Art Conservation

Evolving Applications of AI and VR in Art Conservation, Preservation, and Reconstruction

Evolving Applications of AI and VR in Art Conservation, Preservation, and Reconstruction

The field of art conservation has long been a community of highly specialized and skilled professionals, often whom have dedicated hundreds of hours to understanding meticulous processes and materials. They are entrusted by institutions and the public to preserve and protect pieces of culture and history- works which often occupy fragile and delicate states for the remainder of their existence. Many of these pieces have lived long periods of time, having witnessed conflict, cultural changes, and geopolitical events over the course of history.

Art Restoration Technologies: Renewing Artwork in the 21st Century

Art Restoration Technologies: Renewing Artwork in the 21st Century

In the visual arts, there is no guarantee that work will be preserved for any time after it has been created. While physical pieces are certainly more permanent that performances, all works are subject to deterioration and destruction. Some pieces are more susceptible, such as work made of fragile material or located in an unstable environment, but all pieces will eventually face wear and damage. Restoration is thus required in order to renew pieces to their original and/or best form. Ultimately, the goal of restoration is to safely and accurately bring pieces to their best form for study and public enjoyment. Through technology, this goal can be accomplished.

Opportunity or Challenge? Artificial Intelligence for Museum Audience Engagement

Opportunity or Challenge? Artificial Intelligence for Museum Audience Engagement

To improve museum operations, museum management is increasingly taking advantage of artificial intelligence (AI) technology to understand their collection data, their visitors, and their exhibitions. Audience engagement is one of the most significant factors that museums need to consider in their operations: it is an implicit element that connects people to collections and should be achieved based on a deep understanding of visitors, collections, and exhibitions. Within the past few years, AI technologies have shown their potential to bring previously inaccessible insights to museums based in three main areas: machine learning, chatbots, and neural networks.

Preserving AI-Powered Art as Time-Based Media and Computer-Based Art

Preserving AI-Powered Art as Time-Based Media and Computer-Based Art

As innovation with using artificial intelligence in art making continues, museums’ conservation practices must also evolve. Continuing my research on AI art preservation, this article will narrow down the subjects to AI-powered art since it deviates further from what traditional conservation practices apply to. Unlike static digital artworks printed on canvas, AI-powered art always has temporal attributes, presents constant variation through an algorithm, and relies on digital files and equipment that runs continually. Although current studies have not focused on AI-powered art, it is worthwhile to see how ideas and practices of digital art preservation—such as those at the Guggenheim—are transforming in ways that could help preserve AI art in the future. Since manufacturers' innovation will quickly outdate museums’ technology supporting such art and it will be hard to tell when the doomed obsoletion will happen, being proactive is essential.

Physical and Digital Conservation Planning for Art in Exterior Spaces

Physical and Digital Conservation Planning for Art in Exterior Spaces

One of the most challenging aspects of publicly exhibited works is their conservation, both in the physical and digital sense. One of the most challenging aspects of publicly exhibited works is their conservation. These works are often forced to directly withstand the elements, but also must be protected from graffiti and defacement. There have been examples of conservation issues forcing a public art office to remove an artwork, and Danielle Brazell from the Office of Cultural Affairs in LA described having to de-accession a work that could not be salvaged due to weather-related damage. The Cambridge Arts Council has worked to develop a streamlined system to mitigate problems with a pre-emptive strategy.

Using Technology to Protect Artwork

Using Technology to Protect Artwork

Artworks serve many purposes, including recording the past, demonstrating man’s creativity, and educating future generations. As new technologies emerge, museums have better tools to show undamaged art to the general public, and to make sure that these pieces will be preserved for years to come. 

IBM: A Century of Avant-Garde Thinking

If asked whether data can be beautiful, many of us in the art world would give the questioner a quizzical look. We would then proceed to answer along the lines of “In the art world, we do not ponder over the beauty of data.” But if we were to pose the same question to IBM, they would nod affirmatively. And it bodes well for us to listen to those at IBM because after a century of trial and error, they have agreed to share some of the reasons behind why data is not only beautiful, but also powerful and astonishing. In celebration of a century of avant-garde thinking, the aptly named IBM THINK exhibit is on display at the Lincoln Center in New York. One of the most striking displays is found at the entrance itself; an incredibly beautiful, 123 foot, digital data wall that “visualizes, in real time, the live data streaming from the systems surrounding the exhibit, from traffic on Broadway, to solar energy, to air quality.”

The IBM Think exhibit is on display at the Lincoln Center in New York until October 23

Once inside the exhibit, which is a veritable visual feast, visitors watch a 12 minute film about “awe inspiring stories of the past and the present”; in essence visitors learn about how the advancements made at IBM have shaped the technological course of the 20th century and the opportunities that lie for “making our world better, today.”

The exhibit concludes with an interactive experience, where visitors can delve into the collective knowledge of the scientific and tech world, from “clocks and scales to microscopes and telescopes, RFID chips and biomedical sensors”, on 40 seven foot screens. Through its data visualization techniques and compelling interactive experiences, the IBM THINK exhibit achieves a rare balance between data analysis and beauty.

http://www.youtube.com/watch?v=JVrXAsYd1Wk

But the overall theme of the exhibit is not limited to the dissemination of data, rather it poses a grandiose and rather formidable question; how do we use the breakthroughs in the fields of science, technology, and leadership to make the planet a smarter place? So while the BMW Guggenheim Lab experimented with making metropolises better, IBM’s sets its sights on the well-being of the entire world. Is that an audacious quest? Not quite, because if IBM were a person, they would have on their resume, a century of experience in changing the world, written under qualifications.

In fact, not only has IBM propelled the world into the 21st century, it continues to build up storms in the ever restive sea of our scientific and technological present. For instance, it’s hard to ignore Watson, the IBM self–contained computer system that proves that computers too are capable of placing themselves in jeopardy.  This is because Watson can process natural language and hypothesize between answers, until it arrives at the right answer through weighing different algorithms and determining its confidence level. And Dr. David Ferrucci, the Principal Investigator for the Watson project, is convinced that computer has potential to transform industries such as business and health care.

Let’s also take a look at a technology that may not have created a storm, but perhaps ripples in the much smaller lake of the art world. Earlier this summer, IBM helped the Metropolitan Museum of Art make quantum leaps in art preservation when it installed wireless environmental sensors called Low-Power Motes. These sensors will help the Met monitor the micro-environment through real-time 3D data that will “measure temperature, humidity, air flow, contamination levels, door positions, light levels, and more.” The sensors will help the museum scientists develop correlation models between environmental conditions and the reactions they have on works of art, eventually leading to better models for art preservation.

So in the end, let’s not move forward but backwards. Let’s rewind our clocks back to the year 1911, when IBM’s successor the Computing Tabulating Recording Corporation sold products such as employee time keeping systems, punched card equipment, and of all things, automatic meat slicers! Compare meat slicers to Watson or Low-Power Motes and we can begin to appreciate the beauty of data analysis techniques and technological advancements. We can finally begin to nod in unison with IBM.