IBM’s New Granite 4.0 AI Models Slash Costs with Hybrid Mamba-Transformer Architecture
#AI #IBM #EnterpriseAI #OpenSource #Mamba #Granite4 #AIModels #HybridModels
winbuzzer.com/2025/10/03/i...
#AI #IBM #EnterpriseAI #OpenSource #Mamba #Granite4 #AIModels #HybridModels
winbuzzer.com/2025/10/03/i...
IBM’s New Granite 4.0 AI Models Slash Costs with Hybrid Mamba-Transformer Architecture - WinBuzzer
IBM launches Granite 4.0, a new family of open-source AI models using a hybrid Mamba-Transformer design to cut memory usage by over 70% and lower costs.
winbuzzer.com
October 3, 2025 at 8:38 AM
IBM’s New Granite 4.0 AI Models Slash Costs with Hybrid Mamba-Transformer Architecture
#AI #IBM #EnterpriseAI #OpenSource #Mamba #Granite4 #AIModels #HybridModels
winbuzzer.com/2025/10/03/i...
#AI #IBM #EnterpriseAI #OpenSource #Mamba #Granite4 #AIModels #HybridModels
winbuzzer.com/2025/10/03/i...
3/3 💡 Hybrid Models: The Best of Both Worlds?
Rather than abandoning traditional financial systems, let's create hybrid models that combine the benefits of DeFi and centralization. A more robust, secure, and user-friendly financial system is possible! #FinancialInnovation #HybridModels
Rather than abandoning traditional financial systems, let's create hybrid models that combine the benefits of DeFi and centralization. A more robust, secure, and user-friendly financial system is possible! #FinancialInnovation #HybridModels
January 8, 2025 at 10:00 PM
3/3 💡 Hybrid Models: The Best of Both Worlds?
Rather than abandoning traditional financial systems, let's create hybrid models that combine the benefits of DeFi and centralization. A more robust, secure, and user-friendly financial system is possible! #FinancialInnovation #HybridModels
Rather than abandoning traditional financial systems, let's create hybrid models that combine the benefits of DeFi and centralization. A more robust, secure, and user-friendly financial system is possible! #FinancialInnovation #HybridModels
Blending the Best: An Insight into Blockchain’s Hybrid Models
With blockchain’s hybrid models, businesses can customize their networks to their specific technological requirements. This article will delve into blockchain’s hybrid models and all they are about. As… #BlockchainModels #HybridModels
With blockchain’s hybrid models, businesses can customize their networks to their specific technological requirements. This article will delve into blockchain’s hybrid models and all they are about. As… #BlockchainModels #HybridModels
Blending the Best: An Insight into Blockchain’s Hybrid Models
Blending the Best: An Insight into Blockchain’s Hybrid Models
With blockchain’s hybrid models, businesses can customize their networks to their specific technological requirements. This article will delve into blockchain’s hybrid models and all they are…
dlvr.it
February 19, 2024 at 11:42 AM
Blending the Best: An Insight into Blockchain’s Hybrid Models
With blockchain’s hybrid models, businesses can customize their networks to their specific technological requirements. This article will delve into blockchain’s hybrid models and all they are about. As… #BlockchainModels #HybridModels
With blockchain’s hybrid models, businesses can customize their networks to their specific technological requirements. This article will delve into blockchain’s hybrid models and all they are about. As… #BlockchainModels #HybridModels
Hybrid recommendation systems combine multiple algorithms to tackle real-world complexity—no single approach can do it all. Discover 3 ways to orchestrate them effectively. 🚀🔗 fanyangmeng.blog/hybrid-recom... #RecommendationSystems #MachineLearning #HybridModels
Hybrid Recommendation Systems: When One Algorithm Isn't Enough
Why single recommendation algorithms fail in production. Learn how hybrid systems combine collaborative filtering, content-based, and matrix factorization approaches to build scalable recommendation e...
fanyangmeng.blog
June 9, 2025 at 5:20 AM
Hybrid recommendation systems combine multiple algorithms to tackle real-world complexity—no single approach can do it all. Discover 3 ways to orchestrate them effectively. 🚀🔗 fanyangmeng.blog/hybrid-recom... #RecommendationSystems #MachineLearning #HybridModels
💡 New Paper!
How to improve #DeepLearning submodels for hybrid numerical modelling systems? Ouala et al. showcase an efficient and practical online learning approach using Euler Gradient Approximation for #HybridModels.
👉 Learn more: https://buff.ly/3C7uwUU
How to improve #DeepLearning submodels for hybrid numerical modelling systems? Ouala et al. showcase an efficient and practical online learning approach using Euler Gradient Approximation for #HybridModels.
👉 Learn more: https://buff.ly/3C7uwUU
January 16, 2025 at 11:00 AM
💡 New Paper!
