Timo Gessmann discusses the xLSTM paper's innovative language modeling approach, the potential impact of XLSTM in industrial control, and the use of AI in Schunk's 2D gripper application. The discussion also includes the comparison of AI technologies for industrial applications and the importance of customer-centric automation.
xLSTM models revolutionize language modeling through exponential gating and matrix memory for superior scalability and performance in word prediction.
Gen AI systems in industrial automation leverage diverse AI architectures for optimized grasping automation, reducing labeling time and enhancing industrial productivity.
Deep dives
Revolutionizing Language Modeling with Excel STM Models
The podcast episode delves into the revolutionary advancements in language modeling with the introduction of Excel STM models. These models aim to scale LSTM technology to billions of parameters by introducing exponential gating and a matrix memory combined with a covariance update rule. Through comparisons with CR transformers and state space models like GPT and Mamba, the Excel STM models demonstrate superior performance in word prediction and scalability with model sizes ranging from 125 million to 1.3 billion parameters. Despite achieving better results, the Excel STM models require less computing power and offer faster inference, signaling a significant leap in language modeling technology.
Exploring the Impact of Gen AI Systems on Industrial Automation
Discussing the implications of Gen AI systems on industrial automation, the episode highlights the integration of large language models in industrial control. Gen AI systems leverage a combination of symbolic AI, sub-symbolic machine learning, and information modeling like OPC Foundation to drive automated industrial processes. The episode emphasizes the importance of adapting technology to industrial use cases to enhance automation efficiency and accuracy.
Innovative AI Applications in Manufacturing by Schunke
Featuring an interview with Timo Gaston from Schunke, the episode showcases innovative AI applications in manufacturing, specifically focusing on 2D grasping automation. Schunke utilizes state-of-the-art AI architectures and open-source models to train AI models on diverse industrial objects for optimized grasping. By leveraging synthetic data to handle varying environmental conditions, Schunke achieves robust automation processes, reducing labeling time drastically from 20 minutes to less than one minute through AI-assisted auto-labeling with GPT and AI models.
Acknowledging Industry Recognition and Future AI Developments
The episode concludes with industry accolades, including obtaining the Hammers Award for AI technology in 2D gripper applications. The conversation underscores the need for AI technologies to address practical industrial challenges, focusing on enhancing productivity and automation efficiency. Furthermore, insights into ongoing AI advancements, collaborations with LF AI and MIST, and the integration of openAI and LSTM models for automating industrial use cases set the stage for continuous innovation and progress in industrial AI applications.
Peter Seeberg and Robert Weber talk about Hochreiter's xLSTM paper, about Schunk's 2D Grasping Solution with GenAI Labeling, about revenues with LLMs and answer questions.
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We thank our partner SIEMENS their Industrial AI approach -> here