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Organised and Sponsored by
Department of Industry and Resources
Curtin University
University of Western Australia
Murdoch University
Edith Cowan University
IEEE
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ASWEC is a joint conference of Engineers Australia and the Australian Computer Society reporting through the Engineers Australia/ACS Joint Board on Software Engineering.
Keynote Presentations  
Prof Ian Sommerville
Ian Sommerville

Professor of Software Engineering
School of Computer Science,
St Andrews University, Scotland

Keynote:
Construction by Configuration: An Opportunity for Software Engineering Research

Abstract of Keynote Presentation

Triggered by the Year 2000 problem, the past 8 years have seen a radical shift in business application software development. Rather than developing software from scratch using a conventional programming language, the majority of commercial software is now developed through reuse – the adaptation and configuration of existing software systems to meet specific organisational requirements. This approach to development is likely to be extended beyond commercial systems and be increasingly widely used for all types of software development.

In this talk, I will discuss the implications of software construction by configuration for both software engineering and system dependability. I will briefly introduce a number of different reuse-based approaches to software development and, based on our experience with systems for medical records and university administration, highlight some of the issues and problems that can arise and how these may affect the dependability of the system. I will discuss some fundamental limitations of existing configurable systems and identify a number of challenges for research and practice to improve this approach to software engineering

Biography of Ian Sommerville

Ian Sommerville is Professor of Computer Science at St Andrews University in Scotland. He has worked for many years with social scientists and was amongst the first computer scientists to explore how information from ethnographic studies of work could be used to inform system specification and design. This has led to his current research in the dependability of socio-technical systems where he is working on modelling responsibilities across organisations, organisational memory and coping with systems failure. Ian is the author of a widely used textbook on software engineering which was first published in 1982 and which is now in its 8th edition.

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Dr Richard Mark Soley
Richard Soley

Chairman and Chief Executive Officer of the Object Management Group, Inc.(OMG®)

Keynote:
Service Oriented Architecture: Making the Leap, Leveraging Model Driven Architecture

Abstract of Keynote Presentation

It seems that Service Oriented Architecture (SOA) is to be this year's hot buzzword, rather than a well-defined, meaningful and valuable part of the Enterprise Architecture landscape. Before the term fades away completely, perhaps we should agree what's valuable about the move to SOA and how to make the leap, and make the leap valuable. The SOA Consortium is making great strides in defining SOA to be a valuable business strategy for business agility, in the context of Enteprise Architecture, Business Process Management and other concepts; and the Object Management Group (OMG) is making headway on modeling standards for services (as opposed to yet another set of standards for moving bits around wires). Dr. Soley will introduce the SOA Consortium and give some context for OMG's work in service modeling, with a focus on early successes in implementing the SOA business strategy leveraging modeling technologies like UML, BPMN and MOF.

Biography of Richard Mark Soley

Dr. Richard Mark Soley is Chairman and Chief Executive Officer of the Object Management Group, Inc. (OMG®).

As Chairman and CEO, Dr. Soley is responsible for the vision and direction of the world's largest consortium of its type. Dr. Soley joined the nascent OMG as Technical Director in 1989, leading the development of OMG's world-leading standardization process and the original CORBA® specification. In 1996, he led the effort to move into vertical market standards (starting with healthcare, finance, telecommunications and manufacturing) and modeling, leading first to the Unified Modeling Language (UML®) and later the Model Driven Architecture (MDA®).

Previously, Dr. Soley was a cofounder and former Chairman/CEO of A. I. Architects, Inc., maker of the 386 HummingBoard and other PC and workstation hardware and software. Prior to that, he consulted for various technology companies and venture firms on matters pertaining to software investment opportunities. Dr. Soley has also consulted for IBM, Motorola, PictureTel, Texas Instruments, Gold Hill Computer and others. He began his professional life at Honeywell Computer Systems working on the Multics operating system.

A native of Baltimore, Maryland, U.S.A., Dr. Soley holds the bachelor's, master's and doctoral degrees in Computer Science and Engineering from the Massachusetts Institute of Technology.

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Prof Tharam Dillon
Tharam Dillon

Distinguished Research Professor
DEBI Institute, Tier 1 Centre of Research Excellence,
Curtin University of Technology

Keynote:
Ontology Based Software Engineering

Abstract of Keynote Presentation

Increasingly clients in cities are developing software overseas or in regional centres. The participating companies have found existing centralized software engineering techniques inadequate for multisite development. This project produces new principles and techniques for multisite distributed software development. Thus it proposes a new methodology, a new project management approach, a new workflow tracking technique and a new concept of software object/component that allows differentiated access. A platform is also developed for use in field studies for validation and benchmarking. The results will help Australia become a provider of software services for international clients and permit devolution to regional centres.

