Brand Protection and Artificial Intelligence with TrademarkVision

This post features the ninth episode of the Artificial Intelligence Podcast. Episode 9 is entitled Brand Protection and Artificial Intelligence with TrademarkVision.

My guest is Sandra Mau, CEO and Founder of TrademarkVision, an award-winning image recognition company that offers an innovative trademark search platform for brand owners. It was recently named a Top 25 Machine Learning Company by CIO Applications magazine and was a finalist for a 2018 CRN Impact Award in Australia. 

In addition to working with brand owners, TrademarkVision also works with governments around the world, including the European Union, United Kingdom, France and Australia.

TrademarkVision seeks to be a leader in image recognition, helping intellectual property owners not just protect trademarks, but design patents and industrial design rights as well.

Artificial Intelligence and Advancement in Higher Education

This post features the eighth episode of the Artificial Intelligence Podcast. Episode 8 is entitled Artificial Intelligence and Advancement in Higher Education featuring Andrew Gossen as my guest. Andrew is Executive Director, Digital in the Division of Alumni Affairs & Development at Cornell University. 

Andrew describes himself as a social media strategist and a social anthropologist. Having studied anthropology as an undergraduate and earning his PhD in social anthropology, he now utilizes his expertise to help Cornell better interact with its alumni in today’s digital ecosystem.

Recently, Cornell teamed up with a number of other schools (including my alma mater, Syracuse University) to hold the AI in Advancement Summit. The summit brought together professionals from universities working in alumni affairs to discuss how AI technologies will impact their work.

Artificial Intelligence and Education

This post features the seventh episode of the Artificial Intelligence Podcast. Episode 7 is entitled Artificial Intelligence and Education featuring Nuha Sakkaf as my guest. 

Nuha is CEO and Founder of IAMAI, a STEM program (STEM being short for science, technology, engineering and mathematics) that she is developing to promote education in the field of Artificial Intelligence.

Nuha fled her war-torn home country of Yemen in 2011 for a new life in the United States. She has since developed a passion for teaching STEM using unconventional educational methods. 

Nuha is also a Social Media Specialist and the Founder of Social Media Grid, where she specializes in providing digital media and marketing services utilizing artificial intelligence technologies.

The Internet of Things and Cycling Safety with Tome Software

This post features the sixth episode of the Artificial Intelligence Podcast. Episode 6 is entitled The Internet of Things and Cycling Safety with Tome Software featuring Phil Danne as my guest. Phil is the Director of Engineering at Tome where he leads a team of engineers working in the Internet of Things (IoT) tech space.

Tome was named by TechWeek Detroit as Startup of the Year in 2017 and is a leader in mobility products and services. With expertise in mapping, automotive and wireless technologies, Tome has a unique focus on cycling. Phil and I discuss how artificial intelligence and related technologies can be implemented in the IoT tech space in order to make it safer for cyclists to share the roads with drivers today and autonomous vehicles in the future.

This episode was recorded at my favorite office away from the office, The Office Coffee Shop.

Artificial Intelligence and Governance

This post features the fifth episode of the Artificial Intelligence Podcast. Episode 5 is entitled Artificial Intelligence and Governance featuring Kristen Thomasen as my guest. Kristen is an Assistant Professor of Law, Robotics and Society at the University of Windsor Faculty of Law in Windsor, Ontario, Canada.

Kristen is a leading expert in Canada on robotics law and policy and she focuses her research on legal, ethical and social issues related to robotic technologies and artificial intelligence. Her position as professor of law, robotics and society is actually the first in North America to be specifically designated that way.

Kristen is also completing her PhD in Law at the University of Ottawa, having previously clerked for a Canadian Supreme Court Justice, the Alberta Court of Queen’s Bench and articling with Alberta Justice in Calgary, Alberta, where she is also member of the Law Society.

Computer Vision, Deep Learning and Sports

This post features the fourth episode of the Artificial Intelligence Podcast. Episode 4 is entitled Computer Vision, Deep Learning and Sports featuring Cullen Gallagher from Reely as my guest.

Cullen is co-founder and CEO of Reely, a company that uses computer vision and deep learning to recognize, rank and distribute sports highlights.

Reely’s proprietary technology takes advantage of commonalities in sports broadcast production along with sentiment analysis in order to provide sports leagues, teams and other content providers with clips and highlight reels to share at 10 times the speed of real time.

From little league to the major leagues, Reely has a variety of clients across the sports landscape, one of its first clients being Major League Lacrosse. For me, as a lacrosse player turned lawyer and now podcaster, I am very excited to talk more about that!

Artificial Intelligence and the Future of Work

This post features the third episode of the Artificial Intelligence Podcast. Episode 3 is entitled Artificial Intelligence and the Future of Work featuring Robi Mitra as my guest.

Robi is the CEO of K&A Resource Group, a staffing company providing labor solutions to businesses. But K&A is not your average staffing company.

As more robotics, automation and intelligence are being pushed to the plant floor – creating an Industrial Internet of things (“IIoT”) – the nature of how and what people are working on is changing. K&A is building around its core capabilities of manufacturing skilled trades, IT and engineering as these skills pertain to manufacturing on the plant floor in order to stay ahead of the curve in the current industrial revolution, or what some call Industry 4.0.

