Design Signal Processing

Hidayov Olim *

Hidayov Olim

****, (E*-*), Nano-ICE Laboratory, KAIST, 291 Daehak-ro (373-1 Guseong-dong),

Yuseong-gu, Daejeon, South Korea, 305-701

Phone: +82-042-***-****, Mobile: 010-****-****

E-mail: ****@*****.**.**

EDUCATION 2008/09 - 2013/08 Korea Advanced Institute of Science and Technology (KAIST),

Korea

PhD in Electrical Engineering, KAIST, 2013. Specialized in CMOS/RF/Analog

circuit design. Design of small-area, on-chip, wide-band and narrow-band RF

receiver.

Advisor: Sang-Gug Lee

Dissertation: A 0.7-2.7 GHz Wide-band CMOS Low Noise Amplifier and Active

Mixer for LTE Application

2006/ 03 - 2008/08 Korea Advanced Institute of Science and Technology (KAIST),

Korea

M. Sc. in Information & Communication Engineering, 2006. Wireless

Communication, Wireless Sensor Networks (WSN), Digitial Signal Processing

(DSP),( Matlab Simulink)

Advisor: Sang-Gug Lee

Thesis: Signal processing algorithms in piecewise polynomial basis

1994/09 - 1999/08 Tashkent University of Information Technologies, Uzbekista n

BA in Communication Engineering, 1999.

Advisor: Sultanov Khurshid Bakhadirovich

Thesis: Database Design for Library Management System.

2009 – 2010: (ETRI, ITSoC project) ., Korea

EXPERIENCES

Graduate Student Researcher

Development of RF receiver for LTE Application in 0.18 µm CMOS technology.

Wide-band Low Noise Amplifier

Circuit Design: Reduced-gain with low-noise and minimum 0dBm linearity

LNA design. To achieve reduced-gain with low-noise LNA, the technology

scaling for input transistors and on-chip inter-cascode inductors have been

utilized to get input matching and low-noise operation.

Operation: Low Noise Amplifier operation frequency range of 0.7GHz to

2.7GHz which covers all LTE operation band.

PCB Design: Evaluation Board Design for LN A.

Hidayov Olim 2

Measurement: S-parameter with Frequency Analyzer, Noise measurement with

Noise Analyzer.

2010-2012: Nano Integrated Circuit Expertise Laboratory (NICE), KAIST, Korea

Graduate Student Researcher

Development of low power RF receiver for LTE Application in 0.13µm CMOS

technology.

Wide-band Active Mixer (Front-end)

Circuit Design: Low-noise and high linearity, with high conversion gain. To

design of low-noise and high linearity Current bleeding circuit as noise and

distortion cancellation, on-chip inter RF and LO inductors have been

utilized to reduce the flicker noise and overall noise performance of mixer,

improved along with high linearity.

Operation: RF frequency range of 0.7GHz to 2.7GHz and supports flexible

data rates with channel bandwidth varied from 1.4MHz to 20MHz.

PCB Design: Evaluation Board Design for Active Mixer.

Measurement: S-parameter with Frequency Analyzer, Noise measurement

with Noise Analyzer.

2012-Present, (ERC project) at Nano Integrated Circuit Expertise Laboratory (NICE),

KAIST, Korea

Graduate Student Researcher

Development of Single WLAN/WPAN Transceiver

Multi-band Multi-mode Low Noise Amplifier.

Circuit design: Single-chip Reconfigurable Multi-band Multi-mode (RMM)

LNA design.

Operation: Low Noise Amplifier operation frequency 2.4-5.2GHz.

2007 - 2008: RIC/TIC Project (UCGA-TIC; Techo. Innovation Center, Busan) Korea

Graduate student

Developing algorithm for sensor network

Method of approach of functional dependences systems piecewise -linear

and piecewise-quadratic basic functions Piecewise & Piecewise-basic

functions received on the basis of rectangular orthogonal bases

Simulation in Matlab, Simulink

Hidayov Olim 3

1999 – 2002: Tashkent Telecom Joint Stock company

Engineer

Project leader

Responsibility: Maintenance, installation and deploying of telecomm

devices (Siemens Routers, Huawei/ZTE Digital Switches (ZXJ10),

SDH Multiplexer, STM-16) for Metropolitan City and Tashkent

Regional Telecomm Branch Offices

2002 – 2006: Tashkent University of Information Technologies, Uzbekistan

Lecturer

Planning and teaching lab experiments on IT and Electronics

Taking Lab experiment classes

Development and planning of experiment class materials

Teaching

Lectures taught: Internet Technologies, Basics of Microprocessor (8080),

Basics of Electronics, Web Programming

HTML, Matlab, Simulink

SKILLS Working knowledge of EDA tools (Front-end, Back-end)

Circuit Simulator (Cadence Spectre, 5 years)

Layout Editor (Cadence Virtuoso, 5 years)

Layout Verification (Cadence Diva/Assura, 5 years)

Layout Verification (Mentor Calibre, 3.5 year)

Agilent ADS : 2 years

Working knowledge of Full Custom Design

RF and baseband measurement : 3 years

Working knowledge of Libraries & Design-kits for TSMC, IBM

Hardware design tools

Cadence: 5 year

ADS :2year

Software design

Matlab, Simulink

Hidayov Olim 4

Thorough knowledge on IC development, troubleshooting & verification, design &

QUALIFICATIONS

fabrication, layout, modeling & packaging, PCB design and measurement. Familiar with

CMOS processes.