Biography of Tharam Dillon

Professor Dillon is a Fellow of the IEEE, ACS and IE(aust). He is Chairman of the Technical Committee of IEEE IES on Industrial Informatics, and ADCOM member for IEEE IES. He is also Chair of IFIP working Group in Web Semantics.

His current research interests include Web semantics, ontologies, Internet computing, e-commerce, hy-brid neurosymbolic systems, neural nets, software engineering, database systems, and data mining. He has  more than 650  papers published in international conferences and  journals and is the author of five books and has another 5 edited books. He is the Editor-in-Chief of the International Journal of Computer Systems Science and Engineering as well as the Engineering Intelligent Systems. He is the Co-Editor of the Journal of  Electric Power and Energy Systems.

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Prof Hans van Vliet

Professor in Software Engineering
VU University, Amsterdam,
The Netherlands

Keynote:
Software Architecture Knowledge Management

Abstract of Keynote Presentation

Software architecture is a recognized and indispensable part of system development. Software architecture is often defined in terms of components and connectors, or the “high-level conception of a system”. In recent years, there has been an awareness that not only the architecture design itself is important to capture, but also the knowledge that led to this design. This so-called architectural knowledge concerns the set of design decisions and their rationale. Capturing architectural knowledge is difficult. Part of it is tacit and difficult to verbalize. Like developers, software architects also are not inclined to document their solutions. Establishing ways to effectively manage and organize architectural knowledge is one of the key challenges of the field of software architecture. This architectural knowledge plays a role during development, when architects, developers, and other stakeholders must communicate about the system to be developed, possibly in a global setting. It also plays a role during the evolution of a system, when changes are constrained by decisions made earlier. I will discuss our ongoing research in this area.

Biography of Hans van Vliet

Hans van Vliet is Professor in Software Engineering at the VU University, Amsterdam, The Netherlands, since 1986. He got his PhD from the University of Amsterdam. His research interests include software architecture and empirical software engineering. Before joining the VU University, he worked as a researcher at the Centrum voor Wiskunde en Informatica (Amsterdam). He spent a year as a visiting researcher at the IBM Almaden Research Center in San Jose, California. He co-authored over 100 refereed articles. He is the author of “Software Engineering: Principles and Practice", published by Wiley (3rd Edition, 2008). Together with Paul Clements, he is the editor of the Software Architecture Session of the Journal of Systems and Software. He is a member of IFIP Working Group 2.10 on software architecture.

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Mr Max Noble
Max Noble

Group General Manager, Thales, Australia
http://www.thalesgroup.com.au

Plenary topic:
"Targeted Change. Are you already Irrelevant?"

Provisional Summary of Thales

With operations in fifty countries and over 68,000 employees,Thales is a world leader in Mission-critical information systems for the Aerospace, Defence, and Security markets. Building on proven engineering capability, Thales has delivered major systems in all areas. Currently Thales is involved in all Airbus programmes, including cockpit displays and integrated modular avionics for the A380. Thales is also providing A380 simulators to several major airlines. Globalstar has selected Thales to design, produce and deliver 48 second-generation low-Earth orbit satellites as well as launch services and associated mission support.

Within Australia Thales is the leading contractor in the Defence sector.Thales provides the Bushmaster armoured vehicle, and is supplying equipment and mission support for the Tiger helicopter. Thales is completing the up-grade of the FFG ships for Navy, which includes a major software delivery. Within the Australian simulation market Thales provides simulators for the F-111C strike aircraft, the Tiger helicopter, Wedgetail reconnaissance aircraft and ASLAV armoured vehicle. Thales also provides simulators to Qantas, virgin, Air New Zealand, and other carriers in the region. Currently Thales is providing the Security Access Control system for the APEC 2007 meetings.

The Software Delivery Centre (SDC) Thales Australia, is an organisation of approximately 400 people providing software design, development, integration and delivery services across Australia within the three key Thales domains of Aerospace, Defence, and Security.

Biography of Max Noble

As Group General Manager of the Thales Australia Software Delivery Centre (SDC) Max is responsible for the successful operation of a national software organisation delivering mission-critical software applications to defence and civil clients. The SDC employs approximately four hundred software experts across the nation, with key development sites in Perth, Sydney, Melbourne and Canberra.

