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Conference Documentation: Software Radio 2nd Annual Event

Product Type: Market Research Report
Published by: SMI Publishing, Ltd
Published: June 2002
Product Code: R215-162
Description
Missed an SMi Conference? Of course nothing compares with being there. But if you missed the recent SMi Conference on Software Radio 2nd Annual Event did you know you can still benefit from the event?

What the information package includes:
  • pages of presentations
  • the latest trends, industry data, forecasts, market analysis, competitor information, and much, much more.
Events are now available on CD-ROM, via .pdf, in hardcopy documentation and on audiocassette. There's no need to miss out on any key industry conferences - whether you could not make the dates, or you got tied up in last minute business meetings, you and your colleagues can still benefit. Take this unique opportunity to benefit from the market leaders' strategies. You can work through the conference materials at your leisure, whenever you want. The packages are now available in hardcopy or electronically. All conference documentation packages are dispatched once payment has been received after the event. Order online today to secure your copy.

Conference documentation features all the PowerPoint presentations and handouts from the event. Whether you're writing a report based on the latest industry trends, training colleagues or undertaking research, the documentation offers an invaluable source of leading edge knowledge.

Or capture all of the information presented at our conferences on professionally recorded audiocassettes. Your purchase includes a permanent reference of audiocassettes and the complete conference workbook.
Table of Contents
Day 1




8.30 Registration and Coffee




9.00 Chairman's Opening Remarks

Mr Allan Margulies, Chief Operating Officer, The SDR Forum.




9.20 THE NEED TO EVOLVE WITH TECHNOLOGY

Assessing the requirements of the US Joint Tactical Radio System


Status of the tri-service procurement process: is the criticism justified?

The need to procure a radio that is capable of developing with time

Involvement of industry in the definition of the communications architecture

The reasons behind its accelerated acquisition


Colonel Steven MacLaird, JTRS Program Director, US Army.




9.50 SOFTWARE RADIO IN THE UK

Software radio’s place in military equipment capability


The need to maximise future military capability

Opportunities offered by software radio

Potential for software radio in future equipment programmes


Lieutenant Colonel Mike Griffiths, S01 Global Infrastructure Infrastucture, MoD.




10.30 SOFTWARE RADIO IN FRANCE

A military view


Requirement

Programme of work

MMR programme

Future of software radios in France


Dr Michael Pascaud, Manager, DGA/DSA/SPOTI.




11.10 Morning Coffee




11.30 SOFTWARE DEFINED RADIO RESEARCH

A Roke Manor Research perspective


Introduction

Forming the basis for the fourth generation of mobile communications

Developing a reconfigurable radio architecture

Alternative radio systems

Possibilities and limitations

Future potential


Mr John Spicer, Wireless Technical Strategy, Roke Manor Research Ltd.




12.10 THE JOINT TACTICAL RADIO SYSTEM (JTRS)


Boeing’s proven capability in large-scale systems integration

The need to build a software-defined radio communications system

The “Cluster 1” systems integration and procurement contract

Design and integration of the JTRS architecture and legacy waveforms

Development of a new wideband network waveform

The qualification of two hardware production sources for up to 10,000 vehicular and airborne systems through low-rate initial production


Mr Alejandro Lopez, Director Network Comm Systems, Battle Mgmt/Command,




12.50 Lunch




1.50 AN OVERVIEW

Antennas for JTRS radios


The antenna problems related to wideband radios and new antenna solutions

Antennas: understanding the problems related to wideband radios

The existing state of the art

JTRS antennas

Obtaining the link characteristics of existing systems with wideband JTRS radios




2.30 SOFTWARE RADIO - A KEY ELEMENT FOR INTEROPERABILITY IN EUROPE

Requirements, constraints and perspectives


Development of new capabilities

Technical considerations

Achieving interoperability

Current European developments

Main challenges to address

Mr Christian Serra, Chief Engineer, Thales.

3.10 SOFTWARE DEFINED RADIO PROJECTS

Reconfigurable Omni-Band Radio (ROBR) project

Software radio implementation of a satellite ground terminal

SCA Reference Implementation (SCARI) project

Open architecture java implementation

Future possibilities


Mr Robin Addison, , Communications Research Centre.




