(Z-14) Transmission and Optical Technologies Department Print E-mail
Written by Administrator | Thursday, 15 July 2010 10:23   
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The Department conducts research and implementation work on advanced optical communications. This includes research on ultra-fast transmission in optical transparent networks, wavelength multiplexing (DWDM and CWDM), optical fibre access (FTTH), nonlinear optical effects, application of innovative photonic crystal technologies, microstructured fibres, characterization of polarization mode dispersion (PMD), reliability of optical components and networks, design, modelling and optimization of optical networks, implementation of optical IP networks, research on elastic optical networks, energy efficiency, and assurance of Quality of Service (QoS).

The Department has annually organized the International Conference on Transparent Optical Networks (ICTON) since 1999.

Participation in projects:

Industry Driven Elastic and Adaptive Lambda Infrastructure for Service and Transport

  • Networks – EU FP7 IDEALIST (2012–2015). The project aims at designing and developing innovative transport solutions, compatible with new bandwidth consuming applications (e.g. 3D video, cloud, etc.) based on Elastic Optical Networks equipped with a multidomain and multi-technology control plane enabling adaptive network and service interworking. Conducted by an international consortium.
  • Modelling and optimization of elastic optical networks for 100+ Gbit/s – ESO (2011–2014), granted by the National Science Centre (NCN) within the SONATA program, concerns the design of elastic optical (fibre) communication networks being a successor of the current DWDM networks and able to support efficiently the multi-rate and huge-bandwidth (100+ Gb/s) connections provisioning for the current and next generation Internet networks.
  • In 2013, various aspects of elastic optical networks (EON) were addressed, especially: data center location, provisioning of cloud computing traffic, elastic spectrum allocation for time-varying traffic, and dedicated path protection. The project achievements were presented in several publications listed in Journal Citation Report and at leading international conferences in optical networking field.
  • Monitoring System for Telecom Infrastructure – SMIT (2012–2014), executed with Asseco Poland PLC. This project is aimed at the development of versatile, centralized monitoring system for telecom plant (cable lines, manholes, street cabinets, base stations of mobile networks, etc.), capable of automatic detection of cable cuts, facility break-ins and slowly-developing failures by means of advanced data analysis software. SMIT system is communicating with Supervision Center over IP data network. The system also includes electronic sensors deployed in unmanned facilities, used for detection of break-ins, attempts of cable theft, flooding, extreme temperature, explosive gas, etc. Events recorded by the system are displayed on maps and memorized in database. The system is being tested by Orange Polska and can be adopted to monitor other kinds of facilities as well. The project was run jointly by Z2 and Z14 Departments
  •  COST Action TD1001 Novel and Reliable Optical Fibre Sensor Systems for Future Security and Safety Application OFSeSa (2010–2014).
  • COST Action IC 0804 Energy Efficiency in Large Scale Distributed Systems (2009–2013).

Achievements in 2013:

  • Models and algorithms were developed for optimization of various network scenarios. In particular: an advanced optimization algorithm for solving design problems including routing and spectrum allocation in EONs, based on column generation technique; optimization algorithms for semi-transparent OBS networks.
  • Several models of signal propagation and estimation of NLI power increase in single-mode optical fibre were developed, including guidance of orthogonal polarization modes and Raman amplification. The Gaussian Noise (GN) theoretical model was adopted to calculate transmission reach in EON networks, useful for network optimization.
  • Advanced research in the field of developing theoretical/numerical methods for investigation of plasmonic photonic structures was done, with a significant progress in understanding and applications of micro- and nanoscale optical phenomena. This research included in particular: lattices of Ag nanowires, double-periodic gyrotropic layers,optical fiber vector sensor for bending and strain, temperature sensors based on ring waveguides filled with liquid crystals, microwave electro-optic modulators based on FP micro-resonators

Competences and offers:

  •  Conformance and certification testing of optical fibre cables and passive components, in particular connectors and patch cords; measurements of: attenuation, return loss, PMD, OTDR, environmental tests, etc.
  •  Expertise in installation and testing of optical fibre local, access, metro and core networks.
  •  Consultancy and training services for operators and installers of fibre networks.
  •  Modelling, design and optimization of modern optical communication networks considering the quality of service (QoS), physical layer impairments (PLI), energy efficiency (EE), and elastic spectrum assignment (SA).
  •  Modelling of physical constrains in optical communication systems, fibre access networks (FTTH-PON), DWDM and ultra-fast terabyte transmission with self-developed Fibre Optic Communication System Simulator.
  •  Expertise in photonic crystal technologies, microstructured fibres (PCF) and subwavelength photonics.
  •  Standardization work on cables, components and materials for communication networks.

Contact

Head of Department: Marek Jaworski, PhD, Assistant Professor

Phone: (+48) 22 5128 26

e-mail: This e-mail address is being protected from spambots. You need JavaScript enabled to view it

Secretary: Hanna Skrobek

Phone: (+48) 22 5128 715 

Fax:     (+48) 22 5128 347

Last Updated on Thursday, 28 August 2014 13:18