NATIONAL TECHNICAL UNIVERSITY OF UKRAINE
“KYIV POLYTECHNIC INSTITUTE”
The Department of Design of Electronic Digital Equipment
Digital Lab
КЕОА
НТУУ «КПІ»
Educational Research Laboratory of
Digital Technologies
(Digital Lab)
Oleksandr Lysenko, Prof.
April 17, 2013
2
National Technical University of Ukraine
“Kyiv Polytechnic Institute”
KPI is one of the oldest and biggest technical
universities in Europe. It was founded in 1898.
www.digitallab.kiev.ua
3
National Technical University of Ukraine
“Kyiv Polytechnic Institute”
39 bachelor’s, 92 master’s,
82 Ph.D. programs
27 000 students,
largest producer of
engineers in Ukraine
25 % students from
technical universities of
Ukraine are students
from NTUU”KPI”
www.digitallab.kiev.ua
4
National Technical University of Ukraine
“Kyiv Polytechnic Institute”
The NTUU "KPI" Community includes:
Professors
Associate professors
Senior lecturers
Assistants
Lecturers
223
1000
500
200
100
Students:
Undergraduate students 18000
Master's students
8000
PhD students
800
-----------------------------------------Total
26800
www.digitallab.kiev.ua
5
Digital Lab: STAFF
Oleksandr Lysenko,
Professor,
Head of Digital Lab
Oleksandr Antonyuk, Senior
lecturer, Trainer of Altera’s
Centre in Ukraine
Oleksandr Romanov,
PhD student, Assistant lecturer
Ievgen Korotkyi,
PhD student,
Assistant lecturer
Anton Varfolomieiev,
PhD student, Assistant lecturer
www.digitallab.kiev.ua
6
Digital Lab: main activities & partners
Activity directions:
learning and using of 3 digital electronic platforms –
SoC (on PLD), DSP and microcontrollers
Partners:
Collaboration:
 Since 2001 - in the framework of University Programs
 Since 2004 - in the framework of Altera Training
Partner Program (ATPP)
On the basis of Digital Lab work:
 the educational laboratories of TI and Atmel
 the official educational Centre of Altera in Ukraine
www.digitallab.kiev.ua
7
Altera Training Partner Program (ATPP)
www.digitallab.kiev.ua
8
Altera Training Partner Program (ATPP)
www.digitallab.kiev.ua
The international Altera’s certificate
www.digitallab.kiev.ua
9
10
Our main goals
 Education of undergraduate and graduate
students
 Training of engineers from industry
 Own scientific research
www.digitallab.kiev.ua
11
Courses, hardware & software related to SoC
 First level: Education of all students includes the following courses:
- Functional-Logical Designing (with Introduction to Quartus II)
- Digital Electronics (using of Board UP2 & IDE Quartus II)
- RISC Microcontrollers
- Methods of DSP (using of MatLab and SimuLink tools)
- Computer Technologies of Designing (with Introduction to Verilog,
Board Cyclone Nios DK)
- Designing of SoC (using of Boards DE2, Cyclone Nios DK, Nios II IDE,
DSP Builder, ModelSim)
QUARTUS®
II
www.digitallab.kiev.ua
12
Courses, hardware & software related to SoC
 Second level:
Basic training courses (20 hours):
- The Quartus II Software Design Series: Foundation
- The Quartus II Software Design Series: Verification
- The Quartus II Software Design Series: Optimization
QUARTUS®
II
- The Quartus II Software Design Series: Timing Analysis
- Introduction to Verilog & Advanced Verilog Design
- Introduction to VHDL
- Designing with the Nios II Processor and SoPC Builder
- Designing with DSP Builder
- Designing with DSP Builder Advanced
www.digitallab.kiev.ua
13
Courses, hardware & software related to SoC
Core
• FPGA Cyclone II
I/O
• USB blaster
• VGA 10-bit DAC
• NTSC/PAL decoder
Memory
• SRAM 512 KB
• SDRAM 8 MB
• Flash 4 МB
• SD slot
Oscilloscopes
• 27 MHz
• 50 MHz
www.digitallab.kiev.ua
14
Courses, hardware & software related to DSP
 First level: Education of all students includes the following courses:
- Computer engineering & programming (C programming language)
- Functional-Logical Designing
- Digital Electronics
- Architecture of DSP-processors
- Methods of DSP (using of MatLab and SimuLink tools)
- Systems of Computer Vision (IDE Code Composer Studio with Board
TMDSVDP 6437 DaVinci family)
- Designing of Digital Equipment on the DSP (using of Board DSK C5510,
IDE Code Composer Studio)
www.digitallab.kiev.ua
15
Training courses in DSP
 The following courses are performed:
- Architecture and programming of DSP-microcontrollers TMS320C28x
Digital Control (using IDE Code Composer Studio with Board F2812 DSK)
- F2812 32 bit fixed-point DSP
•
•
•
•
Including Code Composer Studio!
