Author: Miroslaw Staron

Transparency and explainability of AI systems: From ethical guidelines to requirements – ScienceDirect

In the area of ChatGPT and increasingly larger language models, it is important to understand how these models reason. Not only because we want to put them in safety-critical systems, but mostly because we need to know why they make things up.

In this paper, the authors draw conclusions regarding how to increase the transparency of AI models. In particular, they highlight that:

• The AI ethical guidelines of 16 organizations emphasize explainability as the core of transparency.
• When defining explainability requirements, it is important to use multi-disciplinary teams.

The define a four-quandrant model for explainability of requirements and AI systems. The model links four key questions to a number of aspects:

1. What to explain (e.g., roles and capabilities of AI).
2. In what kind of situation (e.g., when testing).
3. Who explains (e.g., AI explains itself).
4. To whom to explain (e.g., customers).

It’s an interesting reading that takes AI systems to more practical levels and provide the ability to turn explainability into software requirements.

So, this week’s post is my reflection on the seminar that we hosted last week (the recording is above). It was an eye-opener for me in a few aspects.

For the first, it was the question of ownership of things. Since AI is not a subject in legal cases, it cannot really own anything. I know, AI and computational models are not the same, but for the sake of the argument let’s assume that they are. By the end of the day, it is still a human being that presses the button and generates new source code or comments or what have you. So, the responsibility is still very much on us when we use these tools.

The second, it was the question about the community and why we have open-source software. We certainly do not put our source code openly for someone to profit from it. Attribution and recognition are very important (if not the most important) aspects of any open-source community. So, using their code to create commercial models requires at least some attribution. Why not show which code was used to train these models and show how good the communities really are?

Finally, my main point still stands – we should use these models to become better. They make us so much more productive that we should not go back to the old ways of writing software. Providing suggestions and ideas to programmers can make our software better, shipped faster and potentially more reliable.

However, we need to make sure that we change the way we attribute the software. Myself, I will start to add “co-created by Github Co-pilot and the OSS communities” to my work when I use the tool. Maybe you can do that too? At least to give some attribution back to our countless colleagues who deserve it….

I think that almost everyone in the field of SE has heard about the new bot – ChatGPT from OpenAI. The bot is capable of writing programs, making conversations and even creating virtual machines.

So, this year I wanted to check what ChatGPT can do. Here is my conversation with it:

M: What are the most important machine learning papers from 2022?

C: I’m sorry, but I don’t have access to papers or other information from 2022 because my knowledge was cut off in 2021. I can tell you about some important machine learning papers from the past, or provide general information about machine learning and how it has evolved over time. Is there something specific you would like to know about machine learning?

M: Ok, how about the most important papers from 2021?

C: I’m sorry, but I am not able to browse the internet and do not have access to information about specific papers or other developments that have occurred since my knowledge cutoff in 2021. However, there are many resources available online that can help you learn about the latest developments in the field of machine learning. Some places you might look for information about the most important machine learning papers from 2021 include scientific journals and conference proceedings, online news sources, and blogs or websites that cover developments in the field of artificial intelligence and machine learning. Additionally, you can check out the proceedings of major machine learning conferences, such as the International Conference on Machine Learning (ICML) and the Conference on Neural Information Processing Systems (NeurIPS), which are typically held each year and showcase the latest research in the field.

M: What is your prediction for machine learning field for 2023?

C: One trend that has been especially prominent in the field of machine learning in recent years is the increasing use of deep learning techniques, which have led to significant advances in a wide range of applications, including image and speech recognition, natural language processing, and autonomous systems. It is likely that this trend will continue in the coming years, as researchers continue to develop and refine deep learning algorithms and apply them to new and challenging problems.

Another trend that is likely to continue in the field of machine learning is the increasing importance of interpretability and explainability. As machine learning models become more sophisticated and are applied to more complex and sensitive tasks, it will be important to understand how they make their predictions and decisions, and to be able to explain these to users and stakeholders. Researchers and practitioners will therefore continue to focus on developing techniques for interpreting and explaining the behavior of machine learning models.

Finally, the field of machine learning will continue to be driven by the availability of large amounts of data and the increasing power and efficiency of computing hardware. As data continues to be generated at an ever-increasing rate, and as hardware capabilities continue to improve, it is likely that machine learning techniques will continue to advance and be applied to a wide range of problems and domains.

M: Ok, then write a program that draws a Christmas tree.

C:

Here is a Python program that uses ASCII art to draw a simple Christmas tree:

def draw_tree():
  print("   /\\")
  print("  /  \\")
  print(" /    \\")
  print("/      \\")
  print("--------")

draw_tree()

This code will output the following tree to the console:

   /\
  /  \
 /    \
/      \
--------

You can customize the appearance of the tree by modifying the print statements. For example, you could add more branches to the tree by adding additional print statements, or you could use different characters to create a more detailed or decorative tree.

Here is an example of a more detailed tree that uses a combination of ASCII art and Unicode characters to create a more realistic-looking tree:

def draw_tree():
  print("    /\\")
  print("   /  \\")
  print("  /    \\")
  print(" /      \\")
  print("/        \\")
  print("----------")
  print("   |||")
  print("   |||")
  print("   |||")

draw_tree()

Summary: well, the conversation is not very deep, not great either, which makes me sleep better at nights, feeling we (software engineers) are still needed in 2023. At least for the time being.

Have a wonderful holiday everyone!