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The Era of AI-Generated Art and Authorship Rights

Written by Isabel Cheng on Digilah (Student Tech Research)

My Bio:

Hello, I am Isabel. I am a rising junior in high school at Stamford American International School (SAIS). As AI-generated art rapidly gains popularity and advances, questions such as its ownership, copyright, and how it applies to existing intellectual property frameworks arise. Hence, I want to explore the different perspectives toward AI-generated art and how that should be applied to the law with my research article below.

Section 1: Understanding AI-Generated Art

If you are familiar with the concept of Artificial Intelligence (AI), you know that they are algorithm models that programmers train on extensive databases. They analyze vast amounts of data fed to them and learn patterns so they know how to respond to act. However, the technology itself cannot think on its own or create original ideas.

Likewise, AI-generated artworks are created through machine learning models. The databases of images and artworks they are fed with are often without the permission of their owners. With that said, how is AI-generated art affecting the artistic landscape, and where does this technology stand in terms of authorship and the legal status of AI as a creator?

Section 2: Popular Generative AI Websites

Let’s talk about some of the most popular AI generative websites. First off, is Midjourney. Launched in early 2022, it is one of the most recognized AI image/art generators. Though it has a $10-20 USD monthly subscription fee, it is known for giving the best quality pictures fast, which has attracted a substantial user base.

Midjourney Showcase Page (Source: Midjourney Feed)

Leonardo AI, also launched in 2022, has a relatively beginner-friendly interface along with refined tools for paying professionals too. Its free version operates on a token system that resets on a daily basis, allowing users to generate images based on prompts. It produces images relatively well based on the prompts, and compared to Midjourney, it is more customizable because it has a larger variety of style options.

Leonardo AI Home Page (Source: Leonardo AI)

Ideogram, another AI generator that is gaining traction, also caters to a wide audience. It has a range of pricing plans catering to users of different needs. It has a free version where you are allowed up to 10 prompts a day. Its consistent performance in text-to-image generation makes it a reliable choice for many users.

Ideogram Explore Page (Source: Ideogram AI)

Dalle-E 3 is another popular image-generative AI in the market, particularly in AI artworks like drawings and paintings. Though it is still not fully developed, you can access it via ChatGPT Plus.

Notably, Dall-E 3 is one of the few AI image generators that states explicitly on its website that it is designed to refuse requests for images mimicking living artists’ styles. They also allow creators to opt their art out of future training of their image generation models.

However, challenges remain in ensuring artists receive recognition. Is a fake death certificate enough to make Dall-E 3 accept requests for mimicking a living artist’s style? What about the artists who are unaware that their work is being used to train AI models?

With that said, let us dive into the growing concerns about the unauthorized usage of artists’ art styles to train image-generating models.

Dall-E 3 Index Page (Source: OpenAI)

Section 3: Artist Recognition and Copyright Challenges in the Age of AI

Since 2023, the advent of AI generation tools has prompted many to be curious and experiment with them. This includes artists, and an increasing number of them are utilizing these tools to enhance their own work, with some feeding their own artworks into AI systems, so that after inputting a prompt, they are able to produce a new piece of art in their own unique style, all in a matter of minutes.

One wouldn’t exist without the other, and this raises questions about the relationship between traditional and AI-generated art.

In Singapore, the Copyright Act protects original creative work. The owner who made an original art piece is usually automatically given a copyright, and they are granted the right to reproduce, distribute, and display the work.

 However, when it comes to work generated by AI, a critical question arises: Does the creator of the AI, the user of the AI, the work of artists who trained the AI, or the AI itself hold the copyright? The existing framework primarily addresses human authorship, leaving a grey area for AI-generated work.

As of now, the Singapore law does not explicitly recognize AI as the creator, which complicates ownership and copyright claims to their generated artwork.  

Furthermore, Singapore’s legal system emphasizes that copyright protection is only given if the work is original. Since AI-generated art is often trained on databases with existing art, it raises questions about whether the art it generates meets the originality requirement. This could limit the ability of artists to claim copyright over AI-generated work that they incorporate their style or elements into.

As Singapore and countries around the world navigate these complexities, there is a growing consensus that intellectual property laws need to be updated to better fit the world today. Policymakers and legal experts should work together with artists and AI experts to shape a new legal landscape that protects creativity and authorship rights in this new age of AI.

