Intellectual Property in the Open

TL;DR

Open source IP and collaboration in research allow for the development of artifacts in the public domain, providing early access to ideas for funding companies and promoting collaboration between faculty.

Transcript

my name is Kayla Ola cotton and I'm a professor in both the electrical engineering department and the computer science department at Stanford and my area of research is parallel hardware and software so I feel the Oakland is really about creating IP with funding from companies in which the resulting artifacts that get produced both software hardwar... Read More

Key Insights

• 🤗 Open source IP in research allows for greater accessibility and collaboration between companies and faculty.
• 👨‍🔬 Affiliates programs provide a consortium of faculty focused on a research direction, attracting companies and promoting collaboration.
• ❓ Domain-specific languages provide a solution for programming problems in parallel computing and heterogeneous architectures.
• 👨‍🔬 The focus of research is on solving problems relevant to funding companies, ensuring early access to ideas.
• 🥺 Collaboration between faculty leads to greater impact in research.
• 😒 The concept of domain-specific languages in software development has gained currency and needs to be implemented in industrial use.
• 😒 Getting research ideas into industrial use requires commercialization or adoption by industry.

Questions & Answers

Q: What is the advantage of creating open-source IP in research?

Open-source IP allows for the free use and access of resulting artifacts, without the need for patents or licensing. It promotes collaboration and prevents ownership issues.

Q: How does collaboration between companies and faculty benefit both parties?

Collaborative research through affiliates programs provides companies with early access to ideas, while faculty receive joint funding and the opportunity for greater impact through collaboration.

Q: What is the role of domain-specific languages in research?

Domain-specific languages raise the level of abstraction in software development, making it easier to solve programming problems for different architectures. They are being developed and put in the open-source, gaining traction in various fields.

Q: What is the next step for getting research ideas into industrial use?

The next step is to get these ideas into the industry through commercialization or the adoption of open-source implementations. This will require the ideas to be picked up by industry and gain traction.

Summary & Key Takeaways

• Openness in research involves creating IP that is completely open-source and in the public domain, with no patents or licensing required.

• Collaboration between companies and faculty in an affiliates program allows for joint funding and prevents ownership disputes over IP.

• The focus is on solving problems relevant to funding companies, with early access to ideas being a benefit for the companies.