Introduction to Graduate Program of Mobile Hand-held Communication Eng. Jan 18, 2007 Presentation at...

Introduction to Introduction to Graduate Program of Mobile Graduate Program of Mobile

Hand-held Communication Hand-held Communication Eng. Eng.

Jan 18, 2007Jan 18, 2007Presentation at Beijing Univ. of Posts and TelecommunicationsPresentation at Beijing Univ. of Posts and Telecommunications

2 Dept. of Mobile Hand-held Communication Engineering

AgendaAgenda

33 CurriculumCurriculum

44

22

ObjectiveObjective

Research GroupsResearch GroupsFaculty MembersFaculty Members

11

InvitationsInvitations


ObjectiveObjective

Educated by high-Educated by high-quality quality

professionals from professionals from industry & academiaindustry & academia

Educated by high-Educated by high-quality quality

professionals from professionals from industry & academiaindustry & academia

Students will have advanced skills Students will have advanced skills

for immediate use in mobile industryfor immediate use in mobile industry

Customer-oriented Customer-oriented MS & Ph.D. MS & Ph.D.

ProgramProgram

Customer-oriented Customer-oriented MS & Ph.D. MS & Ph.D.

ProgramProgram

By providing high-quality program specialized in Next Generation By providing high-quality program specialized in Next Generation

Mobile Communication System Eng. Mobile Communication System Eng.


Collaboration for Collaboration for Mobile Phone Mobile Phone

Education & Research ProgramEducation & Research Program

Industry

(Samsung Elec.)

Academia

(SKKU)

Cultural Differences, Goal Model, Politics(?), …

If it works, the biggest gain will be obtained from it!


Co-operative CurriculumCo-operative Curriculum

1. Reinforcement of fundamental mobile communications theory

2. Ability to immediate use in research & development after graduation

3. Systematic analysis and design of mobile system and prototype

4. Project experience with Samsung Electronics

5. Cooperation among five research groups

6. Domestic and global co-op education

7. Participation of Samsung’s core experts in practical education

8. English thesis for M.S./Ph.D. degree

1. Reinforcement of fundamental mobile communications theory

2. Ability to immediate use in research & development after graduation

3. Systematic analysis and design of mobile system and prototype

4. Project experience with Samsung Electronics

5. Cooperation among five research groups

6. Domestic and global co-op education

7. Participation of Samsung’s core experts in practical education

8. English thesis for M.S./Ph.D. degree


Automotive & Robotics

B

road

cast

ing,

Ubi

quito

us

Health, H

uman, Bio

Research ChallengesResearch Challenges Smart Mobile Phone as a Center of Ubiquitous Media Smart Mobile Phone as a Center of Ubiquitous Media

NetworkNetwork

Mobile Phone

Health

HCI Bio

Data Broadcasting

RFID

Telematics UnmannedDriving Robot


Research Groups to be closely-Research Groups to be closely-coupledcoupled

Next Generation Mobile

Communications

To Provide the program for Next Wave Mobile PhoneTo Provide the program for Next Wave Mobile Phone

Mobile SoC & RF Mobile Application and Service

Mobile Multimedia

Mobile Embedded

S/W


•Modem technology, MIMO• Next generation wired/wireless

communication networks•Local area networks,

systems/All-IP

Research Group 1Research Group 1Next Generation Mobile

Communication

Research Group 1Research Group 1Next Generation Mobile

CommunicationChoi, Hyung JinPh.D. in Electrical EngineeringPh.D. in Electrical Engineering

University of Southern CaliforniaUniversity of Southern California

Shin, Dong RyeolPh.D. in Electrical EngineeringPh.D. in Electrical Engineering

Georgia Inst. of Tech.Georgia Inst. of Tech.

Chung, Min YoungPh.D. in Electrical EngineeringPh.D. in Electrical EngineeringKorean Advanced Inst. of Sci & Tech.Korean Advanced Inst. of Sci & Tech.

Shin, JitaePh.D. in Electrical EngineeringPh.D. in Electrical Engineering

University of Southern CaliforniaUniversity of Southern California

Chung, JinwookPh.D. in Computer SciencePh.D. in Computer Science

Seoul National Univ.Seoul National Univ.