Max first joined Thales Australia in 1994, and prior to his current role held senior positions in projects delivering security, Air Traffic Control, and Maritime Surveillance solutions. Each of these systems combined major software developments with dispersed  hardware infrastructure to provide sophisticated end-users with unique solutions to their needs. In delivering these solutions Max has witnessed the transition from Ada and C to Java, C++ and web-related development tools.

As well as working with Thales Australia Max has spent time designing and delivering software with IBM GSA, Unix consulting houses, Gas and Oil IT organisations, and Siemens Plessey Radar.  Max likes to think a cut&paste of his earliest embedded code is still executing to the benefit of users somewhere on the planet.

Throughout more than twenty years working with ever changing computing environments Max has noted the one constant ensuring successful delivery is quality people. Much of Max's time as both a senior engineer, and now an executive manager has been spent in creating the best possible team environments to allow the immense vision and energy of software people to be successfully harnessed within high pressure project environments.

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Mr Simon Carlsen* and Mr Stig Petersen**

Simon
Stig

* StatoilHydro, Norway
SCAR@StatoilHydro.com
** SINTEF ICT, Norway
Stig.Petersen@sintef.no

Plenary topic:
Layered Software Challenge of Wireless Technology in the Oil & Gas Industry

Provisional Summary of StatoilHydro

Staoil

StatoilHydro is leading in the use of deepwater technology and carbon-capture and storage. StatoilHydro is putting huge effort and resources into the concept of Integrated Operations, where real-time data combined with new collaboration solutions contribute to remove barriers between disciplines, expert groups and the company. The SINTEF Group is the largest independent research organization in Scandinavia. Established in 1950, SINTEF provides research-based knowledge and related services to customers in industry such as StatoilHydro. It also provides services to venture companies and the public sector world-wide. The organizations knowledge base stems from vast experience and research in technology, the natural and social sciences and medicine, including technology management in all fields.

Abstract of Plenary Keynote Presentation

Staoil Recent advances in wireless technology have enabled the development of low-cost wireless solutions capable of robust and reliable communication within application areas such as wireless networking, wireless sensing, monitoring, and control, and wireless asset and personnel tracking. For the Oil & Gas industry, using this technology will lead to reduced operation costs as well as enable new applications.

Staoil This Industry track plenary keynote will discuss many aspects of software challenges related to the introduction of wireless technology in the Oil & Gas Industry. First of all, a typical wireless device is an embedded platform with very limited resources (CPU speed, memory, storage space), and often with strict requirements for low power operation - yet at the same time they will need to execute software implementations of complex real-time networking algorithms. Secondly, a wireless solution has accompanying user applications for configuration, monitoring and control. A main challenge is to allow for these applications to be used by technical personnel which do not necessarily have extensive knowledge of the underlying wireless technology. Finally, introducing software applications for wireless networking, wireless sensor networks and wireless asset tracking will create the need for new management, control and user applications in different levels of the existing network infrastructure.

Biography of Simon Carlsen and Stig Petersen

Simon Carlsen is working as a Systems Engineer in the field of Industrial IT in StatoilHydro. His work fields cover wireless communication, sensor technology and real-time data acquisition. He has been working on standardizing Wireless LAN solutions in StatoilHydro’s Oil & Gas production environments, as well as examining different wireless protocols and implementations of wireless sensor technologies. During the last year Simon Carlsen has currently focused on wireless sensor networks (IEEE 802.15.4, WirelessHART, IEEE 802.11 b/g/a) as a member of an experts group working on wireless sensor technology for the Oil & Gas industry.

Stig Petersen (M.Sc) is a Research Scientist with SINTEF ICT / Dept. of Communication Systems, Norway, has worked as a Research Scientist at SINTEF ICT in Trondheim, Norway since 2002, within the area of wireless communication, both standardized (Bluetooth, IEEE 802.11a/b/g, IEEE 802.15.4) and custom-made solutions. His work has ranged from implementing Medium Access Control and network protocols in microcontrollers on embedded platforms, to creating Windows and Linux based control and user applications. Recently, he has focused on the field of wireless communication within the confines of the Oil & Gas industry. This work has included theoretical assessments of both current and forthcoming international standards (IEEE 802.11a/b/g, IEEE 802.15.4, WirelessHART), as well as practical analysis and measurements of proprietary state-of-the-art wireless solutions.

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