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[ Contact |
Overview |
Research |
Projects |
Teaching |
Publications
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Since January 2021, I have been working as a Program Director at
Computer and Information Science and Engineering (CISE) of National Science
Foundation (NSF). And I am finding a graduate student(Ph.D. student) who has a capability to do research on Big Data, Deep Learning, networking and Cloud Computing areas.
If you have interest, please send your resume describing your research experience.
| E-mail |
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sjpark(at)lsu_dot_edu |
| Phone |
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225.578.2209 |
| Fax |
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225.578.1465 |
| Offices |
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Computer Science Offie at 3272B, Patrick Taylor Hall, Computer Science, Louisiana State University
CCT Office at 2009, Digital Media Center, Louisiana State University
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I am a professor of the Division of Computer Science and Engineering at Louisiana State University.
And I served as an Associate Director at the
Center for Computation and Technology and a graduate advisor for the
graduate program of CSE division.
I received my Ph.D. from the school of Electrical and Computer Engineering at Georgia Institute of Technology, 2004.
Before that, I also received a B.S. degree from Computer Science at Korea University, Seoul, Korea and a M.S. degree in Computer Science from KAIST (Korea Advanced Institute of Science and Technology), Teajon, Korea in 1993 and 1995, respectively.
From 1995 to 2000, I worked for Shinsegi Telecomm, which is the first CDMA cellular service provider in the world and now merged into the SK Telecom.
In general, I am interested in issues involving Networking and Data
Intensive Computing.
- Data Science based on Bigdata and Deep Learning
- Developing large-scale distribtued data analysis tools for De Novo
Whole Genome Assemblers and Error Corrections for 2nd and 3rd generation genome
sequence data
- Developing biomedical data (e.g. Mammogram, ECG, EEG) analysis
tools based Deep Learning and high performance computing
- Cyberinfrastructure for Data Intensive Computing
- Developing frameworks for large-scale scientific
applications (such as Computational Biology, Chemistry) using data intensive computing frameworks (such as Hadoop and Pregel) over cloud computing and high performance computing infrastructures
- High Speed Networks for High Performance Computing
- Designing new transport layer protocols and topology
control schemes for High Performance Computing Applications over high
speed networks, such as National Lamda Rail and LONI (Louisiana
Optical Network Initiative)
- Wireless Sensor/Ad-hoc Networks
- Energy efficient reliable transport protocol
- data dissemination using graph theory and optimal control
- Improvement of transport protocol over ad hoc networks
- SCC-Planning: Promoting Smart Technologies in Public Safety and Transportation to Improve Social and Economic Outcomes in a US EDA-Designated Critical Manufacturing
Region
- Funding Agency: NSF
- Duration: 2017-2019
- Amount: $99,932
- PIs: Seung-Jong Park(PI), Cecile Guin (Co-PI), Chester Wilmot (Co-PI), Kisung Lee (Co-PI), Jagannathan Ramanujam (Co-PI)
- Award LInk: NSF
- IBSS-L: Understanding Social and
Geographical Disparities in Disaster Resilience Through the Use of Social Media
- Funding Agency: NSF
- Duration: 2016-2020
- Amount: $834,585