Section 4: Protecting Artists – Tools and Views

Artists are increasingly turning to AI-generative-art poisoning software such as Nightshade, Glaze, Have I Been Trained, and more to protect their work from being used in unauthorized AI training.

These tools allow creators to alter the pixels of their artworks that are imperceptibly different from human eyes but will get picked up by machine learning algorithms and act as a poisoned data sample, resulting in deformed outputs from AI models.

Glaze More Info Page (Source: The University of Chicago)

However, the development of all these poisoning tools is not perfect, and most end up compromising the quality of the artwork. Additionally, some artists view the anti-poisoning software as another unnecessary step, given that another training model could come out to invalidate this approach.

Furthermore, another perspective on AI-generated art is that there is no difference between AI learning and an artist. Most artists take inspiration from other artists anyway and make their own art as a derivative of that.

AI needs artists, but if you look at human history, modern art is built upon thousands and thousands of years of art from different cultures across the globe. Artists need artists too, suggesting that AI could be seen as an extension of this creative process.

Contrary to that though, another valid argument is the idea that AI art is theft? It’s a common consensus that it takes at least 10,000 hours to learn a new skill. Most artists invest years practicing and honing their craft, while all companies do is download datasets of millions of artworks and use them to train their algorithm models.

With that, the models can then make combinations from what they “learned” and instantly generate pieces, often profiting from it through consumers without having done anything artistic themselves.

This situation is unfair to artists, as no human can feasibly digest billions of images and create amalgamations of all of them in seconds. This could lead to a culture of complacency, ultimately stifling creativity and innovation. It is concerning to consider that all “new” and “original” art could end in the next few years if lawmakers do not adequately protect artists’ rights.

However, a lot of this issue involves how AI interacts with the current intellectual copyright laws, further driving the need for policymakers to amend them.

As previously noted, law and legal experts should work together with artists and AI experts to consider adding something like an AI Commission system or requiring AI developers to get permission/credit from artists whose art is used in training datasets.

Conclusion

In conclusion, the rise of AI-generated art is both an opportunity and a challenge for artists and the legal system. Especially with the evolution of AI technology, education, and awareness are crucial for both artists and lawmakers to navigate this new landscape.

Legal frameworks need to reform and adapt so that artists, AI, AI creators, and users get fair recognition for their contributions. As we move forward, it becomes clearer that the ambiguity surrounding artistic authorship around the world has to be changed, fostering an environment where creativity can thrive alongside technological advancement.

References

https://docs.midjourney.com/docs/plans https://leonardo.ai/

https://ideogram.ai/t/explore

https://www.midjourney.com/showcase

https://openai.com/about

https://openai.com/index/dall-e-3

https://glaze.cs.uchicago.edu

https://dezgo.com/text2image/sdxl

https://lawgazette.com.sg/feature/generative-ai

https://www.channelnewsasia.com/singapore/ai-art-copyright-law-artificial-intelligence-authorship-originality-3339396#:~:text=In%20Singapore%2C%20the%20law%20holds,concerns%20around%20protecting%20their%20work.

Most asked questions

Which are the commonly used AI-generative-art poisoning softwares?

Artists are increasingly turning to AI-generative-art poisoning software such as Nightshade, Glaze, Have I Been Trained, and more to protect their work from being used in unauthorized AI training.

How can I access Dalle-E 3?

Dalle-E 3 is a popular image-generative AI in the market. Though it is still not fully developed, you can access it via ChatGPT Plus.

Most searched queries

Midjourney

Ideogram

Leonardo AI

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Categories
Decision Making Res Digi Res

From Theory to Reality: Data Structures and Algorithms enhancing life

Written by Sneha Rani on Digilah (Student Tech Research)

My name is Sneha Rani. Currently, I am pursuing B.Tech. in Electronics and Communication from the Indian Institute of Technology (BHU), Varanasi, India. I have keen interest in how large datasets are analyzed and transformed into meaningful results. The key of organisation and retrieval of data lies in data structures and algorithms. Now we are in a world where we have to use our energy to think of better solutions.

Data structures are everywhere!

In the current world where technology is embedded in our daily lives, the importance of data structures and algorithms cannot be doubted. Behind every app, website, and digital service is a large network of data structures and algorithms that are working day and night to make our lives more comfortable, efficient, and fun.