3.50 Afternoon Tea




4.10 SOFTWARE RADIO BASE STATIONS FOR 3G UMTS

ADC and DSP challenges for fixed and distributed network architectures


UMTS evolution and developments

Software radios for fixed base stations

ADC and DSP limitations and challenges

Software radio based distributed base station architectures

Applications

Future developments


Dr Takis Mathiopoulos, Professor, University of British Colombia.




4.50 HANDHELD SDR


Issues

Adaptation of the operating environment

Examples of handheld SDRs


Dr John Bertrand, Director, System Engineering, ITT.




5.30 Chairman's Closing Remarks and Close of Day One




5.40 DRINKS RECEPTION Sponsored by: Chelton Antennas




Day 2




8.30 Re-registration and Coffee




9.00 Chairman's Opening Remarks

Dr Stephan Weiss, Communications Research Group, University Of Southampton.




9.10 TACTICAL COMMUNICATIONS

Transforming army tactical communications


Legacy communications - where we've been

Tactical communications - backbone for the tactical Internet

JTRS Cluster 1 - the future is now

Enabling the objective force

Where do we go from here?


Colonel John Grobmeier, Project Manager, PEO C3 Tactical, US Army.




9.40 THE UK’S PROGRAMMABLE DIGITAL RADIO (PDR) PROJECT

Reducing testing and implementation work needed to write software for PDRs


Developing new automated design techniques for the programming of PDRs

Project contributors and respective areas of research

A Waveform Description Language (WDL)

System demonstrations

USA’s tactical radio

NATO’s SATURN waveform

The effectiveness of the automated design process


Mr Mark Harrington, Programme Director, Software Radio, QinetiQ.




10.20 SOFTWARE DEFINED RADIO SOLUTIONS

New technology and JTRS push the envelope


What are the key technology drivers?

JTRS provides the framework

Battery powered platform SDR solutions

HF subsystem for the UK’s Bowman Tactical Radio Programme


Mr Mark Turner, Director, JTRS Engineering, Harris.




11.00 Morning Coffee




11.20 THE JOINT TACTICAL RADIO SYSTEM & SOFTWARE COMMUNCIATIONS ARCHITECTURE DEVELOPMENT


Raytheon’s proven capability in military tactical radios in operation today

The “Cluster 1” systems integration and procurement contract and the Futara team

Design and integration of JTRS architecture, legacy waveforms and development of a new wideband network waveform

Maintaining, evolving and improving software architecture

Providing information services and promoting SCA as an open industry standard


Mr Douglas Grice, Director, Army Programs Business Development, Raytheon.




12.00 APPLICATION PROGRAMMING INTERFACES (APIs) FOR THE SCA

Allowing third-parties to write software for the JTRS radios


An introduction

The benefits of open architecture

Opportunities to develop software

Possible improvements


Mr Byron Tarver, Business Development Manager, General Dynamics.




12.40 Lunch




2.00 EUROPE’S FIRST OPERATIONAL SOFTWARE RADIO

Supplying the Fully Integrated Communications System (FICS) for the Royal Navy's future T45 destroyers


An introduction

Using existing technology to reduce risk and expenditure

An open systems design to enable cost-effective upgrade throughout the ships' in-service life

Timing and cost

Technical advantages and disadvantages

Future possibilities


Dr Peter Harrop, Director of Engineering, Thales.




2.40 SOFTWARE RADIOS

Software portability for software radios


Cost drivers in radio systems

Cost and competitive advantages of designing for software portability

Technical barriers to portability

Portability solutions in Vanu software radio


Dr John Chapin, Chief Technology Officer, Vanu.




3.20 Afternoon Tea




3.40 SINCGARS SIP AND ESIP WAVEFORMS

Developing new software versions


System description

Advanced System Improvement Program (ASIP)

Operational requirements

Object oriented design

Completion and future possibilities


Mr Bill Place, Vice President, Academy.




4.20 LINK 16 CAPABILITY FOR JTRS SCA

Phase 2B of the JTRS program to develop, test and validate


Providing a Link-16 prototype/demonstration test bed

Critical system interfaces and processing requirements for the Link-16 wideband waveform

Operating in a JTRS multi-waveform implementation

A "stressing" waveform for the JTRS SCA

Technical risks associated with implementation


Mr Ed Calhoun, Marketing Manager, JTRS, Rockwell.




5.00 Chairman's Closing Remarks and Close of Conference

Ordering and More Information
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