- PIs: Nina Lam (PI), Seung-Jong Park(Co-PI), Michelle Meyer (Co-PI), Margaret Reams (Co-PI), Seungwon Yang (Co-PI)
- Award LInk: NSF
- MRI: Acquisition of SuperMIC -- A Heterogeneous Computing Environment to Enable
Transformation of Computational Research and Education in the State of Louisiana
- Funding Agency: NSF
- Duration: 2013-2019
- Amount: $3,924,181
- PIs: Seung-Jong Park(PI), Mark Jarrell (Co-PI), Susanne Brenner (Co-PI), Qin Chen (Co-PI), Jagannathan Ramanujam (Co-PI)
- Award LInk: NSF
- Bridging, Transferring and Analyzing Big Data over 10Gbps Campus-Wide Software Defined Networks
- Funding Agency: NSF
- Duration: 2013-2017
- Amount: $947,860
- PIs: Seung-Jong Park(PI), Konstantin Kousoulas (Co-PI), Joel Tohline (Co-PI), Lonnie
Leger (Co-PI), Sean Robbins (Co-PI)
- Award LInk: NSF
- CRON: Development of a Cyberinfrastructure Reconfigurable Optical Network for Large-Scale Scientific Discovery
- Funding Agency: NSF
- Duration: 2008-2013
- Amount: $495,181
- PIs: Seung-Jong Park(PI), Sitharama Iyengar (Co-PI), Thomas Sterling (Co-PI), Rajgopal Kannan (Co-PI), Daniel Katz (Co-PI)
- Award LInk: NSF
- Integrating a CRON (Cyberinfrastructure of Reconfigurable Optical
Network) Testbed into ProtoGENI
- Funding Agency: GENI Project Office supported by NSF
- Duration: 2009-2013
- Amount: $266,688
- PIs: Seung-Jong Park(PI), Rajgopal Kannan (Co-PI)
- Secure and Survivable Cyber-Centric Sensor Networks: Algorithms and Architecture Research
- Funding Agency: Office of Naval Research
- Duration: 2008-2011
- Amount: $761,368
- PIs: Sitharama Iyengar (PI), Seung-Jong Park (Co-PI)
- Developing a Fluid Based Simulator and Transport Protocols for Large-Scale Wireless Sensor and Actor Networks
- Funding Agency: BoR of Louisiana
- Duration: 2006-2009
- Amount: $82,380
- PI: Seung-Jong Park (PI)
- 2020, Fall: CS4501: Computer Networks (undergraduate-level)
- 2020, Spring: CS3200: Ethics in Computing (undergraduate-level)
- 2019, Fall: CS4501: Computer Networks (undergraduate-level)
- 2019, Spring: CS7700: Special Topics: Computational Biology with Big
Data and Deep Learning (graduate-level)
- 2018, Fall: CS4501: Computer Networks (undergraduate-level)
- 2018, Spring: CS3200: Ethics in Computing (undergraduate-level)
- 2017, Fall: CS4501: Computer Networks (undergraduate-level)
- 2016, Spring: CS7700: Special Topics: Computational Biology with Big
Data and Deep Learning (graduate-level)
- 2016, Fall: CS4501: Computer Networks (undergraduate-level)
- 2015, Fall: CS4501: Computer Networks (undergraduate-level)
- 2015, Spring: CS4740: Big Data Technologies (undergraduate-level)
- 2014, Fall: CS4501: Computer Networks (undergraduate-level)
- 2013, Fall: CS4501: Computer Networks (undergraduate-level)
- 2013, Fall: CS7700: Special Topics: Computational Biology(graduate-level)
- 2012, Fall: CS4501: Computer Networks (undergraduate-level)
- 2012, Fall: CS7601: Design Issues of High Speed Optical Networks (graduate-level)
- 2011, Fall: CS4501: Computer Networks (undergraduate-level)
- 2011, Spring:CS7601:Design Issues of High Speed Optical Networks (graduate-level)
- 2009, Fall: CS4501: Computer Networks (undergraduate-level)
- 2008, Spring:CS3501: Computer Organization and Design (undergraduate-level)
- 2007, Fall:CS7602: Wireless Networks (graduate-level)
- 2007, Fall:CS7601:Design Issues of High Speed Optical Networks (graduate-level)
- 2006, Fall:CS7602: Wireless Networks (graduate-level)
- 2006, Spring:CS3501: Computer Organization and Design (undergraduate-level)
- 2005, Fall: CS4501: Computer Networks (undergraduate-level)
- 2004, Fall:CS4890: Introduction to Theory of Computation (undergraduate-level)
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