Robi and I discuss his perspective on the convergence of these skills what it all means for the future of work.

Building Behaviorally Smarter Cities With Spatial

This post features the second episode of the Artificial Intelligence Podcast. Episode 2 is titled Building Behaviorally Smarter Cities with Spatial featuring Lyden Foust as my guest. Lyden is the co-founder of Spatial, a company that utilizes artificial intelligence technology combined with principles of ethnography to collect and analyze public expressions on social networks in order to better understand how humans interact with their surroundings in cities. Spatial examines the human layer – an invisible layer of data that can be derived from conversations on social networks that contain people’s insights and opinions about the cities that they live in.

Artificial Intelligence Bills Introduced in Congress

On December 12, 2017, members of Congress – in a bipartisan effort – introduced bills to enact the Fundamentally Understanding The Usability and Realistic Evolution (FUTURE) of Artificial Intelligence Act of 2017. In the House of Representatives, Rep. John Delaney (D-MD) – founder of the Artificial Intelligence (AI) Caucus – along with six cosponsors – including AI Caucus co-chair Pete Olson (R-TX) – introduced H.R.4625. In the Senate, Sen. Maria Cantwell (D-WA) along with co-sponsors Sens. Todd Young (R-IN) and Edward Markey (D-MA) introduced S.2217.

In a press release about the bills, Sen. Markey is quoted as stating,

“While artificial intelligence holds the promise of providing goods and services more efficiently and effectively, increased automation has potentially broad negative impacts on our workforce and our privacy[.] This bill serves as an important step in bringing together all stakeholders to better understand how this new technology will impact our lives.”

Under the bills, stakeholders would be brought together by requiring the Department of Commerce to establish a 19-member Federal Advisory Committee (FAC) on the Development and Implementation of Artificial Intelligence. The FAC would be comprised of a geographically diverse group of members from various backgrounds including academia and private industry, along with members from labor organizations and civil society – including members from groups advocating for civil rights.

The FAC would be expected to study issues related to artificial intelligence and would also provide relevant advice including a formal report to the Secretary of Commerce and Congress with recommendations on potential administrative or legislative action relating to artificial intelligence. Included in the FAC’s priorities would be the development of guidance or recommendations on four policy objectives identified in the bills, being:

(A) to promote a climate of investment and innovation to ensure the global competitiveness of the United States;

(B) to optimize the development of artificial intelligence to address the potential growth, restructuring, or other changes in the United States workforce that results from the development of artificial intelligence;

(C) to promote and support the unbiased development and application of artificial intelligence; and

(D) to protect the privacy rights of individuals.

Notably, the bills attempt to create a legal definition of artificial intelligence. This is both interesting and important because there is no widely-accepted legal definition of artificial intelligence, and there needs to be one before there is any effort to institute regulation. The bills attempt to define artificial intelligence as:

(A) Any artificial systems that perform tasks under varying and unpredictable circumstances, without significant human oversight, or that can learn from their experience and improve their performance. Such systems may be developed in computer software, physical hardware, or other contexts not yet contemplated. They may solve tasks requiring human-like perception, cognition, planning, learning, communication, or physical action. In general, the more human-like the system within the context of its tasks, the more it can be said to use artificial intelligence.

(B) Systems that think like humans, such as cognitive architectures and neural networks.

(C) Systems that act like humans, such as systems that can pass the Turing test or other comparable test via natural language processing, knowledge representation, automated reasoning, and learning.

(D) A set of techniques, including machine learning, that seek to approximate some cognitive task.

(E) Systems that act rationally, such as intelligent software agents and embodied robots that achieve goals via perception, planning, reasoning, learning, communicating, decision making, and acting.

The bills also delineate between artificial general intelligence versus narrow artificial intelligence. The bills define artificial general intelligence as a “notional future” system, whereas narrow artificial intelligence is defined as a presently-existing system. This suggests that Congress is well-informed as to the state of artificial intelligence today and is deciding to take a pragmatic approach. It is no surprise then to learn that the bills were introduced the same day that the Senate Committee on Commerce, Science and Transportation subcommittee on Communications, Technology, Innovation and the Internet held a hearing with a panel of witnesses providing testimony on the current state of artificial intelligence technology.

The bills have both been referred to various committees in both the House and the Senate, so there promises to be further discussion about a possible federal advisory committee focused on artificial intelligence. Do you think that the United States needs such an advisory committee? Should the government do more or less when it comes to the development of artificial intelligence technologies? Please share your thoughts in the comments section below.

Autonomous Vehicles and Robot Cars

This post features the first episode of the Artificial Intelligence Podcast. Episode 1 is titled “Autonomous Vehicles and Robot Cars” featuring Damian Porcari as my guest.

Damian recently retired as Director of Licensing and Enforcement for Ford Global Technologies LLC, a wholly-owned subsidiary of Ford Motor Company. Damian spent 28 years at Ford as part of the in-house legal department and held other positions such as Director of Technology Commercialization and Intellectual Property Managing Counsel.

Damian began his career at Ford in the position of Senior Patent Counsel after spending seven years in the U.S. Army legal department holding such positions as Intellectual Property Attorney and Senior Attorney for Software. Damian is currently the owner and founder of International Design Law PC, a law firm that specializes in protecting designs through registrations and design patents.