan and BS option in
Information Systems
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 |
Service |
Accomplishments
· Co-Chair of IIE Research Conference 2003
· Organizing Committee of IIE Research Conference 2005
· Co-Chair of NSF USA-China Workshop on Advanced Machine Tool
Research
· Grad
committee chair during 2001-02
· Served as paper reviewer and panelist
Click here to view a PowerPoint
presentation summarizing our Research...
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