Indeed, the basic ideas of computer science such as the optimization of searching results and the powering of recommendation systems are the ones that are changing the way we interact with technology.

Introduction to DSA

The basic elements of computer science have changed the way we communicate with technology, thus, we could go beyond the possible results of physical labour and concentrate on problem solving which is more creative.


There are numerous data structures and algorithms such as the greedy approach, dynamic programming, graphs, trees, linked lists, arrays and lists, sorting and searching, just to name a few. Whatever you want to do, whether you want to optimize the solution or cut the cost, all can be done by data structures and algorithms in an efficient way.


Dijkstra and Bellman-Ford’s algorithms are designed to help you determine the shortest paths between two nodes while Floyd Warshall’s method is used to calculate the shortest path between each pair of vertices in a graph. Dynamic programming is a process that enables you to save the previous results and compare the new ones to discover the most efficient solution.


Trees can be employed to preserve the integrated structure of the data sets. Arrays give you the possibility to experiment with different dimensions which enables the processing of various kinds of data and operations. Linked lists facilitate you to use the storage efficiently and data can be stored dynamically.

The hashing can cut the search time by an exponential factor, thus, providing a good user experience. Stack and queue are the most beneficial data structures. Stack and queue are as straightforward as taking books from a pile and being in line at the ticket counter. The stack and the queue are used to solve many complex problems at once very easily.

With every dive into the world of data structures we discover its endless possibilities, we are intrigued by its complexities and intricacies, and we are drawn into its depth.

Let us consider some of the applications of data structures and algorithms:

Efficient Information Retrieval

Think of the situation of looking for information on the web without the support of good data structures and algorithms! It would be similar to looking for a needle in a haystack.

Through the use of data structures like hash tables, binary search trees, and algorithms like breadth-first search and depth-first search, search engines can quickly go through the huge amount of data to find the results which are relevant in milliseconds.


You can be looking for a nearby restaurant, researching a topic for a school project, or shopping for a new pair of shoes and data structures and algorithms will ensure that the information you need is in your hands in just a few keystrokes.

Personalized Recommendations

Have you ever realized that the ads on your favourite social media platform always seem to be perfectly tailored to your interests and that your Instagram and Tik-Tok feed feels so familiar? Or how streaming services fight for your viewing time by recommending movies and TV shows that match your viewing habits? 

Data structures are the basis of the suggestions given to you by your online shopping app.

The possibility of such a high degree of personalization is due to the use of advanced recommendation algorithms that take into account your past behaviour, preferences, and demographic information to suggest the content that you are likely to enjoy. 

Through the use of data structures such as graphs and algorithms like collaborative filtering and content-based filtering, technology firms can generate personalized experiences that make users to stay longer and come back for more.

Optimized Transportation and Navigation

Navigation apps have become vital for travelers who are going to their work, planning a trip, or exploring a new city. Behind the scenes, these apps use data structures like graphs and algorithms like Dijkstra’s shortest path algorithm to calculate the most effective routes, considering factors such as traffic jams, road closures, and real-time updates.


Through the optimization of the transportation routes, data structures and algorithms not only save time and fuel but also cut down on stress and make the whole travel experience a lot more pleasant.

Enhanced Communication and Collaboration

Nowadays, the world is more interconnected than ever, and communication and collaboration are key for both personal and the professional success. 

Instant messaging apps, email clients, and collaboration platforms use data structures, such as queues, stacks, and trees, and algorithms, such as sorting and searching, for the fast and efficient delivery of messages.


No matter if you are texting a friend, sending files to coworkers, or attending a virtual meeting, data structures and algorithms make communication and collaboration possible even if the people are in different time zones or across distances.

Let us now delve into some real-life cases where data structures and algorithms are being used:

Artificial Intelligence and Machine Learning

Artificial Intelligence and Machine Learning are the areas in which these intelligent technologies are predominantly being used.


AI and machine learning algorithms usually use special data structures that are designed for data representation and processing, thus making it easier to carry out tasks more quickly and accurately. 

For instance, decision trees are employed in classification tasks, while neural networks make use of complex graph-like structures to depict the relations between data points.

Databases

Databases are now everywhere in the present world, they are the engine that drives all from social media to financial systems. 

Behind the scenes, databases depend on the complex data structures like B-trees, hash tables, and indexes to store, retrieve, and manage the huge amounts of structured data efficiently.

