Daha fazla köpek ve GAN

Bir köpek görüntüsü üretme GAN'ının, mümkün olan en gerçekçi köpek görsellerini oluşturmayı öğrenirken zaman içindeki sonuçları burada.

Four images of dogs, each looking more realistic than the last.

(Kaynak: Projected GANs Converge Faster, 2021)

Unutma, bir GAN iki rekabet halindeki modelden oluşur: üretici model, gerçek veriden ayırt edilemeyecek sahte veriler üretmeye çalışır; ayrıştırıcı model ise gerçek ve sahte veriyi ayırt etmeye çalışır. Etkileşimli uygulamayı kullanarak GAN eğitim sürecini adım adım keşfet.

Eğitim ilerledikçe sonuçlarda neler olduğunı nasıl tarif edersin?

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Üretken Yapay Zeka Kavramları

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Uygulamalı etkileşimli egzersiz

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Üretken Yapay Zeka Kavramları

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Kursa Ücretsiz Başla

Familiarize yourself with the concept of generative AI and its ability to create content is introduced, along with its real-world applications and limitations. You'll delve into the differences between traditional machine learning models, generative AI, and artificial general intelligence (AGI), and explore the key factors driving the development of generative AI.

Exercise 1: Üretken yapay zeka nedir?Exercise 2: Üretken yapay zekaya giriş Exercise 3: Üretken yapay zeka modeliyle çalışma Exercise 4: Üretken yapay zeka uygulamaları Exercise 5: Makine öğrenmesi ortamında üretken yapay zeka Exercise 6: İş için doğru aracı seçmek Exercise 7: Generative AI'yi geleneksel ML'den ayırmak Exercise 8: Daha fazla köpek ve GAN

Geçerli egzersiz

Exercise 9: Üretken yapay zekanın gelişimi Exercise 10: Sahayı ileriye taşımak Exercise 11: Dönüştürücüler Exercise 12: Üretken yapay zeka atılımları

In this chapter, we cover the essential steps in creating generative AI models: research and design, data collection, model training, and evaluation. We examine the significance of diverse datasets and advanced training techniques, as well as various evaluation methods, while discussing their strengths and limitations.

Exercise 1: Model design and data collection Exercise 2: Research and design Exercise 3: A dataset windfall?Exercise 4: Model training Exercise 5: Factors impacting model training Exercise 6: Techniques for developing specialized models Exercise 7: Model evaluation Exercise 8: PixAIr animation Exercise 9: Helping Intellibrand evaluate

This chapter focuses on the responsible use of generative AI. We discuss the challenges and strategies to mitigate social bias, intellectual property and privacy issues, and ethical considerations to prevent misuse. We conclude by exploring the immense potential and risks of Artificial Generative Intelligence (AGI), along with the approaches to control its outcomes.

Exercise 1: Evaluating and mitigating social bias Exercise 2: Sources of bias Exercise 3: Detecting and mitigating bias Exercise 4: Copyright and ownership Exercise 5: Legal and privacy considerations Exercise 6: Identifying IP ownership claims Exercise 7: Responsible generative AI applications Exercise 8: Usage principles Exercise 9: Implementing responsible AI practices Exercise 10: Artificial general intelligence (AGI)Exercise 11: AGI characteristics Exercise 12: AGI outcomes

Chapter 4 examines the potential, impact, and integration of generative AI into human workflows. It discusses key contributors to AI development, from universities to companies, and explores societal adaptations to AI. It delves into AI's implications for productivity, job dynamics, education, media, entertainment, scientific advancements, and ethical considerations.

Exercise 1: Bringing new AI into old workflows Exercise 2: Leveraging generative AI for data science Exercise 3: Designing a new marketing campaign Exercise 4: Progress in generative AI Exercise 5: To open source or not to open source Exercise 6: Super Duper GANs Exercise 7: Preparing for a future of generative AI Exercise 8: Generative AI in education Exercise 9: The value of skills in an AI world Exercise 10: You made it!