WiPLi Lab
Wireless and Power Line Communications Laboratory
WiPLi Lab Group January 2009 and November 2010

WiPLi Lab Group December 2012
Mission
The WiPLi Lab conducts research on next generation wireless and power line systems. It developes innovative applications and technical solutions for next generation wireless and power line systems, infomobility, smart grids
Basic Research
The WiPLi Lab group members are addressing basic research problems among which:- fundamental limits of wireless communications
- analysis of multiple access channels
- multiuser detection
- optimal design of filter bank modulation schemes
- space-time coding schemes
- wireless localization techniques
- RFID protocols
- WLAN, UWB and 60 GHz sytem analysis
Applied Research
The WiPLi Lab aims at transfering the knowledge that is acquired through basic research endeavours, into practical solutions and systems. Technology transfer is implemented via the participation in industrial projects and consultancy activity. Significant experience has been gained by the group starting from the conceivement of ideas, applications, market opportunities, to specific technical solutions in the ICT world.Technical Solution Design and Prototyping
- System design based on innovative technical solution
- Hardware prototyping for evaluation of performance, feasibility and cost
Technical Feasibility Studies
- Analysis of requirements and technical feasibility
- Analysis of existing solutions and development of custom solutions
Ideas and Applications
- Conceivement of applications and business opportunities
- Development of business plans for technical and economical feasibility study
Equipment
The WiPLi Lab is equipped with state of the art workstations for numerical analysis and measurement equipment up to 20 GHz. An anechoic chamber for RF antenna tests and EMC tests is also available. A development platform for rapid prototyping of wide band MIMO systems has been built, as well as PLC couplers and PLC configurable modems.Main Equipment list:
- Agilent Infiniuum DSO91304A Digital Oscilloscope (13 GHz, 40 Gs/s, 4 ch)
- Tektronix Digital Oscilloscope (4 Ch, 4 GHz)
- Agilent Network Analyzer E5061B (3 Ghz)
- Agilent Impedence Analyzer (1 GHz)
- Agilent CXA Signal Analyser N9000A (7.5 GHz)
- Agilent PSG Vector Signal generator E8267D (20 GHz)
- Agilent Arbitrary Waveform Generator 81150A (2 Ch, 120 MHz)
- Lyrtech base band platform with Xilinx Virtex 4 + RF front-end
- Avnet base band platform with Xilinx Virtex 6
- Base band FPGA development kits
- Microcontroller development kits
- Time Domain UWB PulseOn 210 Development Kits
- PLC prototype couplers
- Wirenet PLC modem prototype
- 15 PC workstations
