首页> 外文会议>Design Automation, 1995. DAC '95. 32nd Conference on >Panel: University-Industry Ties: How Can They Be Improved?
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Panel: University-Industry Ties: How Can They Be Improved?

机译:小组讨论:产学联系:如何改善它们?

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Universities have had a major impact on the EDA industry. University research projects have formed the basis for many important advances in CAD, and university graduates have provided the intellectual talent that has generated further ideas and turned ideas into commercial products. Research funding has been critical to universities both to enable the research to take place, and to support graduate students. Historically, much of this funding has come from the U.S. government, particularly the Department of Defense. Other important sources have included companies, such as IBM, and industry consortia, such as Sematech and the Semiconductor Research Corporation. Most of the industrial funding has come (either directly or indirectly) from manufacturers having significant in-house CAD groups, rather than from EDA vendors. In the past few years, funding for university research has proved increasingly elusive. Costs continue to escalate, particularly to cover graduate student tuition. Meanwhile, government funding agencies are under increasing pressure to direct their resources away from basic research and toward programs with greater short term impact. Manufacturers have scaled back their in-house CAD groups, breaking historic ties with universities, and they have been forced to justify any funding of university research to managers trying to survive as profit centers. EDA companies have made their products available to universities for educational purposes, and computer manufacturers have provided discounts on hardware purchases, but a funding gap remains in covering personnel costs. Meanwhile, many companies have scaled back their research groups, relying on universities to serve as their R&D arms. University researchers have responded to funding pressures by undertaking projects with shorter term objectives and with greater proprietary restrictions in order to obtain industry funding. They have also sought to gain from their intellectual property by such mechanis-ms as patents, software licensing, and affiliates programs that limit access to participating companies. These shifts have reduced the ability to pursue long term research topics and to freely disseminate research results. This panel will address the relationship between industry and academia, and the implications the changing relationship will have on the future of EDA. Participants in the panel represent a cross section of university, industry, and funding agencies.
机译:大学对EDA行业产生了重大影响。大学研究项目已经为CAD的许多重要进展组成了基础,而大学毕业生已经为智力人才提供了进一步的想法并将思想变成商业产品。研究资金对于大学来说至关重要,使研究能够进行研究,并支持研究生。从历史上看,大部分资金来自美国政府,特别是国防部。其他重要来源包括IBM和IBM和行业联盟(如Sematech和Semiconducts Corporation)等公司。大多数工业资金(无论是直接或间接)来自拥有重要内部CAD组的制造商,而不是来自EDA供应商。在过去的几年里,大学研究资金已经证明越来越难以难以捉摸。成本继续升级,特别是涵盖研究生学费。与此同时,政府资金机构正在增加压力,以将资源从基础研究和更短期影响的方案引导。制造商已经缩减了他们的内部CAD集团,与大学打破了历史关系,他们被迫证明大学研究的任何资助,以便试图生存为利润中心的管理人员。 EDA公司已为大学提供教育目的的产品,计算机制造商提供了对硬件购买的折扣,但资金差距仍涵盖人员成本。同时,许多公司已经缩减了他们的研究小组,依靠大学作为他们的研发武器。大学研究人员通过在较短的目标和更大的专有限制下进行资金压力,以获得行业资金。他们也试图通过这种力学来源于他们的知识产权 - MS作为专利,软件许可和附属公司限制访问参与公司的计划。这些转变减少了追求长期研究主题的能力,并自由地传播研究结果。本小组将解决行业和学术界之间的关系,而变化关系的影响将对EDA的未来。小组的参与者代表了大学,行业和资助机构的横截面。

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