Enrichment Cache in Azure Cognitive Search
Enrichment cache significantly reduces costs and improves performance for AI-enriched search solutions.
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Enrichment cache significantly reduces costs and improves performance for AI-enriched search solutions.
Projections enable flexible storage and querying of AI-enriched content for various downstream use cases.
One of the advantages of using SQLite is the ability to treat the data store just like a SQL database. You can perform simple T-SQL query statements and…
Knowledge Store enables rich analytics and knowledge graph construction from AI-enriched content.
Hybrid search patterns enable building search systems that handle diverse query types effectively.
Vector search enables powerful similarity-based retrieval that complements traditional keyword search.
Semantic search dramatically improves search relevance by understanding user intent rather than just matching keywords.
Azure Cognitive Search provides enterprise-grade search capabilities with AI enrichment options.
I'm trying to backup our SQL Azure database, and to my surprise, it doesn't seem to be "straight forward". Officially, you have to do it via the Azure…
AutoML accelerates model development while maintaining production-quality results.
Parallel jobs enable processing datasets of any size by distributing work across your compute cluster.
Sweep jobs automate the tedious process of hyperparameter tuning, helping you find optimal configurations faster.
Well-designed components enable team collaboration and accelerate ML development through reuse.
Azure ML Pipelines v2 provides a modern, Pythonic way to build production-ready ML workflows.
Prediction drift monitoring provides early warning of model issues without waiting for ground truth labels.
Feature-level drift monitoring enables targeted investigation and remediation of model issues.
Detecting concept drift enables timely model retraining to maintain prediction accuracy over time.
Early drift detection enables proactive model maintenance and prevents silent failures in production.
Comprehensive monitoring ensures your ML models maintain their performance and reliability in production.
A/B testing provides statistical evidence for model selection based on actual business outcomes.
Canary deployment provides a controlled, observable approach to rolling out new model versions with minimal risk.
Blue-green deployment provides a safe, zero-downtime approach to updating ML models in production.
Managed online endpoints simplify model deployment while providing enterprise-grade reliability and scalability.
Here is a list of all the relevant technology set up that I use personally at work, home, and everything in between. I grouped them on different groups…