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The CRC for Spatial Information (CRCSI) is a research organisation funded by Australia's Cooperative Research Centre Programme (CRC)〔()〕 and by participant contributions. The CRCSI was founded in 2003 with the successful rebid announced in August 2009. 〔, "The CRC for Spatial Information wins rebid". 10 August 2009.〕 The CRCSI conducts research and development projects that involve collaboration between government, corporate and academic resources. The CRCSI is well connected globally to the people who have the knowledge, networks and capabilities to ensure Australia and New Zealand remain relevant in a contemporary spatially connected world. The CRCSI brings together multiple organisations – currently nine research partners, 10 international partners, 12 government agencies, and 43 members from the private sector – from Australia, New Zealand and around the globe who have interest and understanding in spatial information. Networking is a key strength and value add for partners. This collaborative group builds funding, expertise and commercialisation opportunities into novel and foundation spatial research that is user-led, involving spatial technologies to solve complex problems of national significance for Australia and New Zealand. The impact expected to be achieved by the CRCSI from its activities since 2010 is $750 million meaning that for every $1 invested by the CRCSI there will be a resulting benefit of $2.50. The CRCSI research reduces costs to end-users in collection, processing, delivery, maintenance and the usage of spatial information, through the delivery of innovation and productivity advances in key industry sectors including: agriculture, natural resources and climate change; defence; built environment; and health through the delivery of spatial information across positioning, rapid spatial analytics and spatial infrastructures. The purpose of CRCSI is to create new wealth for its participants and the nation through innovative research, application and commercialisation of spatial information technologies; through education; and through building collaborative partnerships.〔(CRCSI website )〕 The CRCSI "aims to develop technologies to provide tools for commercial exploitation by Australian industry" (Smith 2008).〔Paul Smith. "Spatial devices boost economic growth". The Australian Financial Review. 17 Mar 2008〕 A study commissioned by the CRCSI and ANZLIC in 2008 found that the spatial information industry contributed from $6.4 and $12.6 billion to Australia's GDP in 2006-07.〔Sandra Rossi ("Landmark study qualifies economic benefits of spatial information" ), Computerworld. 14 March 2008.〕 Since its beginning, CRCSI has focussed on both the innovative application of emerging technology and the development of new technologies.〔"CRC Starts Work". Oct/Nov 2005. (Position Magazine ).〕 CRCSI membership includes ANZLIC and ANZLIC’s members; an SME consortium called 43pl comprising over 60 companies; several universities and many government departments.〔("New research program will spatially enable us" ) Landmark Magazine. The Victorian Spatial Council. Issue 34, April 2009. pp 11–12. ISSN Number 1449-4965. (accessed 28 May 2010).〕 "43pl has enabled small to medium-sized companies to do things collectively that they could not possibly do individually" (Woodgate 2004).〔Peter Woodgate (CRCSI Chief Executive), quoted in "Small is bountiful", (Winning Ways: Information and Communication Technology ). 2004–2005 CRC Publication. Australian Government: Department of Education, Science and Training.〕 CRCSI has offices in Melbourne, Canberra, Sydney, Brisbane, Perth and Wellington in New Zealand.〔 CRCSI activities are applied to several key industry sectors, including: * agriculture, natural resources and climate change; * defence; * energy and utilities; * built environment; * health. 〔(CRCSI Information, 2015 )〕 ==Commercialisation== The CRCSI has grown a portfolio of (intellectual property ) through its user-led research. This research has delivered major innovation and productivity advances in key industry sectors including: agriculture, natural resources and climate change; defence; built environment; and health through the delivery of spatial information across positioning, rapid spatial analytics and spatial infrastructures. The current research portfolio – developed since 2010 – provides a range of commercialisation and technology transfer opportunities for our collaborative participants and partners, along with users of spatial technologies in Australia, New Zealand and across the globe. Specific examples include: * MillMapper - an innovative terrestrial laser scanner technique for safely measuring the rate of wear of mineral processing mills which is being commercialised by Scanalyse Pty Ltd. * Indji Watch - a web-based emergency management system for integrating all tactical emergency management activities through one web portal which is being commercialised by iintegrate Pty Ltd. Indji Watch started as "Hazwatch", a CRCSI Proof of Concept software, in 2004.〔(Indji Watch: Who We Are )〕〔David Binning. "Warning issued as detection system remains an enigma". The Australian Financial Review. 5 October 2006〕 * Barista – an affordable, easy-to-use photogrammetric software system for the generation of spatial information products from satellite imagery. 抄文引用元・出典: フリー百科事典『 ウィキペディア（Wikipedia）』 ■ウィキペディアで「CRC for Spatial Information」の詳細全文を読む スポンサード リンク
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