machine learning Archive - Rock the Prototype - Softwareentwicklung & Prototyping

AI & Us – Software development & artificial intelligence

Sascha Block2024-06-28T12:38:58+02:00Categories: Artificial intelligence (AI)|Tags: AI, AI, AI applications, AI Applications, AI Frameworks, AI Future, AI software development, AI technologies, AI Technologies, AI Tools, AI Tools, Artificial intelligence, Artificial intelligence, Automation, Automation, Career IT, Coding, Deep learning, Digital transformation, Digital transformation, Innovation, IT Career, machine learning, neural networks, neural networks, neural networks, Programming, Robotics, Robotics, Software development AI, Technology trends|

Artificial intelligence and us Welcome to the first episode

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AI Frameworks

Sascha Block2023-12-16T10:14:26+01:00Tags: Algorithms, Apache MXNet, Automation, Caffe, Cloud services, Data analysis, Deep learning, E-learning, Edge Computing, Ethics, Fast.ai, Fraud detection, Game development, IoT, IT Security, Keras, machine learning, medical diagnostics, Microsoft Cognitive Toolkit (CNTK), Model management, natural language processing, NLP, OpenAI Gym, Privacy, PyTorch, Robotics, Scikit-learn, TensorFlow, Theano|

AI frameworks are collections of software libraries, tools and guidelines that are specifically designed for the development of artificial intelligence (AI) are designed. Such frameworks provide developers with a structured starting point with a powerful AI environmentin which they can develop and implement algorithms for machine learning (ML), deep learning, natural language processing (NLP) and other AI-related technologies. Top 10 AI frameworks, Types of AI frameworks, Technological aspects of AI frameworks Application areas and use cases of AI frameworks

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AI language models

Sascha Block2025-02-05T13:55:57+01:00Tags: AGI, AI ethics, AI for companies, AI Governance, AI in everyday life, AI in research, AI language models, AI Research, AI safety, AI-supported creativity, Alexa, Algorithmic Bias, Artificial intelligence, Attention mechanism, Autoencoding, Autoregressive models, BERT, Bias in AI, bidirectional models, Chatbots, CLIP, Cloud computing, Computational linguistics, Computing power, Conversational AI, DALL-E, Data ethics, Deep learning, DeepMind, digital assistants, Embeddings, Energy-efficient AI, Explainability, Fairness in AI, Few-Shot Learning, Few-Shot Prompting, Fine tuning, GDPR, generative AI, generative language models, GitHub Copilot, GloVe, Google AI, Google Assistant, GPT, GPT-2, GPT-3, GPT-4, GPUs, Hallucinations in AI, Hugging Face, Information retrieval, Interpretability, Knowledge Graphs, Language processing, Large Language Models, LLM, LSTM, machine learning, machine translation, Masked Language Modeling, Meta AI, Model compression, multimodal AI, multimodal models, Named Entity Recognition, natural language processing, neural networks, NLP, Open source AI, OpenAI, OpenAI Codex, Perplexity, Privacy, Prompt Engineering, Prompt Tuning, Regulation, Reinforcement Learning, Responsible AI, Retrieval-Augmented Generation, RNN, Scalability, Self-Attention, Sentiment analysis, Siri, Supervised Learning, synthetic data, T5, Text classification, Text generation, Tokenizer, TPUs, Training data, Transfer Learning, Transformer, Unsupervised Learning, Voice assistants, Word2Vec, Zero-shot learning|

AI language models - what's behind them? Artificial intelligence is changing the way we interact with machines. Language models enable machines not only to understand language, but also to generate meaningful, human-like responses. Find out more now...

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Artificial intelligence: How does Chat GPT work?

Sascha Block2024-04-12T09:18:22+02:00Categories: Artificial intelligence (AI)|Tags: AI, AI, AI models, Artificial intelligence, Artificial intelligence, Big Data, BigData, Chat GPT, ChatGPT, Data Science, DeepLearning, Distortions, Embeddings, FineTuning, GPT, Hallucinations, machine learning, Machine learning, neural networks, neural networks, NLP, PositionalEncoding, PreTraining, Prototyping, SelfAttention, Software development, Transformer|

Artificial intelligence: How does Chat GPT work? I unravel the threads of semantic probabilities and reveal how AI technology can come so incredibly close to our human understanding. Join me on an exciting journey through the neural landscape of GPT and expand your boundaries between human creativity and machine learning... ✅ What exactly is GPT? ✅ How does a Generative Pretrained Transformer (GPT) work? ✅ Chat GPT - facts about this fascinating AI technology ✅ How does GPT work and why is this AI model so groundbreakingly revolutionary? ✅ How is a GPT model actually trained? ✅ The revolutionary difference between GPT AI technology and traditional AI models ✅ The power of combining self-attention and positional encoding ✅ Pre-training - the pre-training process of AI ✅ How does GPT process all this information? ✅ The embeddings strategy of the AI model