•
operating at 150MHz
18K words on-chip RAM, 128K words
on-chip Flash ROM enabling
standalone operation
64K words on-board RAM
On-board embedded IEEE 1149.1
JTAG controller. Supports C28xx
CCStudio debug tools
Expansion connectors for custom
applications. Parallel port host
5V operation. A/C adapter included
www.digitallab.kiev.ua
16
Training courses in DSP
Code Composer Studio
- DSP industry’s first
comprehensive, open
Integrated Development
Environment (IDE)
- Advanced visualization
- Intuitive ease-to-use
- Third-party plug-ins
- Visualization without
stopping the processoran industry first
www.digitallab.kiev.ua
17
Training courses in DSP
- Architecture and programming of DSP family C55x for audio
signal processing (using IDE Code Composer Studio with Board
C5510 DSK)
C5510 Features:
VC5510 fixed-point CPU running at 200MHz
 8MB SDRAM, 256K words of on-board Flash ROM
 On-board USB JTAG controller with “plug & play”
drivers, and RTDX support
 On-board IEEE 1149.1 JTAG for optional emulation
debug with XDS
 Expansion: Memory Interface, McBSP, GPIO, and HPI (host-port i/f)
 Stereo in & out: TU TLV320AIC23 24-bit codec. Four 3.5mm jacks
 5 volt operation

+ Full-feature Code Composer Studio Software!
www.digitallab.kiev.ua
18 8
Training courses in DSP
- Architecture and programming of DSP DaVinci family C64x for
video signal processing (using IDE Code Composer Studio with
Board TMDSVDP 6437)
 DSP & Memory:
 600MHz DM6437 DSP
 128 Mbytes of DDR2
 Flash Memory Interfaces
 16 Mbytes of non-volatile
Flash memory
 64 Mbytes NAND Flash
 1 TVP5146M2 video decoder,
supports composite or S video
 Four video DAC outputs - component,
RGB, composite (three populated)
 UART, CAN I/O, and VLYNQ
Interfaces
 2 Mbytes SRAM
 AIC33 stereo codec
 I2C Interface with onboard eeprom
and expanders
 10/100 MBS Ethernet Interface
 Configurable boot load options
 Embedded JTAG emulation interface
 Single voltage power supply (+5V)
 Expansion connectors for daughter
card use
 S/PDIF Interface, analog, and optical
www.digitallab.kiev.ua
19 8
Training courses in DSP
www.digitallab.kiev.ua
20
Courses, hardware & software related to MC
 First level: Education of all students includes the following courses:
- Computer engineering & programming (C programming language)
- Functional-Logical Designing
- Digital Electronics
- CISC & RISC Microcontrollers (51 Core & AVR)
- Peripheral devices (using of Experimental Boards MSP-EXP430FG4618,
IDE Kickstart or IAR Workbench, the additional Boards Tmote Sky and
Chipcon CC2420 DSK)
www.digitallab.kiev.ua
21
Training courses in microcontrollers

Second level: The following courses are performed:
- Architecture and programming of MC family MSP430 (using of IDE
Kickstart or IAR Workbench with Experimental Board MSPEXP430FG4618/F5438)
www.digitallab.kiev.ua
22
Training courses in microcontrollers
- The wireless technology ZigBee based on radio modem of Chipcon-TI
CC2420/2520 (using the additional Board Tmote Sky, Chipcon CC2420
DSK and Experimental Board MSP-EXP430FG4618)
ZigBee-module Tmote Sky
from Moteiv Co., USA
(RFT CC2420 + MС MSP430F1611)
СС2420DK Development Kit
from Chipcon-TI
ZigBee-module Digital Lab, Ukraine
(RFT CC2420 + MС MSP430F149), 2005
www.digitallab.kiev.ua
23
Training courses in microcontrollers
- OMAP of Texas Instruments based on BeagleBoard-xM
BigleBoard-xM
www.digitallab.kiev.ua
24
Our Web page: www.digitallab.kiev.ua
www.digitallab.kiev.ua
15
25
Altera & Digital Lab of NTUU “KPI”
Mrs. Margit Tishler’s (Manager for Eastern Europe of Altera) visit to
the Digital Lab, August 11, 2010
Photo: At the entrance to the main building of University
www.digitallab.kiev.ua
15
26
Texas Instruments & Digital Lab of NTUU “KPI”
Mr. Robert Owen’s (University Programme Manager of
Texas Instruments) visit to the Digital Lab, March 24, 2010
Photo: (1) – Presentation of Digital Lab, Prof. O. Lysenko; (2) – Presentation of new
products of University Programme of Texas Instruments, Mr. R. Оwen
www.digitallab.kiev.ua
27
Texas Instruments & Digital Lab of NTUU “KPI”
Participate in a beta-test phase of a new C5000 Teaching ROM
Title
First Name
Last Name
University
Ivo
Oesch
Berner Fachhochschule
Carlos
Luis Bernal Quintero
Universidad Autonoma de Guadalajara
Daniel
Santana
Instituto Tecnolуgico y de Estudios Superiores de Monterrey
(ITESM)
DR
S.J.