Yoon, SeokhoPh.D. in Electrical EngineeringPh.D. in Electrical Engineering

Korean Advanced Inst. of Sci. &TechKorean Advanced Inst. of Sci. &Tech ..

Lee, Tae-JinPh.D. in Electrical & Comp.EngineeringPh.D. in Electrical & Comp.Engineering

University of Texas, AustinUniversity of Texas, AustinChoi, Hyoung-KeePh.D. in Electrical EngineeringPh.D. in Electrical Engineering

Georgia Inst. of Tech.Georgia Inst. of Tech.


• Modem SoC design

• Applied components for mobile phone

communication modem & RFIC•Sensors

Research Group 2Research Group 2 Mobile SoC & RF

Research Group 2Research Group 2 Mobile SoC & RF

Cho, Jun-DongPh.D. in EE & CSPh.D. in EE & CS

Northwestern Univ.Northwestern Univ.

Kim, Jong TaePh.D. in Electrical EngineeringPh.D. in Electrical Engineering

Northwestern Univ.Northwestern Univ. Yang, YoungoPh.D. in Electronic and Electrical EngineeringPh.D. in Electronic and Electrical Engineering

Pohang University of Science and TechnologyPohang University of Science and Technology


•Communication protocol •Embedded mobile phone software•Operation system, Middleware

Research Group 3Research Group 3 Mobile Embedded S/WMobile Embedded S/WResearch Group 3Research Group 3 Mobile Embedded S/WMobile Embedded S/W

Yoon, Hee YongPh.D. in Computer EngineeringPh.D. in Computer Engineering

University of Messachusetts at AmherstUniversity of Messachusetts at AmherstEom, Young IkPh.D. in Computer SciencePh.D. in Computer Science

Seoul National UniversitySeoul National University

Lee, EunseokPh.D. in Information EngineeringPh.D. in Information Engineering

Tohoku UniversityTohoku University

Jeon, Jae WookPh.D. in Electrical EngineeringPh.D. in Electrical Engineering

Purdue UniversityPurdue University

Choo, HyunseungPh.D. in Comp. Science and Eng.Ph.D. in Comp. Science and Eng.

University of Texas ArlingtonUniversity of Texas Arlington


• Codec, image/speech quality enhancement • Contents creation/management/transmission• Multimedia technology, streaming

Research Group 4Research Group 4 Mobile MultimediaMobile Multimedia

Research Group 4Research Group 4 Mobile MultimediaMobile Multimedia

Jeon, ByeungwooPh.D. in Electrical EngineeringPh.D. in Electrical Engineering

Purdue UniversityPurdue University

Hong, Kwang-SeokPh.D. in Electronic EngineeringPh.D. in Electronic Engineering

Sungkyunkwan UniversitySungkyunkwan University


• Various application service technology• New IO devices • Human I/F, mobile health

Research Group 5Research Group 5Mobile Application and ServiceMobile Application and Service

Research Group 5Research Group 5Mobile Application and ServiceMobile Application and Service

Kim, SeungjooPh.D. in Inf. EngineeringPh.D. in Inf. Engineering

Sungkyunkwan UniversitySungkyunkwan University

Lee, Jee-HyongPh.D. in Computer Science, Korea Advanced Ph.D. in Computer Science, Korea Advanced

Institute of Science and TechnologyInstitute of Science and Technology

Ahn, Sung JoonDr. –IngDr. –Ing

University StuttgartUniversity Stuttgart


Graduate Students and Post-Doctors Graduate Students and Post-Doctors

World Class Mobile Hand-held Communication Research & Education Center

Increasing # of High-quality Ph.Ds and Post Doctors

By Inviting International Students/Researchers

P

IP

Mem

IP

PE

PE

PE

P

Mem

PE

No C

#. students

0

100

150

200

200

250

300

350

400

2007 2008 2009 2010 2011

P

IP

Mem

IP

PE

PE

PE

P

Mem

PE

No C

#. Post doctors

0

50

100

150

200

250

300

350

400

2007 2008 2009 2010 2011


ChallengesChallenges

Excellency On

Mobile PhoneEducation

Customized Education

• Co-advisor• Lecturers from Industry• Mobile Phone Projects• Summer Internship

Inter-discipline

• Inter & Intra-group cooperation• Mobile Phone Training Course• Focus both on Basic & Advanced Technology• ….