Commercial IC product design experience & practical IC design projects from research

institutes and industrial companies.

Self-driven and independent, hard working, scrupulous, capable of working individually

or in group.

Experienced in test systems, devices and equipments.

Creative and quick analysis and problem-solving capability in all cases.

Technical presentation: ICI’07, ICI’08, IWSSIP’08, ICACT’10, IMWS-IRFPT’11,

ACADEMIC

ICACT’11

ACTIVITIES

MAIN RFIC design, Analog Circuit design, VLSI Design, System on Chip (SoC) design.

COURSEWORKS

Aug. 2008 ITTP Scholarship for PhD in KAIST

AWARDS

Feb. 2006 ITTP Scholarship for Master Degree in KAIST

Aug. 1994 Full scholarship with stipend for Bachelor Degree

Uzbek (Native)

LANGUAGES

English (Fluent)

Comfortable in communication. Long experience working with native and

o

non-native English speakers.

Russian (Fluent)

o Comfortable with technical and conversational, and full understanding of

the conversation.

Korean (Conversational).

o Casual conversation and understanding of some technical discussions.

PUBLICATION Journals:

Olim Hidayov, Dhananjay Singh, Hakimjon Zaynidinov, Sang-Gug Lee,

1.

“Modeling of Algorithms and Structures of Specialized Processor

for Digital Processing in Piecewise-polynomial Bases”, submitted to Elsevier

Editorial System(tm) for Digital Signal Processing, 2012.

Olim Hidayov, Justin Cartwight, Seok Kyun Han, Sang-Gug Lee, “A Wide-band

2.

CMOS Low Noise Amplifier for LTE Application”, submitted to IEEE Electronics

Letters, 2013.

3. Ikechi Augustine Ukaegbu, K.-S. Choi, Olim Hidayov, J. Sangirov, M. H. Cho, T.-

Hidayov Olim 5

W. Lee, and H.-H. park, “Small Area and High Inductance Semi -Stacked Spiral

Inductor with High Q Factor,” IET Microwaves, Antennas and Propagation Journal,

vol.6, pp 880-883, June 2012

Conferences:

4. Olim Hidayov, Hakimjon Zaynuddinov, Hyung Chul Park, Kondekar Pravin, Sang -

Gug Lee, “Method of Computing Spectral Factors in Piecewise -Quadratic Bases and

its Application in Problems of Digital Signal Processing” Proceedings 15th

International Conference on Systems, Signals and Image Processing, IWSSIP 2008,

Bratislava, Slovakia

5. Olim Hidayov, Ikechi Augustin, Hakimjon Zaynidinov, Sang -Gug Lee,

“Comparative analysis of piecewise-polynomial of local bases” ICACT'10

Proceedings of the 12th international conference on Advanced communication

technology. ISBN: 978-1-4244-5427-3

6. Olim Hidayov, D. Singh, and B. Gohel, "A Simulink-Model of Specialized

Processor on the Piecewise-Polynomial Bases",ICACT2011 (International

Conference on Advance Communication and Technology), Phoenix Park, Korea,

IEEE Communication Society, 02/201

7. Hakim Zaynidinov, Eeljin Chae, Olim Hidayov “Development and Animation of

Functioning of High-Efficiency Computing Structure for Restoration of Signals” The

2008 International Conference on Multimedia, Information Technology and its

Applications, 2008

8. Olim Hidayov, Il Hoon Jang, Seok Kyun Han, Sang-Gug Lee and Justin Cartwight

“A Wide-band CMOS Low Noise Amplifier for LTE Application” 2011 IEEE MTT-

S International Microwave Workshop Series on Intelligent Radio for Future

Personal Terminals IEEE CAT. NO. CFP11RFP-PRT ISBN 978-1-4577-0962-3. 24-

25 August

9. Javohir Azizov, Olim Hidayov and Dipnarayan Guha, “Content-driven UWB-based

Location-aware Networking” ICI 2008 Conference 23 September, Tashkent

Uzbekistan.

10. Javohir Azizov, Olim Hidoev, Jamshid Sangirov, Dilshod Rahmatov, “Impact of

Application-driven Multi-radio Emulation in Embedded Devices on IETF LoWPAN

Standards”, ICI2007, Tashkent, Uzbekistan, 26 September.

References

Director

Prof. Jae Jeung Rho

(Director of IT IT Technology Program (ITTP) Telephone :+82-10-631*-****

Technology Program) Department of Management Science E-mail : *****@*****.**.**

Korea Advanced Institute of Science and Technology (KAIST)

Office Phone: +82-42-350-****

Prof. Sang-Gug Lee Professor in the Department of Electrical Engineering Korea

(Ph.D. supervisor) Fax : +82-42-350-****

Advanced Institute of Science and Technology, #3243, E3 bld.,

E-mail: *****@**.*****.**.**

Nano-ICE Lab, Department of Electrical Engineering, 373-1,

Guseong-dong, Yuseong-gu, Dae-jeon, Republic of Korea.

Head of Global Division of Information Technology Department of

Prof. Dhananjay Telephone: +82-31-330-****

Electronics Engineering, Hankuk (Korea) University of Freign

Singh Mobile no: +82-10-584*-****

(Co-supervisor) Students, 89, Wangsan-ri, Mohyeon-myeon, Cheoin-gu, Yongin-si,

E-mail : ******@****.**.**

Gyeonggi-do, 449-791, South Korea.

I hereby certify that all the information provided above is true to the best of my knowledge.

Olim Hidayov

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