Reports, papers, books, video

Since its inception in 2006, IS-Wireless is very active on various fora, both in Poland and internationally. Here you can find a set of items we authored, co-authored or in any other way contributed to.
 

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Towards 5G, Applications, Requirements & Candidate Technologies

R. Vannithamby, S. Talwar; Wiley, 2016

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OFDMA for Broadband Wireless Access

Pietrzyk S; Artech House, 2006

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Open RAN: otwarta architektura sieci 5G (open 5G network architecture)

PLNOG23 Conference Kraków, 24.09.2019

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5G Panel

PLNOG23 Conference Kraków, 24.09.2019

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How 5G technology is revolutionizing industrial IoT?

Impact CEE; Kraków, 22.05.2019

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5G: cost or saving?

PLNOG Conference; Warsaw, 12.03.2019

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Softwarization of telecom infrastructure: what can we expect in 5G?

Vision4Tech Conference; Budapest, 08.11.2017

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Connectivity panel discussion - Moderator: Gábor Magyar

Vision4Tech Conference; Budapest, 08.11.2017

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Open RAN: otwarta architektura sieci 5G (open 5G network architecture)

PLNOG23 Conference Kraków, 24.09.2019

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5G: Cost or Saving?

Chećko A., Cieloch R. PLNOG; Warsaw 12.03.2019

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5G Facts and Myths

Pietrzyk S. PLNOG; Kraków, 02.10.2018

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EuWireless Project and SME experience in FIRE

Pietrzyk S. EWSN Industrial Panel; Madrit, 16.02.2018

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Modular virtualization framework for management and support of PNFs and VNFs in the context of vRAN 5G Small Cell Protocols

Jemielity M., Pietrzyk S. part of Industry Presentations and Demonstrations, IEEE Globecom; Singapore, 12.2017

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Software-defined RAN for 5G and beyond – how flexible can it really be?

Pietrzyk S. part of panel on “5G Wireless Networks and Experimental Testbeds” IEEE Globecom; Singapore, 12.2017

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Software-defined RAN for 5G and beyond – how flexible can it really be?

Pietrzyk S. Visions for Future Communications Summit; Lisbon, 10.2017

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5G Toolset – The Easiest Way to Explain Signal Processing in Communication

Ul, M., Kwiatkowski, Ł. Signal Processing Symposium, 09.2017

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5G Small Cells as the enabling ComTech solution

Pietrzyk, S. IEEE ICC; 05.2017

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5G versus 4G waveforms benchmarking based on link-level modeling tools and SDR hardware applied in education and research

Pietrzyk, S., Kwiatkowski, Ł. IEEE Globecom; 12.2016

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Carrier aggregation implementation on the open airinterface platform

Kaltenberger F. Crowncom; Grenoble, 01.06.2016

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Custom eNB scheduler and lessons learnt from OAI development

Jemielity, M. OAI Eurecom; 05.2016

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System-level modelling of HetNets, Carrier Aggregation and Scheduling in MATLAB

Pietrzyk S. IEEE Globecom; 12.2015

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From 4G to 5G: a (r)evolution?

Dryjanski M., Pietrzyk S. IEEE Globecom; 12.2014

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Current experiences and lessons learned towards defining pan-European mobile network operator for research – based on EU project EuWireless

In proc. of KKRRiT 2019 / Przeglad Telekomunikacyjny I Wiadomosci Telekomunikacyjne; 25-27.06.2019

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Monitoring and Analytics for the Optimisation of Cloud Enabled Small Cells

IEEE 23rd International Workshop on Computer Aided Modeling and Design of Communication Links and Networks; Barcelona, 2018

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EuWireless: Design of a pan-European Mobile Network Operator for Research

In proc. of EuCNC; 18-21.06.2018

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A pan-European infrastructure for research in mobile networks

In proc. of JCSD; 13-15.06.2018

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Management architecture for aggregation of heterogeneous systems and spectrum bands

IEEE Communications Magazine; 09.2016

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The Open AirInterface Application Programming Interface for Schedulers using Carrier Aggregation

(ISWCS): SAS5G: Workshop on Spectrum Aggregation and Sharing for 5G Networks; 20-23.09.2016

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5GNOW: Intermediate Frame Structure and Transceiver Concepts

IEEE Globecom; 12.2014

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Spectrum overlay through aggregation of heterogeneous dispersed bands

European Conference on Networks and Communications; 06.2014

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5GNOW: non-orthogonal, asynchronous waveforms for future mobile applications

Communications Magazine, IEEE , vol. 52, no. 2, pp. 97-105; 02.2014

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System-level interfaces and performance evaluation methodology for 5G physical layer based on non-orthogonal waveforms

Asilomar Conference on Signals, Systems, and Computers 2013, pp. 1659-1663; 11.2013

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5GNOW: Challenging the LTE Design Paradigms of Orthogonality and Synchronicity

Vehicular Technology Conference (VTC Spring), 2013 IEEE 77th, pp. 1-5; 06.2013

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D2.1 System Use Cases and Requirements

5G Essence

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D3.1 Techniques for advanced radio resource centralised management and 5G network coordination

5G Essence

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D4.1 Optimisation of virtualisation, orchestration, and resource allocation

5G Essence

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D6.1 Planning of demonstration and network services for Use Case 2

5G Essence

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D1.1 Technical and operational requirements

EuWireless

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D1.3 Enabling technologies

EuWireless

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D2.2 Overall System Architecture and Specifications

5G Essence

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D2.1 Initial EuWireless architecture

EuWireless

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D2.1 Carrier Aggregation over HetNets and h-RATs: Objectives, Scenarios and Requirements

FP7 Solder

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D2.2 Component-level requirements for scenarios and use cases

FP7 Solder

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D2.3 System-Level Requirements for Scenarios and Use Cases

FP7 Solder

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D3.1 Initial report of heterogeneous Carrier Aggregation in LTE-A and Beyond

FP7 Solder

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D3.2 Innovative solution for Carrier Aggregation in h-RATs, LTE-A and Beyond

FP7 Solder

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D3.3 Final report, Carrier aggregation in h-RATs: PHY, and system results

FP7 Solder

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D4.1 PoC Scenarios and system interfaces

FP7 Solder

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D4.2 PoC Scenarios and system interfaces

FP7 Solder

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D4.3 Experimental analysis of the integrated SOLDER system

FP7 Solder

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D2.1 Specification of showcases

eWINE

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D2.2 Development and integration of showcases

eWINE

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D2.1 5G Cellular Communications Scenarios and System Requirements

5GNOW

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D2.2 Consistent 5G Radio Access Architecture Concepts

5GNOW

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D3.1 5G Waveform Candidate Selection

5GNOW

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D3.2 5G Waveform Candidate Selection part 2

5GNOW

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D3.3 Final 5GNOW Transceiver and frame structure concept

5GNOW

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D4.1 Intermediate MAC Concept

5GNOW

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D4.2 Final MAC/Networking Concepts

5GNOW

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D5.1 Initial Demonstrator Concept

5GNOW

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D5.2 Final Assessment of Demonstrator Concept and Implementation

5GNOW

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