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Deep learning frameworks

Sascha Block2025-02-01T17:01:23+01:00Tags: Activation Functions, AI benchmarking, AI deployment in the cloud, AI ethics, AI for autonomous systems, AI for companies, AI for image recognition, AI for language models, AI for recommendation systems, AI for robotics, AI for word processing, AI Frameworks, AI in medicine, AI in production, AI in the automotive industry, AI in the financial sector, AI infrastructure, AI optimization, AI Performance, AI Pipeline, AI Research, AI toolkits, AI training, Algorithmic fairness, Algorithmic optimization, Artificial intelligence, artificial neural networks, Autoencoder, AutoML, Backpropagation, Batch Normalization, BERT, Bias in AI, Big Data, Caffe, Cloud-based AI, Clustering, CNTK, Computer Vision, Convolutional Neural Networks, Cross Validation, Data Augmentation, Data Parallelism, Data Science, Deep learning, Deep reinforcement learning, DeepMind, Deployment of AI models, Deployment strategies, Dropout, Edge AI, Edge Computing, Explainable AI, Feature engineering, Federated Learning, Few-Shot Learning, FPGAs, Generative Adversarial Networks, GPT, GPU acceleration, Gradient Descent, Graph Neural Networks, Hardware acceleration for AI, High-Performance Computing, Hyperparameter optimization, Hyperparameter tuning, Image classification, Industrial applications for AI, Inference, Interpretability of models, JAX, Keras, Language processing, Loss function, LSTM, machine learning, Machine Learning Operations, MobileNet, Model compatibility, Model compression, Model management, Model Parallelism, Model Quantization, Model Serving, Model validation, MXNet, natural language processing, neural networks, neuronal architecture, NVIDIA CUDA, Object recognition, ONNX, Open Source, OpenAI, OpenAI Gym, Optimization, PyTorch, Recurrent Neural Networks, Regularization, Reinforcement Learning, ResNet, Scalability, TensorFlow, Theano, TPUs, Training of models, Training Pipelines, Transfer Learning, Transformer models, VGG, Zero-shot learning|

What are deep learning frameworks? Deep learning frameworks are

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Gemini AI model

Sascha Block2023-12-09T19:11:54+01:00Tags: AI development, AI ethics, AI innovation, AI integration, AI model, AI regulation, AI technology, Artificial intelligence, Audio processing, Code generation, Data security, Deep learning, ethical AI, Gemini, Google DeepMind, Image analysis, Language processing, machine learning, Multimodality, neural networks, Privacy, Reinforcement Learning, Research and development, Supervised Learning, Technology innovation, Text analysis, Unsupervised Learning, Video analysis|

Gemini is an advanced AI language model developed by Google DeepMind. It serves as the successor to the earlier AI models LaMDA and PaLM 2 and was presented by google in December 2023. Gemini is characterized as an AI model by its multimodality, which means that it can process different types of data, including text, images, audio, video and computer source code. What can the gemini AI do? Gemini will be integrated into Google's search engine, the google advertising products and the Chrome browser. Learn all about google AI now...

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Generative pretrained transformer (GPT) – AI tech & AI learning models

Sascha Block2024-04-01T22:39:39+02:00Tags: AI, AI, Alan Turing, AlexNet, Backpropagation, Context limitations, Dartmouth Conference, Deep Blue, Deep learning, Distortions, Embeddings, Fine tuning, Generative Pretrained Transformer, GPT, GPT-2, GPT-3, ImageNet, machine learning, neural networks, neural networks, OpenAI, Positional Encoding, Self-Attention, Text generation, Tokenization, Top-k Sampling, Transformer architecture, Turing test, unsupervised learning, Unsupervised Learning|

What is a generative pretrained transformer (GPT)? A Generative Pre-Trained Transform - GPT for short - is an advanced machine learning AI model based on the Transformer architecture. This AI technology was developed by OpenAI and is known for its ability to generate high-quality texts that are similar to those of a human being. The core of GPT technology lies in the use of large amounts of data to pre-train the model before it is fine-tuned for specific tasks.

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Genetic algorithms

Sascha Block2023-12-08T12:10:16+01:00Tags: Adaptability in AI, AI decision making, AI development, AI modeling, algorithmic innovations, algorithmic models, algorithmic pattern recognition, Algorithms in AI, Artificial intelligence, Automation in AI, Climate change prediction, Data-driven optimization, digital maps, Ecological data analysis, Effects of climate change, Environmental informatics, Environmental management, Environmental planning, Environmental strategies, evolutionary algorithms, Feature selection, genetic algorithm, Genetic programming, Hyperparameter tuning, Learning algorithms, machine learning, machine learning training, Nature conservation, neural networks, Optimization, Optimization algorithms, Resource management, Simulation, Sustainable decision-making, Sustainable use of resources|

Genetic algorithms are a class of optimization methods based on the principles of natural evolution and genetics. A genetic algorithm is ideal for finding solutions to complex problems by mimicking evolutionary processes such as selection, crossover and mutation. In the field of machine learning, genetic algorithms offer a unique and effective approach, especially when it comes to optimizing learning models and selecting features.

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IT standards – Why interoperability and security are essential

Sascha Block2024-02-24T18:19:09+01:00Categories: Software development|Tags: Agile methods, AI, API, Big Data, Blockchain, BSI, Cloud computing, Coding Standards, Compliance, Continuous Deployment, Continuous Integration, Cybersecurity, Data format, Data transmission, Databases, DevOps, Digital transformation, Digitization, DIN, eIDAS, Encryption, ETSI, IaaS, IEEE, IETF, Interoperability, IoT, ISO Standards, IT Governance, IT infrastructure, IT Management, IT Operations, IT Service Management, IT Standard, IT standards, ITIL, machine learning, Mobile Development, Network Security, Open Source, PaaS, Privacy, Programming languages, Protocols, Quality assurance, RFC, SaaS, Security, Software Architecture, Software development, Software Testing, Standards, System integration, Technology, User Experience, Virtualization, W3C, Web development|

IT standards are the invisible network that ensures security, enables interoperability and holds our digital landscape together. Without IT standards, we would fall back into an era of digital turbulence in which nothing communicates with each other, security gaps are omnipresent and no progress is possible. Today we dive into the world of IT standards - we explore why they are essential, what makes a good standard and how they shape our digital future.

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