Collaboration

• Industry / Academia• Industry / Government• ….


SummarySummary

Educational Paradigm Shift Educational Paradigm Shift become the challenges of entire Mobile become the challenges of entire Mobile

IndustryIndustry Endless possibility of Endless possibility of Education and Education and

ResearchResearch in Mobile Convergencein Mobile Convergence Equipped with Industry-oriented ProgramEquipped with Industry-oriented Program

Thank you very much Thank you very much and Happy New Year!!and Happy New Year!!


Affiliated Facult MembersAffiliated Facult Members

ProfessorProfessor Research InterestsResearch Interests

Choi, Hyoung-KeeChoi, Hyoung-KeePh.D. in Electrical EngineeringPh.D. in Electrical EngineeringGeorgia Institute of TechnologyGeorgia Institute of [email protected]@hit.skku.edu

Accurate monitoring and detection of network threatAccurate monitoring and detection of network threats to isolate such activities in advance. And authenticats to isolate such activities in advance. And authenticationand privacy protection in communication networkionand privacy protection in communication networks. The communication networks can be an access nets. The communication networks can be an access network like 802.11[Wi-Fi] and 802.16[Wimax and Wibrwork like 802.11[Wi-Fi] and 802.16[Wimax and Wibro], a wide area network for VolP, a mobile adhoc neto], a wide area network for VolP, a mobile adhoc network, or a fourth-generation network.work, or a fourth-generation network.

Choi, Hyung JinChoi, Hyung JinPh.D. in Electrical EngineeringPh.D. in Electrical EngineeringUniversity of Southern CaliforniaUniversity of Southern [email protected]@ece.skku.ac.kr

His research areas include digital communication and His research areas include digital communication and mobile communication physical layer engineering, namobile communication physical layer engineering, narrowband[QAM] and wideband[CDMA, OFDM] comrrowband[QAM] and wideband[CDMA, OFDM] communication technology, synchronization, channel estimunication technology, synchronization, channel estimation, channel modeling, link performance evaluatimation, channel modeling, link performance evaluation through simulation and MODEM-related technoloon through simulation and MODEM-related technology. The results are expected to be applicable to variougy. The results are expected to be applicable to various mobile and wireless communication systems enginees mobile and wireless communication systems engineering.ring.

Next Generation Mobile Communications

Dept. of Mobile System Engineering



Chung, JinwookChung, JinwookPh.D. in Computer SciencePh.D. in Computer ScienceSeoul National UniversitySeoul National [email protected]@songgang.skku.ac.kr

His research areas include the management of the His research areas include the management of the internet and super-high-speed network, network internet and super-high-speed network, network security, grid network, VOIP protocol, fault security, grid network, VOIP protocol, fault detection systems based on agents and rule-based detection systems based on agents and rule-based reasoning, network performance measurements, etc.reasoning, network performance measurements, etc.

Chung, Min YoungChung, Min YoungPh.D. in Electrical EngineeringPh.D. in Electrical EngineeringKorea Advanced Institute Science and TechnologKorea Advanced Institute Science and [email protected]@ece.skku.ac.kr

His research areas include the design and performanHis research areas include the design and performance analysis of wired/wireless networks systems. Interce analysis of wired/wireless networks systems. Internet routing protocol, mobile IPv4/IPv6, wireless LAnet routing protocol, mobile IPv4/IPv6, wireless LAN/PAN, and home networks. Research into wireless N/PAN, and home networks. Research into wireless LAN, sensor networks, quality of service[QoS] routiLAN, sensor networks, quality of service[QoS] routing, optical network technologies, and network mobilng, optical network technologies, and network mobility are in progress.ity are in progress.

Lee, Tae-JinLee, Tae-JinPh.D. in Electrical and Computer EngineeringPh.D. in Electrical and Computer EngineeringUniversity of Texas at AustinUniversity of Texas at [email protected]@ece.skku.ac.kr

His research areas include the design and analysis of His research areas include the design and analysis of wired/wireless communication networks systems, Mwired/wireless communication networks systems, MAC, resource allocation, scheduling, routing, networAC, resource allocation, scheduling, routing, network formation, and mobility of wireless networks systek formation, and mobility of wireless networks systems[WPAN/WLAN/WMAN/4G], adhoc/sensor/RFID ms[WPAN/WLAN/WMAN/4G], adhoc/sensor/RFID networks, home networks, and optical networks.networks, home networks, and optical networks.