How to improve #DeepLearning submodels for hybrid numerical modelling systems? Ouala et al. showcase an efficient and practical online learning approach using Euler Gradient Approximation for #HybridModels.
👉 Learn more: https://buff.ly/3C7uwUU
How to improve #DeepLearning submodels for hybrid numerical modelling systems? Ouala et al. showcase an efficient and practical online learning approach using Euler Gradient Approximation for #HybridModels.
👉 Learn more: https://buff.ly/3C7uwUU
12/15 efavdb proposes hybrid models: diffusion for large-scale structure, autoregressive for details. A balanced approach? ⚖️ #HybridModels #AI #Architecture
May 1, 2025 at 11:09 PM
12/15 efavdb proposes hybrid models: diffusion for large-scale structure, autoregressive for details. A balanced approach? ⚖️ #HybridModels #AI #Architecture
💡 New Paper!
Clouds are crucial for climate modeling, affecting sunshine, heat, and rainfall. Traditional models use coarse grids, but new methods involve high-detail simulations and #MachineLearning to predict cloud cover and cloud content to improve #HybridModels.
👉 Learn more:
buff.ly/uIN1R3O
Clouds are crucial for climate modeling, affecting sunshine, heat, and rainfall. Traditional models use coarse grids, but new methods involve high-detail simulations and #MachineLearning to predict cloud cover and cloud content to improve #HybridModels.
👉 Learn more:
buff.ly/uIN1R3O
May 13, 2025 at 2:30 PM
💡 New Paper!
Clouds are crucial for climate modeling, affecting sunshine, heat, and rainfall. Traditional models use coarse grids, but new methods involve high-detail simulations and #MachineLearning to predict cloud cover and cloud content to improve #HybridModels.
👉 Learn more:
buff.ly/uIN1R3O
Clouds are crucial for climate modeling, affecting sunshine, heat, and rainfall. Traditional models use coarse grids, but new methods involve high-detail simulations and #MachineLearning to predict cloud cover and cloud content to improve #HybridModels.
👉 Learn more:
buff.ly/uIN1R3O
#AI4PEX research focus 3: Atmosphere
We will build new data-driven, yet physics-aware, ML-based #hybridmodels to better represent #CloudFeedbacks and related processes that occur on scales smaller than the ESMs’ model grid.
We will build new data-driven, yet physics-aware, ML-based #hybridmodels to better represent #CloudFeedbacks and related processes that occur on scales smaller than the ESMs’ model grid.
December 29, 2024 at 2:00 PM
#AI4PEX research focus 3: Atmosphere
We will build new data-driven, yet physics-aware, ML-based #hybridmodels to better represent #CloudFeedbacks and related processes that occur on scales smaller than the ESMs’ model grid.
We will build new data-driven, yet physics-aware, ML-based #hybridmodels to better represent #CloudFeedbacks and related processes that occur on scales smaller than the ESMs’ model grid.
Updates on CRAN: brnn (0.9.4), hybridModels (0.3.8), localScore (2.0.2), nycflights23 (0.2.0), rollupTree (0.3.1)
April 19, 2025 at 9:23 AM
Updates on CRAN: brnn (0.9.4), hybridModels (0.3.8), localScore (2.0.2), nycflights23 (0.2.0), rollupTree (0.3.1)
#AI4PEX research focus 5: Land
We build #hybridmodels representing short-to-long-term responses of #TerrestrialEcosystems to changes in climate and atmospheric CO2; improve the vegetation response to water and heat stress, and the temperature sensitivity of decomposition in soils.
We build #hybridmodels representing short-to-long-term responses of #TerrestrialEcosystems to changes in climate and atmospheric CO2; improve the vegetation response to water and heat stress, and the temperature sensitivity of decomposition in soils.
December 31, 2024 at 2:00 PM
#AI4PEX research focus 5: Land
We build #hybridmodels representing short-to-long-term responses of #TerrestrialEcosystems to changes in climate and atmospheric CO2; improve the vegetation response to water and heat stress, and the temperature sensitivity of decomposition in soils.
We build #hybridmodels representing short-to-long-term responses of #TerrestrialEcosystems to changes in climate and atmospheric CO2; improve the vegetation response to water and heat stress, and the temperature sensitivity of decomposition in soils.
I won’t be attending #EGU25, but I’m proud to co-convene and help organising an exciting session: "HS3.3: Explainable and hybrid machine learning in hydrology and Earth system sciences". See you all in 2026! 🌍💧 #MachineLearning #HybridModels #Hydrology
January 10, 2025 at 10:00 AM
I won’t be attending #EGU25, but I’m proud to co-convene and help organising an exciting session: "HS3.3: Explainable and hybrid machine learning in hydrology and Earth system sciences". See you all in 2026! 🌍💧 #MachineLearning #HybridModels #Hydrology