File Systems

The file systems are the ones that are responsible for the organization and management of the files that are stored on the computers and the storage devices. 

Data structures such as linked lists, trees (like B-trees or binary trees), and hash tables are used to keep the file metadata, directory structures, and file locations on the disk.

Financial Systems

Financial systems handle huge amounts of transactional information and perform complex calculations. 

Data structures such as priority queues, hash tables, and trees are used to carry out financial instruments, visualize market trends, and improve trading strategies.

Computer Graphics and Gaming

Data structures are the key factor in computer graphics and gaming, which are used to model and manipulate objects, scenes and game states. 

For instance, spatial data structures such as octrees are being used for the collision detection and spatial partitioning.

Healthcare Systems

Healthcare systems keep the patient records, medical images, and the treatment plans using data structures like linked lists, trees, and hash tables. 

The data structures thus, are the tools that make the organization of patient data, the tracking of the medical histories and the communication between the healthcare providers possible.

Social networks

Social networking platforms are dealing with heaps of user data and connections between users. Graph data structures are used to create social network models, in which nodes are users and edges are the relationships.

Graphs are then utilised to the algorithms which are employed to recommend friends, detect the communities, and analyse the network behaviour.

Competitive Programming

Competitive programming is somewhat like a sport for computer programmers, where the participants are the ones who compete to solve algorithmic and computational problems within a given time frame. 

The primary goal of competitive programming is to write efficient and correct code to solve a variety of problems, usually with time limitations.

Competitive programming is a branch that deals with the best use of data structures and algorithms to solve the real world problems using the least resources for the best result. 

This calls for a lot of brainstorming. Competitively, data structures are the key to tackling problems in an efficient and effective manner.


They are the tools that enable the users to arrange and manage data in an efficient way. Participants have to not only comprehend the operation of these data structures but also determine when and where to use them to solve various problems.

Conclusion

Through the process of data structures and algorithms, information retrieval is simplified, and personalized experiences are introduced to the real world which is helpful in our daily lives.

Using the basic principles of computer science, the developers and engineers can come up with ingenious solutions that make our life easy, convenient, and more enjoyable. 

The ever-changing technology will make the relevance of data structures and algorithms increase even more, thus, leading to the advancements and changing the way we communicate with the world around us.

The central point is that data structures and algorithms are the basic elements of our digital society and thus they are the tools we use to overcome the modern world complexities with confidence and ease. 

By adopting data structures and algorithms, we can open new doors, trigger innovation and thus, build the future that the next generations will live in.

References

Data Structures Using C And C++ by Y. Langsam, M. Augenstein And A. M. Tenenbaum

https://www.geeksforgeeks.org/learn-data-structures-and-algorithms-dsa-tutorial

https://www.geeksforgeeks.org/real-time-application-of-data-structures

https://iq.opengenus.org/applications-of-different-data-structures/#google_vignette

Image Sources

https://media.licdn.com/dms/image/D5612AQGyFWT40Onbmw/article-cover_image-shrink_720_1280/0/1712594897366?e=2147483647&v=beta&t=gHkL2IwhBMfNqTy6t2uReBVcBrGvhPcuUY47AoWmJRo

https://files.realpython.com/media/How-to-Implement-A-Queue-in-Python_Watermarked.993460fe2ffc.jpg

https://media.geeksforgeeks.org/wp-content/cdn-uploads/20191004160106/How-to-Prepare-for-Competitive-Programming.png

https://files.realpython.com/media/TOML-in-Python_Watermarked.1bca2ba00140.jpg

https://www.researchgate.net/publication/279474409/figure/fig2/AS:669385706438664@1536605397857/An-illustration-of-ITS-ITS-include-all-types-of-communications-in-and-between-vehicles.ppm

Most asked questions

Which data structures are used for non-recursive implementation of programs?

Stack and queue are used to solve many complex problems at once very easily. They are the keys to implement non-recursive solutions of programs.

Which data structures are helpful in visualizing market trends?

Data structures such as priority queues, hash tables, and trees are used to carry out financial instruments, visualize market trends, and improve trading strategies.

Most searched queries

Collaborative filtering

Decision trees

Machine learning

Hello readers! Hope you liked what you read today. Click the like button at the bottom of this page and share insights with your colleagues and friends!

For more such amazing articles and research on technology follow Digilah industry leaders and students researchers.