Affiliated Faculty MembersAffiliated Faculty Members Next Generation Mobile Communications



Shin, Dong RyeolShin, Dong RyeolPh.D. in Electrical EngineeringPh.D. in Electrical EngineeringGeorgia Institute of TechnologyGeorgia Institute of [email protected]@skku.ac.kr

His research areas include distributed systems, His research areas include distributed systems, middleware, mobile computing, wireless networks middleware, mobile computing, wireless networks and 4G systems, with emphasis on discovery and 4G systems, with emphasis on discovery protocols and interoperability in pervasive protocols and interoperability in pervasive environments. Research is in progress on developing environments. Research is in progress on developing a new paradigm for adapting service discovery a new paradigm for adapting service discovery modules to environmental changes, developing modules to environmental changes, developing scheduling algorithms, and protocol analysis and scheduling algorithms, and protocol analysis and performance evaluation from the wireless network performance evaluation from the wireless network viewpoint.viewpoint.

Shin, JitaeShin, JitaePh.D. in Electrical EngineeringPh.D. in Electrical EngineeringUniversity of Southern CaliforniaUniversity of Southern [email protected]@skku.edu

His research areas include optimal video transmission isHis research areas include optimal video transmission issues over wireless/wired and broadcasting/communicatisues over wireless/wired and broadcasting/communication networks, such as WLAN/WPAN, CDMA, portable Ion networks, such as WLAN/WPAN, CDMA, portable Internet[WiBro, WiMAX], digital multimedia broadcastinternet[WiBro, WiMAX], digital multimedia broadcasting[DMB, mobile TV], 4G systems, wireless sensors and ang[DMB, mobile TV], 4G systems, wireless sensors and ad hoc networks. They also include 3D video transmissiod hoc networks. They also include 3D video transmission, quality of service[QoS] network systems, and multimen, quality of service[QoS] network systems, and multimedia transmission over high-bandwidth networks.dia transmission over high-bandwidth networks.





Yoon, SeokhoYoon, SeokhoPh.D. in Electrical Engineering and Computer SciencePh.D. in Electrical Engineering and Computer ScienceKorea Advanced Institute of Science and TechnologyKorea Advanced Institute of Science and [email protected]@skku.edu

His research areas include digital transmission scHis research areas include digital transmission scheme disigns based on statistical apporoaches anheme disigns based on statistical apporoaches and the development of new signal processing algord the development of new signal processing algorithms for synchronization and detection/estimatiithms for synchronization and detection/estimation of digital signals. Applications of research inclon of digital signals. Applications of research include wireless communications, mobile networks, aude wireless communications, mobile networks, and optical communications.nd optical communications.





Cho, Jun-DongCho, Jun-DongPh.D. in Electrical Engineering and CompPh.D. in Electrical Engineering and Computer Scienceuter ScienceNorthwestern UniversityNorthwestern [email protected]@skku.ac.kr

Embedded System on Chip design for developing a low-powEmbedded System on Chip design for developing a low-power and high-speed applications. As the portable electronics er and high-speed applications. As the portable electronics market moves to computation-intensive products like cellulmarket moves to computation-intensive products like cellular telephones with bio-processing capabilities, low-power dar telephones with bio-processing capabilities, low-power design becomes critical, and the existing reconfigurable radiesign becomes critical, and the existing reconfigurable radio and networks on chip architecture and methodologies can o and networks on chip architecture and methodologies can be leveraged to create new platform solutions for the next-gbe leveraged to create new platform solutions for the next-generation mobile phones. With computer-aided design tools eneration mobile phones. With computer-aided design tools such as Convergence and Modelism, important applications such as Convergence and Modelism, important applications are programmed with VERILOG and verified on the SoC pare programmed with VERILOG and verified on the SoC platform.latform.

Kim, Jong TaeKim, Jong TaePh.D. in EngineeringPh.D. in EngineeringUniversity of California, IrvineUniversity of California, [email protected]@skku.ac.kr

His research areas include hardware/software co-design prHis research areas include hardware/software co-design process and embedded systems for the efficient implementatioocess and embedded systems for the efficient implementation of computer and communication systems and methodologn of computer and communication systems and methodology and architecture for SoC which integrate processor cores y and architecture for SoC which integrate processor cores and peripherals into a single chip.and peripherals into a single chip.

