WelcomeOverviewMachine learning typesMachine learning algorithmsStatistical machine learningLinear algebra for machine learningUncertainty quantificationBias variance tradeoffBayesian StatisticsSingular value decompositionOverviewFeature selectionFeature extractionVector embeddingLatent spacePrincipal component analysisLinear discriminant analysisUpsamplingDownsamplingSynthetic dataData leakageOverviewLinear regressionLasso regressionRidge regressionState space modelTime seriesAutoregressive modelOverviewDecision treesK-nearest neighbors (KNNs)Naive bayesRandom forestSupport vector machineLogistic regressionOverviewBoostingBaggingGradient boostingGradient boosting classifierOverviewTransfer learningOverviewOverviewK means clusteringHierarchical clusteringA priori algorithmGaussian mixture modelAnomaly detectionOverviewCollaborative filteringContent based filteringOverviewReinforcement learning human feedbackOverviewOverviewBackpropagationEncoder-decoder modelRecurrent neural networksLong short-term memory (LSTM)Convolutional neural networksOverviewAttention mechanismGrouped query attentionPositional encodingAutoencoderMamba modelGraph neural networkOverviewGenerative modelGenerative AI vs. predictive AIOverviewReasoning modelsSmall language modelsInstruction tuningLLM parametersLLM temperatureLLM benchmarksLLM customizationLLM alignmentDiffusion modelsVariational autoencoder (VAE)Generative adversarial networks (GANs)OverviewVision language modelsTutorial: Build an AI stylistTutorial: Multimodal AI queries using LlamaTutorial: Multimodal AI queries using PixtralTutorial: Automatic podcast transcription with GraniteTutorial: PPT AI image analysis answering systemOverviewGraphRAGTutorial: Build a multimodal RAG system with Docling and GraniteTutorial: Evaluate RAG pipline using RagasTutorial: RAG chunking strategiesTutorial: Graph RAG using knowledge graphsTutorial: Inference scaling to improve multimodal RAGOverviewVibe codingVisit the 2025 Guide to AI AgentsLLM trainingOverviewLoss functionTraining dataModel parametersGradient descentStochastic gradient descentHyperparameter tuningLearning rateOverviewParameter efficient fine tuning (PEFT)LoRATutorial: Fine tuning Granite model with LoRARegularizationFoundation modelsOverfittingUnderfittingFew shot learningZero shot learningKnowledge distillationMeta learningData augmentationCatastrophic forgettingOverviewScikit-learnXGboostPyTorchOverviewAI lifecyleAI inferenceModel deploymentMachine learning pipelineData labelingModel risk managementModel driftAutoMLModel selectionFederated learningDistributed machine learningAI stackOverviewNatural language understandingOverviewSentiment analysisTutorial: Spam text classifier with PyTorchMachine translationOverviewInformation retrievalInformation extractionTopic modelingLatent semantic analysisLatent Dirichlet AllocationNamed entity recognitionWord embeddingsBag of wordsIntelligent searchSpeech recognitionStemming and lemmatizationText summarizationConversational AIConversational analyticsNatural language generationOverviewImage classificationObject detectionInstance segmentationSemantic segmentationOptical character recognitionImage recognitionVisual inspectionIvan BelcicCole Strykerlarge language modeldatasetlist of LLMsAI modelsmachine learningcatastrophic forgettingAPIIBM Privacy Statementgenerative AIRetrieval-augmented generation (RAG)Fine-tuningPrompt engineeringembeddingsvector databasechatbotquestion-answeringSmall language models (SLMs)Go to episodemodel parameterstransformersGPTLlama 2Parameter-efficient fine-tuning (PEFT)Reinforcement learning with human feedback (RLHF)Transfer learningclassifiercontinual learninginstruction tuningcatastrophic forgettingtext summarizationDeep learningprompt engineering techniquesFew-shot promptingnatural language processing (NLP)artificial intelligenceopen source LLMsopen source AI toolsEbook
How to choose the right foundation model
Learn how to choose the right approach in preparing datasets and employing foundation models.
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The enterprise in 2030: Engineered for perpetual innovation
Discover our five predictions about what will define the most successful enterprises in 2030 and the steps leaders can take to gain an AI-first advantage.
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Explore IBM Granite
Discover IBM Granite®, our family of open, performant and trusted AI models, tailored for business and optimized to scale your AI applications. Explore language, code, time series and guardrail options.
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Large language models explained
Techsplainers by IBM breaks down the essentials of LLMs, from key concepts to real‑world use cases. Clear, quick episodes help you learn the fundamentals fast.
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How to choose the right foundation model
Learn how to select the most suitable AI foundation model for your use case.
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Discover the power of LLMs
Dive into IBM Developer articles, blogs and tutorials to deepen your knowledge of LLMs.
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The CEO’s guide to model optimization
Learn how to continually push teams to improve model performance and outpace the competition by using the latest AI techniques and infrastructure.
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A differentiated approach to AI foundation models
Explore the value of enterprise-grade foundation models that
provide trust, performance and cost-effective benefits to
all industries.
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Unlock the power of generative AI and ML
Learn how to incorporate generative AI, machine learning and foundation models into your business operations for improved performance.
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