Responsible AI a Silicon Design Perspec5ve Sassine Ghazi President CEO, Synopsys...
数据猿 | 2024-07-06 18:48
【数据猿导读】 We are in a 9me of unprecedented transforma9on where AI and smart technologies are increasingly omnipresent and interconnected, ushering in an era of expanding capabili9es. With the rapid growth in AI, a key global challeng...
We are in a 9me of unprecedented transforma9on where AI and smart technologies areincreasingly omnipresent and interconnected, ushering in an era of expanding capabili9es. Withthe rapid growth in AI, a key global challenge is balancing the con9nued pace of AI developmentand poten9al with the need for responsible AI.
Ghazi will share his perspec9ves on the role that silicon chips play in enabling AI and itsadvancement from the perspec9ve of Synopsys, a leading provider of silicon to systems designsolu9ons. Ghazi will also share his thoughts on how Synopsys leverage AI responsibly, as well askey principles for responsible AI and cri9cal ques9ons that we as a global community need toaddress.
Ghazi noted during his keynote that, “the pace of AI innova9on must be carefully balanced withthe need for responsibility in how AI is developed, and the best approach to achieve the balanceis to work together globally. Global collabora9on will enable people worldwide to benefit fromthe incredible advancements that AI is bringing while ensuring that those amazing newcapabili9es are deployed responsibly. ”
自芯片创新视角思考负责任的人工智能
盖思新——新思科技总裁兼首席执行官我们正处在一个前所未有的充满变革的时代，人工智能和智能技术日益普及并且互联互通，引领全面赋能的新纪元。随着人工智能的迅速崛起，一个全球性的挑战摆在我们面前：如何在保持人工智能持续高速发展、释放其巨大潜力的同时，确保其负责任地发展。从全球领先的芯片到系统设计解决方案提供商之一新思科技的角度出发，盖思新将分享他对芯片在推动人工智能发展中所扮演的关键角色的独到见解。盖思新还将分享他新思科技在借助人工智能力量方面的负责任实践，以及对于发展负责任的人工智能需要坚守的关键原则以及国际社会应当共同解决的一系列重要问题的看法。盖思新在主旨演讲中指出：“人工智能创新的步伐必须谨慎平衡其负责任发展的需求，而实现这种平衡的最佳方式就是全球协作。全球协作能够使全世界人民从人工智能带来的巨大进步中受益，同时确保这些创新能力得到负责任的实践。”
About Synopsys
Catalyzing the era of pervasive intelligence, Synopsys, Inc. (Nasdaq: SNPS) delivers trusted andcomprehensive silicon to systems design solu9ons, from electronic design automa9on to siliconIP and system verifica9on and valida9on. We partner closely with semiconductor and systemscustomers across a wide range of industries to maximize their R&D capability and produc9vity,powering innova9on today that ignites the ingenuity of tomorrow.
Founded in 1986 in Silicon Valley, Synopsys is the world’s leading provider of EDA solu9ons andthe top supplier of chip interface IP. Entering the Chinese market in 1995, Synopsys hasestablished its China headquarters in Shanghai, with offices in Beijing, Shenzhen, Xiamen,Wuhan, Xi'an, Nanjing, Hong Kong. Currently employing nearly 2,000 people, Synopsys has builta comprehensive system for technology development and talent cul9va9on in China. Withnearly 30 years of investment in China, Synopsys is dedicated to suppor9ng the innova9on andgrowth of the country's semiconductor industry through cucng-edge global technologies. Thecompany promotes the integra9on of core technologies like AI+EDA with tradi9onal industries,accelera9ng the forma9on of new quality produc9ve forces across various sectors.
As a leading provider of silicon to systems design solu9ons, Synopsys priori9zes bothtechnological innova9on and talent development. The company has heavily invested in traininglocal talent, establishing a robust educa9onal pipeline from elementary school to professionallevels, and con9nually explores innova9ve methods in science educa9on to lead the chipindustry in talent standards.
关于新思科技
新思科技（Synopsys, Inc.，纳斯达克股票代码：SNPS）一直致力于加速万物智能时代的到来，为全球创新提供值得信赖的、从芯片到系统的全面设计解决方案，涵盖电子设计自动化（EDA）、半导体 IP 以及系统和芯片验证。长期以来，我们与半导体公司和各行业的系统级客户紧密合作，助力其提升研发力和效能，为创新提供源动力，让明天更有新思。新思科技成立于 1986 年，总部位于美国硅谷，是全球排名第一的芯片自动化设计解决方案 EDA 提供商，全球排名第一的芯片接口 IP 供应商。新思科技于 1995 年进入中国市场，总部坐落于上海，并在北京、深圳、厦门、武汉、西安、南京、香港等其他城市设立机构，目前员工人数近 2000 人，建立了完善的技术研发和人才培养体系。深耕中国市场近30 年，新思科技致力于以全球领先技术支撑中国半导体产业的创新和发展，推动 AI+EDA等核心技术与传统产业深度融合，加速各行各业形成新质生产力。作为从芯片到系统的全面设计解决方案的全球领导者之一，新思科技始终把技术创新和人才培养放在同等重要的位置。进入中国市场以来，新思科技一直不遗余力地投入于本土人才培养，为中国半导体产业的发展培养源源不断的生力军。如今，新思科技已经建立了从小学、初高中到大学、研究生，及专业人士的科技全人才培养梯队，并不断探索不同形式、不同层次的先锋科普方式，引领芯片行业的人才培养和科普教育水平。
来源：数据猿
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