Mobile SoC & RF


Affiliated Faculty MembersAffiliated Faculty Members



Yang, YoungooYang, YoungooPh.D. in Electronic and Electrical EnginePh.D. in Electronic and Electrical EngineeringeringPohang University of Science and TechnPohang University of Science and [email protected]@skku.edu

His research areas include various RF integrated circuits His research areas include various RF integrated circuits and sub-systems, including the linear power amplifier and sub-systems, including the linear power amplifier design highly efficient RF transmitter technologies, design highly efficient RF transmitter technologies, integrated sub-systems design, and analysis or modeling integrated sub-systems design, and analysis or modeling of nonlinear RF circuits for next-generation wireless of nonlinear RF circuits for next-generation wireless communication systems.communication systems.

Mobile SoC & RF



Choo, HyunseungChoo, HyunseungPh.D. in Computer Science and EngineeringPh.D. in Computer Science and EngineeringUniversity of Texas ArlingtonUniversity of Texas [email protected]@ece.skku.ac.kr

His research areas include wired/wireless/optical networkiHis research areas include wired/wireless/optical networking, mobile computing, embedded systems and grid computng, mobile computing, embedded systems and grid computing based on computer networking, operating systems, anding based on computer networking, operating systems, andalgorithms. Research is in progress on mobile IPv6, netwoalgorithms. Research is in progress on mobile IPv6, network mobility, ad-hoc and sensor networks, network securitrk mobility, ad-hoc and sensor networks, network security, high speed transmission in wired/wireless networks. realy, high speed transmission in wired/wireless networks. real-time data access based on data grid, EPON and resource -time data access based on data grid, EPON and resource management in Lambda networks, and the development of management in Lambda networks, and the development of ubiquitous applications of telematics and home networks bubiquitous applications of telematics and home networks by integrating HCI and network techniques to provide intely integrating HCI and network techniques to provide intelligent services.ligent services.

Eom, Young IkEom, Young IkPh.D. in Computer SciencePh.D. in Computer ScienceSeoul National UniversitySeoul National [email protected]@ece.skku.ac.kr

His research areas include the operating system and His research areas include the operating system and distributed computing technologies in particular, distributed computing technologies in particular, technologies for the next-generation distributed technologies for the next-generation distributed computing paradigm such as mobile agents and computing paradigm such as mobile agents and ubiquitous middleware, Linux-based embedded software ubiquitous middleware, Linux-based embedded software and system security and operating system and embedded and system security and operating system and embedded middleware for mobile devices.middleware for mobile devices.

Mobile Embedded Software





Lee, EunseokLee, EunseokPh.D. in Information EngineeringPh.D. in Information EngineeringTohoku UniversityTohoku [email protected]@ece.skku.ac.kr

His research areas include software engineering, His research areas include software engineering, agent- based intelligent systems and autonomic agent- based intelligent systems and autonomic computing in particular, evaluation and computing in particular, evaluation and improvement of software development process and improvement of software development process and the performance of software, component-based the performance of software, component-based context-aware intelligent software, agent-based context-aware intelligent software, agent-based intelligent ubiquitous commerce systems, and self-intelligent ubiquitous commerce systems, and self-management systems including self-healing and management systems including self-healing and self-configuration.self-configuration.

Yoon, Hee YongYoon, Hee YongPh.D. in Computer EngineeringPh.D. in Computer EngineeringUniversity of Messachusetts at AmherstUniversity of Messachusetts at [email protected]@ece.skku.ac.kr

His research areas include the development of His research areas include the development of intelligent computing platforms and related intelligent computing platforms and related applications with which human, objects, devices, applications with which human, objects, devices, etc. can interact to provide the best real-time etc. can interact to provide the best real-time services using the RFID chips, sensors, and services using the RFID chips, sensors, and computers embedded in the environment.computers embedded in the environment.


