WELCOME TO N2Y - C2RD!

Welcome to the home page of the Nuh Naci Yazgan University Center for Communications Research and Development (N2Y – C2RD). N2Y – C2RD was established on May 29 2015 with the grants received from the Nuh Naci Yazgan University, Texas Instruments, Industrialists in Kayseri and KTU graduates in Kayseri. Currently, N2Y – C2RD has one full-time faculty member, nine undergraduate students conducting research on high-speed wireless/mobile/satellite communications. N2Y – C2RD also has close collaborations and joint projects with the KTU - DSP Lab. and ERU – WCS-RL.

ANNOUNCEMENT

  • Waveform design for 6G and beyond
  • Alternative waveform design to OFDM
  • Visible light communications
  • OFDM index modulation
  • Automatic modulation recognition of communication signals
  • Finding and positioning of the sound sources from the near / far distance
  • Massive MIMO
  • Under collapse alive / dead detection and positioning
  • Signal jamming / analysis
  • Cooperative Communications
  • Cognitive Radio
  • DSP – FPGA

  • MSc, PhD and Post-Doctoral research studies are planned in the above-mentioned topics. Interested candidates should apply to the address specified in the contact page via e-mail and telephone or in person.
    Nuh Naci Yazgan University Department of Electrical and Electronics Engineering

    Research Projects

    • Waveform design for 6G and beyond
    • Massive MIMO design for 5G Mobile Communications
    • Antenna design for millimeter wave communications
    • Antenna design for under collapse alive / dead detection and positioning
    • Electronic nose for determining the position of explosives and narcotics
    • Wireless mine tracking system

    Upcoming Events

    • IEEE 25th Signal Processing and Communications Applications SIU 2017, May 15-18, 2017, Antalya, Turkey, http://www.siu2017.org/.
    • ISNCC 2017 — International Symposium on Networks, Computers and Communications, 17–19 May, Marrakesh, Morocco, http://www.isncc-conf.org/.
    • IEEE ICC 2017 — 2017 IEEE International Conference on Communications, 21–25 May, Paris, France, http://icc2017.ieee-icc.org/.
    • IEEE 5G Summit 2017, will be held on June 5, 2017, in Istanbul, Turkey.
    • IEEE 5G Summit 2017, will be held on June 5-6, 2017, in Honolulu, Hawai.
    • IEEE BlackSeaCom 2017 — IEEE International Black Sea Conference on Communications and Networking, 5–9 June, Istanbul, Turkey, http://blackseacom2017.ieee-black seacom.org/.
    • GIoTS 2017 — Global Internet of Things Summit, 6–9 June, Geneva, Switzerland, http://iot.committees .comsoc.org/global-iot-summit-2017/.
    • IEEE CTW 2017 — IEEE Communication Theory Workshop, 11–14 June, Natatola Bay, Fiji, http://ctw2017.ieee -ctw.org/.
    • IEEE LANMAN 2017 — IEEE Workshop on Local & Metropolitan Area Networks, 12–15 June, Osaka, Japan, http://lanman2017.ieee -lanman.org/.
    • EuCNC 2017 — European Conference on Networks and Communications, 12–15 June, Oulu, Finland, http://eucnc.eu/?q=node/156.
    • IEEE ISCC 2017 — IEEE Symposium on Computers and Communications, 3–6 July, Heraklion, Greece, http://www.ics.forth.gr/iscc2017/index.html.
    • IEEE 5G Summit 2017, will be held on July 11, 2017, in Thessaloniki, Greece.
    • ICCCN 2017 — International Conference on Computer Communication and Networks, 31 July–3 August, Vancouver, Canada, http://icccn.org/icccn17/.

    Recent Publications

    • A Novel Hybrid OFDM Technique for 5G
    • A Novel Approach for Improving Carrier Frequency Offset Tracking Performance of Frequency Domain Channel Equalizer Employed in OFDM Systems
    • A Novel Approach for Improving Performance of Time Domain Channel Equalizer Employed in Multi Carrier Communication Systems
    • A Novel Single Carrier Frequency Domain Equalizer Based on Discrete Wavelet Transform
    • A Novel Walsh Hadamard Based Approach for Improving Performance of Zero Tail OFDM Systems
    • A Frequency Domain Channel Equalizer for Discrete Wavelet Transform Based OFDM System
    • An Analyses of The CFO Tracking Performances in Single and Multi-Carrier WiMAX Radio
    • Fast Convergence Algorithm for Blind Channel Estimation and Equalization using CMF-DFE.
    • A Novel Modulation Recognition Technique Based on Artificial Bee Colony Algorithm in the Presence of Multipath Fading Channels.
    • A New Step Size Control Technique for Blind and Non-Blind Equalization Algorithms.
    • A Novel Variable Step Size Adjustment Method Based on Autocorrelation of Error Signal for the Constant Modulus Blind Equalization Algorithm.
    • A Comparative study of blind and non-blind trainings in single carrier WiMAX (IEEE 802.16-2004) radio.