Thiruvengadam
Thiagrajar college of engineering
DR
S.Mohammed Mansoor
Roomi
Thiagrajar college of engineering
DR
VijayKumar
anna university -coimbatore
Prof
Balakumar
Coimbatore Institute of Technology
vel
anna university-chennai
valarmathy
Bannari amman institute of technology
Peter
Karsmakers
KH Kempen
Prof.
Reinhold
Unterricker
FH Landshut
DR
Dr. Marcelino
Martinez Sober
University of Valencia
DR
Oleksandr
Lysenko
Kiev Politechnical Inst. NTUU
PHD
Humberto
R. Gamba
UTFPR/CPGEI
PHD
Fabrнcio
O. Ourique
Pontifical Catholic University of Rio Grande do Sul
DR
Ricardo Josй
de Oliveira Carvalho
FURB - Universidade Regional de Blumenau
DR
Rubem
Dutra R. Fagundes
Faculdade de Engenharia
Leo
Wang
Birmingham City University
DR
Josй
Antonio Gutiйrrez Gnecchi
Instituto Tecnolуgico de Morelia
DR
Francesco
Guidi
Universitа degli Studi di Firenze
DR
Kumar
Prof
www.digitallab.kiev.ua
28
Digital Lab on MECO 2012
From June 19-21, 2012 Digital Lab participated in the Mediterranean
Conference on Embedded Computing (MECO 2012), Montenegro, Bar and
had 2 guest educational scientific training-seminars:
- SoC Design Methods and Tools;
- DSP Design in an Educational and Research Process.
Besides that, PhD students I.Korotkyi, O.Romanov, A.Varfolomieiev and
Prof. O.Lysenko presented 3 papers:
- A. Varfolomieiev, V. Dzyuba, O. Lysenko. Implementation
of a Real-Time Object Detection System on a TI
TMS320DM6437 DSP;
- I. Korotkyi, O. Lysenko. Application-Specific
Network-on-Chip with Link Aggregation;
- O. Romanov, O. Lysenkо. The Comparative Analysis of
the Efficiency of Regular and Pseudo-optimal Topologies
of Networks-on-Chip Based on Netmaker.
Photo: Participant registration on MECO 2012 Conference (from left to right):
Prof. O.Lysenko, PhD students A.Varfolomieiev, O.Romanov and senior lecturer O.Antonuyk
www.digitallab.kiev.ua
29
Digital Lab on MECO 2012
Photo: (1) – Presentation of Digital Lab,
Prof. O. Lysenko
(3) – Senior lecturer O.Antonyuk and
PhD student O.Romanov at seminar training
(2) – Lecture of PhD student I.Korotkyi
(4) – Lecture of PhD student A.Varfolomieiev
www.digitallab.kiev.ua
30
Digital Lab on MECO 2012
Gratitude Certificate for best
Conference training
Achievement Award for best Conference paper
(Prof. O. Lysenko, PhD student I.Korotkyi)
Photo - Prof. O.Lysenko with his PhD students A.Varfolomieiev, O.Romanov
and I.Korotkyi near the well-known sight of Montenegro – St. Stephan Island
www.digitallab.kiev.ua
31
Digital Lab today
www.digitallab.kiev.ua
32
Digital Lab today
www.digitallab.kiev.ua
33
Digital Lab’s main directions of collaboration
1. R&D of control and monitoring systems for different applied tasks:
- processing of signals from sensors of different physical quantities,
formation of control actions on actuators according to given control
law;
- preprocessing of analog signals, agreement with signal sources,
filtration, measurement and transmission of data through standard
interfaces.
2. R&D of control systems for low-powered follow-up
(by speed and/or position) motors:
- for commutatorless three-phase motors;
- DC motors;
- stepping motors.
3. R&D of systems for realization of different DSP algorithms:
- based on DSP of Texas Instruments;
- based on FPGA of Altera or Xilinx.
www.digitallab.kiev.ua
34
Digital Lab’s main directions of collaboration
4. R&D of IP-blocks for development of SoC and NoC using VHDL,
Verilog, System Verilog and System C languages.
5. R&D of distributed signal processing systems from sensors based on
wireless ZigBee technology.
6. R&D of video signal processing systems:
- for image identification;
- for solving problems of automatic tracking of objects.
The modern electronic components are used:
- DSPs from С2000, С5000 and С6000 families and ARM Cortex A8 & DSP C64x+
of Texas Instruments;
- low-powered microcontrollers MSP430 of Texas Instruments and
AVR microcontrollers of Atmel;
- FPGA of Altera and Xilinx;
- radiotransceivers of CC24/25 хх family of Сhipcon-Texas Instruments.
www.digitallab.kiev.ua
35
Digital Lab: contact information
Thank you for attention!
Questions?
Oleksandr Lysenko, Prof.
Head of Department of Design of Electronic Digital Equipment & Digital Lab
National Technical University of Ukraine "Kyiv Polytechnic Institute"
Faculty of Electronics
37, Peremogy ave.,
Kyiv, 03056, Ukraine
Tel.+380-44-454-93-63
E-mail: o.lysenko@kpi.ua
Web: www.digitallab.kiev.ua
http://keoa.kpi.ua
www.digitallab.kiev.ua