Affiliated Faculty MembersAffiliated Faculty MembersMobile Embedded Software



Hong, Kwang-SeokHong, Kwang-SeokPh.D. in Electronic EngineeringPh.D. in Electronic EngineeringSungkyunkwan UniversitySungkyunkwan [email protected]@skku.ac.kr

His research areas include human-computer interaction, recHis research areas include human-computer interaction, recognition and representation of the five senses, biometrics, mognition and representation of the five senses, biometrics, multi-modal language processing, and Voice XML. Applicatioulti-modal language processing, and Voice XML. Applications of research include intelligent robots, wearable PCs, homns of research include intelligent robots, wearable PCs, home networks, telematics, etc.e networks, telematics, etc.

Jeon, ByeungwooJeon, ByeungwooPh.D. in Electrical EngineeringPh.D. in Electrical EngineeringPurdue UniversityPurdue [email protected]@yurim.skku.ac.kr

His research areas include various practical issues related His research areas include various practical issues related to video and image signal processing. To solve many real-to video and image signal processing. To solve many real-world problems for video services over mobile networks, world problems for video services over mobile networks, broadcasting networks, and the Internet, research is in broadcasting networks, and the Internet, research is in progress on the next generation video coding, international progress on the next generation video coding, international standardization such as MPEG/H.264/SVC, stereoscopic standardization such as MPEG/H.264/SVC, stereoscopic video processing, content protection technology such as video processing, content protection technology such as watermarking to cope with unauthorized copying and watermarking to cope with unauthorized copying and modification of digital media, and implementation issues modification of digital media, and implementation issues using DSP processor and embedded systems.using DSP processor and embedded systems.

Mobile Multimedia





Ahn, Sung JoonAhn, Sung JoonDr. –IngDr. –IngUniversity StuttgartUniversity [email protected]@skku.edu

His research areas include the development and His research areas include the development and implementation of algorithms for geometric information implementation of algorithms for geometric information processing for example, algorithms for camera processing for example, algorithms for camera calibration, 3-D measurements, 3-D visualization, and calibration, 3-D measurements, 3-D visualization, and object reconstruction. Applications of research include object reconstruction. Applications of research include many industrial areas in the near future, such as 3-D many industrial areas in the near future, such as 3-D television and intelligent robots.television and intelligent robots.

Jeon, Jae WookJeon, Jae WookPh.D. in Electrical EngineeringPh.D. in Electrical EngineeringPurdue UniversityPurdue [email protected]@yurim.skku.ac.kr

His research areas include robotics, embedded systems, aHis research areas include robotics, embedded systems, and factory automation. Currently, research is in progress nd factory automation. Currently, research is in progress of FPGA-based vision/speech systems and intelligent and of FPGA-based vision/speech systems and intelligent and automotive ECUs[Electronic Control Units], in embeddeautomotive ECUs[Electronic Control Units], in embedded systems, and motion controllers and automation controd systems, and motion controllers and automation controllers in factory automation..llers in factory automation..

Mobile Application and Service





Kim, SeungjooKim, SeungjooPh.D. in Information EngineeringPh.D. in Information EngineeringSungkyunkwan UniversitySungkyunkwan [email protected]@security.re.kr

His research areas include analysis of attacks His research areas include analysis of attacks on cryptosystems, such as smart cards and Ion cryptosystems, such as smart cards and IT products security evaluation against CC[CT products security evaluation against CC[Common Criteria], PET[Privacy Enhancing Tommon Criteria], PET[Privacy Enhancing Technology], DRM[Digital Rights Managemenechnology], DRM[Digital Rights Management], RFID, and sensor network security, etc. wit], RFID, and sensor network security, etc. with the objective solving problems such as hacth the objective solving problems such as hacking, phishing, worms, viruses, etc.king, phishing, worms, viruses, etc.

Lee, Jee-HyongLee, Jee-HyongPh.D. Ph.D. Korea Advanced Institute of Science and TechnologyKorea Advanced Institute of Science and [email protected]@ece.skku.ac.kr

His research areas include extending AI and His research areas include extending AI and machine learning methodologies such as fuzzmachine learning methodologies such as fuzzy theory, neural, networks, decision trees, etc y theory, neural, networks, decision trees, etc with their environments and the users. Reseawith their environments and the users. Research results are expected to be applied to ITSrch results are expected to be applied to ITS[Intelligent Tutoring Systems], ubiquitous co[Intelligent Tutoring Systems], ubiquitous computing, game AI, etc.mputing, game AI, etc.


Affiliated Faculty MembersAffiliated Faculty MembersMobile Application and Service

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