With AI’s ability to automatically produce content and process complicated datasets with high accuracy, museums worldwide are exploring ways in which this innovative technology can help them better achieve their missions and advance accessibility efforts. Through case studies, learn about three applications of this technology: content digitalization, language accessibility, and visual description.
October was filled with new debates on AI policies, a halt to one of the most significant AI safety bills in the United States, and a host of new AI developments in video, music, and even podcasts.
Arts and cultural nonprofits often operate in multiple markets for earned and contributed revenue. With increasing attention on data-driven decision making, effective market orientation often depends on effective data use. This fundamental collection, transmission, use, and interpretation of data within an organization collectively contributes to what can be considered an organization’s data culture.
Museums have increasingly begun to volunteer their spaces as polling places, acting as a democratic vehicle for their communities and adding to the greater fabric of America’s election infrastructure. In doing so, they can support local democratic processes and prove to their communities that they are not unbreachable temples for the elite, but open platforms for the people.
As exemplified by the Hollywood strikes of 2023, we find ourselves in a new era of Artificial Intelligence in film and television. While studios are looking to cut costs, performers seek job security, and consumers seek quality content. Through research conducted in collaboration with facial motion capture technology provider Faceware Technologies Inc., Master of Entertainment Industry Management students at Carnegie Mellon sought to gain insight on how AI-generated content will transform existing industries, including how this technology could affect employment in the entertainment industry, content development, budgets, contracts, legislation, and privacy rights.
CGI and motion-capture technology have disrupted filmmaking in the past two decades, and there are no signs that this trend is in decline. In part one, the history of and technology behind CGI and motion-capture is explained in detail. That framework and information will be applied to this second part of the series, which examines how similar technology is leveraged in the “holograms” that have become more prevalent in live performances and museum spaces in the past few years.
Over the past twenty years, computer-generated imagery has become nearly ubiquitous in film and television productions. This ubiquity is due to enhanced computing power and higher resolutions coupled with increasingly lower costs. To understand how these technological advancements and their artistic applications in recent years are disrupting the industry, there are three key technologies that must be understood and disambiguated: computer-generated imagery (CGI), motion capture, and holograms. Of these three, CGI is the most foundational technology for the current state of production.
