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ICT Centre Opportunities

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Title: ICT Centre Opportunities


1
ICT CentreOpportunities Projects with the ICT
Centre
  • Dr Mark Cameron
  • Research Scientist
  • 21 May 2008

2
Outline
  • Industrial Traineeships
  • Postgraduate / Honours Scholarships
  • Vacation Scholarships
  • Postdoctoral Fellowships
  • The Projects
  • Searching email
  • User Consumable Interface for the Semantic Web
  • Data Aggregation in Sensor Networks
  • Semantic Database

3
Career Opportunities
We live in the age of information. People,
businesses, institutions and governments are all
dependent on information to help them make the
right choices. How information is produced,
collected, sorted, filtered, transmitted,
communicated, interpreted and stored is the
business of one of the fastest growing sectors of
the economy ICT Information and Communication
Technologies. Increasingly, ICT is at the heart
of innovations that deliver benefits to
industries, organisations and individuals.
Smarter and more efficient healthcare, improved
agricultural production, more efficient use of
energy, better environmental monitoring and
management, and security and safety for people
are just some examples of areas where the
benefits of ICT are realised.
  • The CSIRO ICT Centre is the hub for ICT research
    in CSIRO, with a mission to deliver the enabling
    power of ICT across many industries. To this end,
    the Centre works across the breadth of CSIRO to
    deliver the power of ICT.
  • The Centre has four research laboratories
  • Wireless Technologies
  • Information Engineering
  • Networking Technologies
  • Autonomous Systems
  • We have also established two centres of
    excellence the E-Health Research Centre located
    in Brisbane and the Tasmanian ICT Centre located
    at Battery Point Hobart.
  • Within any one of these groups a fascinating
    career in scientific research can begin.

4
Industrial Traineeships
  • Who should apply Recent Graduates and Final
    Year Students
  • Locations Canberra, Brisbane, Sydney, Hobart
  • Duration 3 or 6 months
  • In the interest of contributing to the training
    and experience of tertiary students in science,
    engineering and other relevant fields, and to
    enhance links with tertiary education
    institutions, CSIRO will offer traineeships in
    the form of work experience undertaken in
    conjunction with the formal training of selected
    students which is closely aligned to the ICT
    Centres core research strategy.
  • The aim of this program is to contribute to the
    training and experience of tertiary students in
    disciplines relevant to CSIRO's work by providing
    opportunities for work experience within CSIRO.

5
Postgraduate/Honours Scholarships
  • Who should apply Postgraduate Students who
    possess an APA
  • Locations Canberra, Brisbane, Sydney, Hobart
  • Duration 3 years (12 months for Honours)
  • The ICT Centre has provided funding for CSIRO
    undergraduate scholarships with six universities
    The University of Sydney The University of New
    South Wales University of Technology Sydney
    Macquarie University The Australian National
    University The University of Queensland
    Queensland University of Technology.
  • Students awarded with these scholarships will
    participate in projects that CSIRO and the
    University mutually agree on, with CSIRO
    co-supervising the student projects.
  • The aim of postgraduate studentship program is
    to facilitate the training of postgraduate
    students of science and engineering, in
    accordance with CSIRO's interests and its science
    training obligations under its charter.

6
Vacation Scholarships
  • Who should apply Undergraduate students
  • Locations Canberra, Brisbane, Sydney, Hobart
  • Duration 8 12 weeks
  • The aim of the vacation scholarship program is
    to contribute to the training and experience of
    promising undergraduates in science or
    engineering, by providing them with an
    opportunity to undertake scientific research in a
    field of mutual interest to CSIRO and to the
    scholars.
  • There will be 40 scholarships available for
    students across all ICT Centre sites for next
    summer (2008/09) and they will be advertised in
    May/June 2008.
  • Students will be asked choose their
    three preferred topic areas (and the associated
    locations) for undertaking vacation work.
  • Applicants will be assessed based on the
    quality of their academic record to date,
    achievements, the topic area and referee reports.
  • Vacation students will commence their
    scholarship in November/December 2008.

7
Postdoctoral Fellowships
  • Who should apply PhD Graduates
  • Locations Sydney, Canberra, Brisbane, Hobart
  • Duration 3 year term
  • CSIROs purpose in offering postdoctoral
    fellowships is to provide young scientists with
    the opportunity to gain experience in order to
    develop capability for the nation and refresh
    and add value to CSIROs research activities
    through original insights, new knowledge and/or
    techniques.
  • A postdoctoral fellowship is intended, first and
    foremost, to enhance the persons research
    capability so that they are better able to pursue
    a career in science either within CSIRO or beyond.

8
Searching email
  • Paul ThomasCSIRO IE Lab

9
Searching email
  • The state of the art in web search is very
    sophisticated, and makes use of lots of
    information from the structure of the web (such
    as hyperlinks, page titles, ...).
  • The state of the art in email search is very
    primitive, and doesn't do much more than look for
    exact strings in the body of a message.
  • But people use email as much as they do the web!

