Showing posts with label Artificial intelligence. Show all posts
Showing posts with label Artificial intelligence. Show all posts

GenAI Knowledge Check: Master Summary

 

The Architecture (Questions 1, 2 & 9)

These questions focus on how a model is built and its physical limitations.

  • 1. Parameters:

    • Answer: Internal weights and settings that define the model's structure and intelligence.

    • Concept: Think of these as the "knobs" the model adjusts during training. More parameters often equal a more capable (but slower) model.

  • 2. Context Window Limit:

    • Answer: The model drops the earliest information to make room for new data, potentially leading to hallucinations.

    • Concept: Like short-term memory. Once it’s full, the "oldest" info is deleted so it can keep talking, which can cause it to lose track of original instructions.

  • 9. High-Volume/Low-Latency Tasks:

    • Answer: Small Language Models (SLMs).

    • Concept: If you need speed and repetition over deep reasoning, a smaller, lighter model is faster and cheaper than a massive "Frontier" model.


Enterprise Strategy (Questions 3, 4 & 8)

These focus on how businesses actually use AI to gain an advantage.

  • 3. The Competitive Moat:

    • Answer: Connecting GenAI to unique, proprietary data and domain expertise.

    • Concept: Everyone has the model; not everyone has your company's private data. That's the secret sauce.

  • 4. RAG (Retrieval-Augmented Generation):

    • Answer: It allows the model to look up real-time information from external trusted sources before generating an answer.

    • Concept: The "Open Book" method. It searches your files first, then answers based on what it found.

  • 8. Grounding:

    • Answer: It anchors the model's responses in specific, verified organizational data to reduce hallucinations.

    • Concept: Ensuring the AI "stays in its lane" by forcing it to use specific, verified facts rather than guessing.


Agents & Reasoning (Questions 5, 7 & 10)

These look at how AI moves from "chatting" to "doing."

  • 5. GenAI vs. AI Agents:

    • Answer: GenAI is for single-step generation, while agents use reasoning for multi-step, adaptive workflows.

    • Concept: GenAI is a calculator; an Agent is a mathematician who knows which buttons to press to solve a long word problem.

  • 7. The Intelligent Router:

    • Answer: Supervisor Agent Brick.

    • Concept: The "Manager." It listens to your request and decides which "specialist" (sub-agent) is the right one to fix it.

  • 10. The "Brilliant Intern" Analogy:

    • Answer: Highly knowledgeable but takes instructions extremely literally and lacks specific business context.

    • Concept: You have to be specific. It’s smart, but it doesn't know your company's "unspoken" rules yet.


Evaluation & Bias (Question 6)

How we measure if the AI is actually doing a good job.

  • 6. LLM-as-a-Judge (The "Con"):

    • Answer: It may exhibit "verbosity bias," favoring longer responses regardless of accuracy.

    • Concept: AI judges often fall for "fluff." They might give a higher grade to a long, poetic answer than a short, 100% correct one.


Quick Reference Comparison

FeatureStandard GenAIAI Agent
WorkflowSingle-turn (Input $\rightarrow$ Output)Multi-step (Plan $\rightarrow$ Tool $\rightarrow$ Result)
MemoryContext WindowContext + Long-term "Memory" storage
Data AccessTraining Data (Static)RAG / Grounding (Real-time)
LogicPattern RecognitionIterative Reasoning

AI tools provided by major cloud providers

Here’s a look at key alternatives to Google’s Vertex AI across other cloud and data lake providers:


1. Amazon Web Services (AWS)



• Amazon SageMaker: AWS’s comprehensive platform for building, training, and deploying machine learning models. SageMaker provides a range of tools for model management, including data labeling, automated machine learning, and model deployment.


2. Microsoft Azure



• Azure Machine Learning (Azure ML): A suite for machine learning on Azure, with similar features to Vertex AI for data labeling, training, model registry, and deployment. Azure ML integrates well with Azure Synapse Analytics, allowing streamlined workflows for AI and big data.


3. Databricks



• Databricks ML: The Databricks Lakehouse platform has a dedicated machine learning workspace with MLflow for experiment tracking, feature store, and model registry, plus built-in AutoML capabilities. Its strong integration with Delta Lake enables efficient handling of large datasets.


4. Cloudera



• Cloudera Machine Learning (CML): Built on the Cloudera Data Platform (CDP), CML offers a similar machine learning lifecycle management with collaborative workspaces, ML model deployment, and operationalization for AI. It’s optimized for use with big data and on-premises or hybrid cloud deployments.


5. Oracle Cloud Infrastructure (OCI)



• Oracle AI Platform: Oracle’s offering for end-to-end machine learning, which includes Oracle Data Science and Oracle AutoML. Oracle also provides integrations with Oracle Autonomous Data Warehouse and Oracle Fusion, making it suitable for enterprises already using Oracle ecosystems.


6. IBM Cloud



• IBM Watson Machine Learning: Part of IBM’s Watson AI suite, it supports building, training, and deploying models at scale. It’s particularly strong in industries that require regulatory compliance, such as finance and healthcare.


7. Snowflake



• Snowpark for Python and Machine Learning Capabilities: While Snowflake does not offer a direct analog to Vertex AI, Snowpark allows data scientists to work with Python in a data warehouse environment, and models can be trained using integrated libraries or orchestrated through partnerships with providers like DataRobot.


8. DataRobot



• DataRobot: Although it’s not a data lake platform, DataRobot provides an end-to-end machine learning platform that integrates with various data lakes and warehouses. It offers AutoML, feature engineering, model deployment, and governance.


Each of these alternatives offers a distinct approach to model training, deployment, and management, often optimized for the unique ecosystem and data management capabilities of their platforms. The choice depends on factors like integration needs, preferred infrastructure, and model scalability requirements.


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