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Public EUWB Deliverables

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EUWB R&D project deliverable documents containing public information are available for download here on this page.

 

Number Title of Deliverable
Document
Extra
White Paper on Ultra-Wideband: Past, Present and Future (01-06-2011)
pdf
D1.3 Public project presentation
pdf
D2.1.1
Spectrum sensing and monitoring
pdf
D2.1.2
MB-OFDM-based “sniffer” function
pdf
D2.2.1
Interference definition and specification
pdf
D2.2.2
Interferer identification algorithms
pdf
D2.2.3
Interferer classification
pdf
D2.3.1
Interferers localisation/tracking methods
pdf
D2.3.2
Radio environment map
pdf
D2.4.1 Requirements for UWB mitigation techniques for IR UWB and OFDM UWB pdf
D2.4.2
Interference mitigation techniques algorithms
pdf
D2.4.3
Co-operative coding, modulation and power control strategies
pdf
D2.4.4
Multiple antennas and beamforming algorithms
pdf
D2.4.5
Multi-source/node distributed network coded modulation - concepts, structures, algorithms and performance evaluation
pdf
D2.5.1
Scenarios and requirements for networking co-operation/ negotiation
pdf
D2.5.2
Networking co-operation and negotiation algorithms
pdf
D2.6.1
Cognitive signalling concepts scenarios and requirements
pdf
D2.6.3
CR-UWB based control unit
pdf
D2.6.4
DCPC architecture, communication mechanisms and protcols
pdf
D2.7.1
Architecture definition of CR experimental test-bed
pdf
D2.7.2
Experimental cognitive radio test-bed
pdf
D3.1.1 Definition of system concepts, requirements and application scenarios pdf
D3.1.2a Application-specific MIMO-UWB channel measurements and parameter extraction (initial) pdf
D3.1.2b
Application-specific MIMO-UWB channel measurements and parameter extraction (final) pdf
D3.1.3 Application-specific channel modelling with spatial and temporal correlation analysis of the theoretical limits of MIMO-UWB pdf
D3.3.1
Application-aware algorithm and system design for extremely high data rates
pdf
D3.3.2
Application-aware algorithm and system design for link quality enhancements and range extension for VHDR
pdf
D3.3.3
Application-aware algorithm and system design for multi-user enhancements for VHDR
pdf
D3.4.1
Resource evaluation and prediction of multiple antenna solutions via prototyping
pdf
D4.1.1
Initial LT algorithms
pdf
D4.1.2a
Enhanced LT algorithms with heterogeneous information (initial)
pdf
D4.1.2b
Enhanced LT algorithms with heterogeneous information (final)
pdf
D4.2.1
Initial development of dissemination methods and evaluation
pdf
D4.2.2
Enhanced dissemination methods and evaluation
pdf
D4.3.1
Evaluation of requirements for the LT engine implementation (LDR and HDR platforms)
pdf
D4.3.2a
Implementation of the enhanced LT engine implementation with mobility management (LDR and HDR) (initial)
pdf
D4.3.2b
Implementation of the enhanced LT engine implementation with mobility management (LDR and HDR) (final)
pdf
D4.4.1a
Analysis of the impact of location information on communication systems (initial)
pdf
D4.4.1b
Analysis of the impact of location information on communication systems (final)
pdf
D4.4.2   
Analysis of the impact of location and mobility information on communication systems
pdf
D4.5.1
Analysis of location awareness in wireless/cellular networks
pdf
D4.5.2a
Algorithms and strategies for communication systems with location awareness (initial)
pdf
D4.5.2b
Algorithms and strategies for communication systems with location awareness (final)
pdf
D5.1 Application definition and system requirements for multimode/ multiband radios pdf
D5.2.1  Study of multiplexing and switching strategies in Bluetooth v3.0 hybrid radio system and for VHDR WiMedia/60 GHz multiband radio system pdf
D5.3.1
VHDR WiMedia/60 GHz multiband radio, specification of verification block
pdf
D6.1.1 Definition of application scenario and definition of requirements pdf
D6.2.2
Study of capability in UWB picocells and higher layer requirements for heterogeneous net
pdf
D6.2.3
Picocell tests using advanced UWB platforms
pdf
D6.2.4   
UWB in existing and future radio access network: coexistence aspects
pdf
D6.3.1
Requirements ans specification of services based on location awareness
pdf
D7.1.1a LDR-LT platform requirements, feasibility analysis and specification (initial) pdf
D7.1.1b
LDR-LT platform requirements, feasibility analysis and specification (final)
pdf
D7.1.2a (V)HDR platform requirements, feasibility analysis and specification (initial) pdf
D7.1.2b
(V)HDR platform requirements, feasibility analysis and specification (final) pdf
D7.1.3
Combined LDR-LT/HDR platform, feasibility analysis and specification
pdf
D7.4.1a
LDR-LT platform (HW/SW) provision to different activity clusters (initial)
pdf
D7.4.1b
LDR-LT platform (HW/SW) provision to different activity clusters (final)
pdf
D7.4.2a (V)HDR platform (HW/SW) provision to different activity clusters (initial) pdf
D7.5
Combined LDR/HDR platform study results
pdf
D8a.1 Scenario description for public transport applications pdf
D8a.4
Test and verification of the demonstrator for public transport applications
pdf
D8b.1 Scenario description for automotive environment applications pdf
D8b.2 System parameters for automotive environment applications pdf
D8b.3
System simulation environment
pdf
D8b.4
Channel model for complex automotiv scenarios (in-car)
pdf
D8b.5
Verification of channel model by measurement
pdf
D8b.9
Performance verification of LDR wireless communication in-car demonstrator
pdf
D8c.1 Scenario description for multiband/multimode UWB home environment applications pdf
D8c.5
Performance verification of the multiband UWB-60 GHz demonstrator within home environment
pdf
D8c.6 Scenario description for localisation/tracking application for home audio applications pdf
D9.1 World-wide regulation and standardisation overview pdf
D9.2a Regulation and standardisation plan (initial) pdf
D9.2b
Regulation and standardisation plan (updated)
pdf
D9.2c
Regulation and standardisation plan (final)
pdf
D9.3
Contributions to update the ECMA standard
pdf

 

 

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