10
Searching email
  • Can we make use of the structure of email
    messages, and what we know about what works in
    web search, to improve email search?
  • For example, it might be useful to give more
    weight to subject lines or to disregard text
    quoted from earlier messages or to do something
    special with signatures.

11
Searching email
  • A good project in this field would
  • Investigate the ways structural clues could help
  • Relate this to other semi-structured data this
    could help with Wikipedia search, XML search, web
    search, etc, as well
  • Think about how we could demonstrate an advantage
    or improvement in real-world uses.
  • It could result in a real improvement to a very
    common taskone which has been long disregarded.

12
User Consumable Interface for the Semantic Web
  • Dr. Jemma Wu (jemma.wu_at_csiro.au)
  • Dr. Xuan Zhou (xuan.zhou_at_csiro.au)
  • CSIRO IE Lab

13
Google and Wikipedia Are Not Enough!
  • Consider the following queries
  • Nobel laureate who survived both world wars
  • Differences in Rembetiko music from Greece and
    from Turkey
  • Market impact of Web2.0 technology in December
    2006
  • Proteins that inhibit both protease and some
    other enzyme
  • drama with three women making a prophecy to a
    British nobleman that he will become king
  • Why? Data on the Web are not stored in a machine
    understandable way.

14
The Vision of the Semantic Web
Ontology is the core of the Semantic Web
Transform Web data to structured knowledge that
is understandable by computers
15
Hard Time for Users
How to use? Too many concepts Too complex
structure
Semantic Web Ontology
16
User Consumable Interface
  • Create techniques to reduce users pain when
    accessing the semantic web.
  • Subjects (choose one)
  • Ontology Summarization
  • Sub-ontology Selection
  • Query Construction
  • What are you going to achieve?
  • Developing a prototype
  • Evaluating with DBpedia data set
  • Contributing to a research paper

17
Data Aggregation in Sensor Networks
  • Dr Lily Li (Lily.Li_at_csiro.au)CSIRO IE Lab

18
Research project Data Aggregation in SN
  • A sensor network (Fig. 1) is composed of a large
    number of low-cost, low-power, multifunctional,
    and small sensor nodes (they are
    resource-constrained nodes).
  • Sensor node consists of sensing, data processing,
    and communicating components (aggregation is
    possible when a node creates a fused packet by
    looking into and modify the content instead of
    only the packet headers).
  • Data aggregation can be applied to combine data
    coming from different sources route to a simple
    sink, allowing in-network consolidation of
    redundant data (conserving energy definitely).
    Strong flavour of distributed computation.

19
Objectives
  • The work will be on the principles underlying the
    design of data aggregation mechanisms in wireless
    resource-limited networks. The proposed mechanism
    should consider the changes imposed by different
    scenarios and to be able to dynamically adapt to
    it. We expect to have a significant impact on
    prolonging the lifetime of Sensor Networks by
  • Minimising the number of transmissions
  • Eliminating/reducing redundancy
  • Conserving the scarce energy resources

20
Wireless sensor network and its applications
  • Monitoring, tracking, and controlling
    (Environment observation and forecasting, Habitat
    monitoring, Health)

21
Semantic Database
  • Dr Lily Li (Lily.Li_at_csiro.au)CSIRO IE Lab

22
Research project Semantic Database
  • The Semantic Web means many things to different
    people (the technology and concepts are broad)
  • RDF, Microformats, OWL
  • web services
  • AI
  • Simple and tangible applications
  • It has been used by Google, Yahoo, and Firefox
  • Developing new tools, applications and
    architectures on top of the Semantic Web is the
    real challenge (People simply look for the
    utility and usefulness of a system rather than
    the technologies on which it is built on).

23
Research Topic Semantic Database
  • Algorithms that extract entities out of
    unstructured html pages, and web are at the core
    of our research.
  • Such a database (RDF representation. Why RDF?
    Because RDF offers a way to communicate using
    XML-based language) would be powerful because it
    could be queried much like relational
    databases.
  • Hot issue How to keep up with the change of the
    world?
  • Handle continuous influx of user data (for
    example, from Wikis)
  • Parse it
  • Update the database

24
Contacts
  • Searching email
  • Paul Thomas paul.thomas_at_csiro.au
  • User Consumable Interface for the Semantic Web
  • Jemma Wu jemma.wu_at_csiro.au
  • Xuan Zhou xuan.zhou_at_csiro.au
  • Data Aggregation in Sensor Networks
  • Lily Li lily.li_at_csiro.au

25
More information
  • For more information and current career
    opportunities please visit the CSIRO careers
    website at www.csiro.au/careers

26
Thank you
CSIRO ICT Centre Dr Mark Cameron Research
Scientist Phone 61 6216 7035 Email
mark.cameron_at_csiro.au Web www.csiro.au
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