2022 Energy High Performance Computing Conference

6566 Main street,Houston TX 77030

01 March, 2022

Description

15th annual Energy High Performance Computing Conference, hosted annually by the Ken Kennedy Institute at Rice University. The 15th annual Energy High Performance Computing Conference (previously the Oil and Gas High Performance Computing Conference), hosted annually at Rice University by the Ken Kennedy Institute, is the premier meeting place for the energy industry to engage in conversations about challenges and opportunities in high performance computing, computational science and engineering, machine learning, and data science. Attended by more than 500 leaders and experts from the energy industry, academia, national labs, and IT industry, this is a unique opportunity for key stakeholders to engage and network to help advance HPC in the energy industry. The agenda for the conference includes invited keynote speakers, technical program, birds of a feather sessions, exhibit hall, networking receptions, poster presentations, and post-conference workshops. Technical themes for conference sessions are developed based on current challenges and the diversity and strengths of the abstracts received. This conference has become the key venue for planners and practitioners alike. This is a forum for taking the pulse of industry needs and discussing challenges, opportunities and new development at the interface of the energy industry, the IT industry, and the academic and research community. Refund Policy: 2+ weeks prior: Full refund (Not including $25 administrative processing fee)1-2 weeks prior: 50% refundLess than 7 days prior: No refund**Exceptions will be made for those that are sick or if travel has become restricted from their country. Visit energyhpc.rice.edu for speaker and program updates. The Ken Kennedy Institute is dedicated to the advancement of research in the fields of computing, data science and information technology. We provide broad support for a strong community of research experimentation that challenges traditional disciplinary limits. We see our most important role as being a catalyst for research collaboration across the conventional boundaries of school, department, center and laboratory. We work to encourage partnerships with industry, government and other universities to help solve real-world problems.