Development of new generation of communications systems Development of new generation of communications systems on the basis of telecommunicationon the basis of telecommunication and digital technologies and digital technologies

convergenceconvergence

Development of new generation of communications systems Development of new generation of communications systems on the basis of telecommunicationon the basis of telecommunication and digital technologies and digital technologies

convergenceconvergence

Training of highly qualified experts capable to develop Training of highly qualified experts capable to develop next next generationgeneration of wireless communications technologiesof wireless communications technologies

Training of highly qualified experts capable to develop Training of highly qualified experts capable to develop next next generationgeneration of wireless communications technologiesof wireless communications technologies

April, 2004April, 2004

WL

Promotion of Intel technologies

Promotion of Intel technologiesRemote On-line Remote On-line

EducationEducation

Remote On-line Remote On-line EducationEducation

Assisting Intel in hiring process

Assisting Intel in hiring process

Research

activities

Research

activities

Long-term Long-term

Aimed at current technologies

Aimed at current technologies

Educational activities

Educational activitiesDevelopment

of new IT courses

Development of new IT courses

Trainings for students in IT

Trainings for students in IT

DSP algorithms Antennas and

propagation New technologies of

data transmission

DSP algorithms Antennas and

propagation New technologies of

data transmission

Electromagnetic compatibility Element base of new frequency

band Chip-design Network technologies

Electromagnetic compatibility Element base of new frequency

band Chip-design Network technologies

22

Research of the noise-immunity of digital radio

The sensor ad hoc network with collective information transmission

Jam-resistant polyspectral data arrays transmission

Chaos application in communication systems

Research of the noise-immunity of digital radio

The sensor ad hoc network with collective information transmission

Jam-resistant polyspectral data arrays transmission

Chaos application in communication systems

33

Results:Results:Results:Results:

2,5 – 3 times improvement in resolution

Of SNOM (images of the output mirror

of semiconductor lasers),

STM (observation of subatomic

structures),

Auger images of test structure

2,5 – 3 times improvement in resolution

Of SNOM (images of the output mirror

of semiconductor lasers),

STM (observation of subatomic

structures),

Auger images of test structure44

The course focuses on the main features of radiowave

propagation in the systems of mobile communication. Some basic

phenomena accompanying urban propagation, such as multipath

propagation, shadowing, attenuation, time-delay spread,

diffraction and others are described.

The course focuses on the main features of radiowave

propagation in the systems of mobile communication. Some basic

phenomena accompanying urban propagation, such as multipath

propagation, shadowing, attenuation, time-delay spread,

diffraction and others are described.

AB

O

A B O

0 0

0 1

1

1 1

0

1

1

1

0

Truth table

NAND gate

Automat theory, Introduction into VHDL,

Designing processors on PLD, Digital circuit

design…

Automat theory, Introduction into VHDL,

Designing processors on PLD, Digital circuit

design…

55

B 0 B1

B 2

B 3

B 4

WINTER School-2003WINTER School-2003

SUMMER School-2003SUMMER School-2003

WINTER School-2004WINTER School-2004

• Duration - 32 days• Courses - 12 • Seminars - 8

• Participants - 50, From: Nizhni Novgorod,

St.Petersburg, Dnepropetrovsk, Novosibirsk, USA• 9 students selected

• Duration - 32 days• Courses - 12 • Seminars - 8

• Participants - 50, From: Nizhni Novgorod,

St.Petersburg, Dnepropetrovsk, Novosibirsk, USA• 9 students selected

• Duration – 8 days• Courses - 4 • Seminars - 2

• Participants - 30

• 15 students selected

• Duration – 8 days• Courses - 4 • Seminars - 2

• Participants - 30

• 15 students selected

• Duration – 7 days• Courses - 11 • Seminars - 5

• Participants - 72,

From: Nizhni Novgorod, Moscow & St.Petersburg

• 32 students selected

• Duration – 7 days• Courses - 11 • Seminars - 5

• Participants - 72,

From: Nizhni Novgorod, Moscow & St.Petersburg

• 32 students selected 66

Goals and Seminar activities:Goals and Seminar activities: PPresentation and discussion of the state-of-the-art of wirelessresentation and discussion of the state-of-the-art of wireless

communication technologycommunication technology..

TTraining of students with a broad range of scientific interestsraining of students with a broad range of scientific interests..

Invited speakers Invited speakers nationalnational and foreign research groups. and foreign research groups.

Reports about investigations conducted in the Lab. Reports about investigations conducted in the Lab.

Goals and Seminar activities:Goals and Seminar activities: PPresentation and discussion of the state-of-the-art of wirelessresentation and discussion of the state-of-the-art of wireless

communication technologycommunication technology..

TTraining of students with a broad range of scientific interestsraining of students with a broad range of scientific interests..

Invited speakers Invited speakers nationalnational and foreign research groups. and foreign research groups.

Reports about investigations conducted in the Lab. Reports about investigations conducted in the Lab.

23 scientific presentations and 46 students’ reports

on wireless communication and related areas

23 scientific presentations and 46 students’ reports

on wireless communication and related areas

« Radio frequency identification systems: theory and « Radio frequency identification systems: theory and

practice (RFID)»practice (RFID)» VVladimirladimir Il'in Il'in, IAP RAS, IAP RAS

«Self-Assembly Metallic Microparticles in Strong Electric «Self-Assembly Metallic Microparticles in Strong Electric

Fields»Fields» Igor Aronson, Argonne National Laboratory (USIgor Aronson, Argonne National Laboratory (USA)A)

«Terahertz emitters of silicon-germanium laser structures»«Terahertz emitters of silicon-germanium laser structures»

Prof. P. Harrison, School of Electronic and ElectricalProf. P. Harrison, School of Electronic and Electrical

Engineering, University of LeedsEngineering, University of Leeds, UK, UK

« Radio frequency identification systems: theory and « Radio frequency identification systems: theory and

practice (RFID)»practice (RFID)» VVladimirladimir Il'in Il'in, IAP RAS, IAP RAS

«Self-Assembly Metallic Microparticles in Strong Electric «Self-Assembly Metallic Microparticles in Strong Electric

Fields»Fields» Igor Aronson, Argonne National Laboratory (USIgor Aronson, Argonne National Laboratory (USA)A)

«Terahertz emitters of silicon-germanium laser structures»«Terahertz emitters of silicon-germanium laser structures»

Prof. P. Harrison, School of Electronic and ElectricalProf. P. Harrison, School of Electronic and Electrical

Engineering, University of LeedsEngineering, University of Leeds, UK, UK77

45 students and 20 experts are involved in the lab activities.

10 research teams are currently working on 15 initiative projects.

8 courses and 5 laboratory works have been designed and modified.

310 Lecture have been delivered.The students have prepared 46 reports on wireless

communication.2 Winter and summer schools and a students’

conference have been held.

45 students and 20 experts are involved in the lab activities.

10 research teams are currently working on 15 initiative projects.

8 courses and 5 laboratory works have been designed and modified.

310 Lecture have been delivered.The students have prepared 46 reports on wireless

communication.2 Winter and summer schools and a students’

conference have been held.88