1. What This Means in the Exam
Using Azure AI Foundry, specifically Content Understanding, you should understand how to:
- Take an image as input
- Extract meaningful, structured data
- Return it in a usable format (e.g. fields, values, tables)
👉 Think:
“Image in → structured data out”
🖼️ 2. What Kind of Images?
Typical examples include:
- Receipts
- Invoices
- Forms
- Photos containing text or data
🔑 3. What Gets Extracted?
📌 Structured information such as:
- Names
- Dates
- Totals
- Addresses
- Key-value pairs
- Tables (e.g. line items)
🔄 4. How It Works (Exam-Friendly Flow)
Image
↓
Content Understanding (Foundry)
↓
Extract text + structure
↓
Return structured output⚙️ 5. High-Level Implementation Steps
1️⃣ Provide image (upload or URL)
2️⃣ Send to Content Understanding
3️⃣ AI processes:
- Text (OCR)
- Layout
- Meaning
4️⃣ Receive structured data
5️⃣ Use/display results
🎯 6. Example Scenarios (Very Likely in Exam)
Scenario 1
“Extract total amount and date from receipt images”
✔️ Use:
- Content Understanding
Scenario 2
“Process images of forms and capture field values”
✔️ Use:
- Content Understanding
Scenario 3
“Extract contact details from business card images”
✔️ Use:
- Content Understanding
⚖️ 7. Key Exam Distinctions
| Capability | What it does |
|---|---|
| OCR | Extract raw text only |
| Computer Vision | Detect objects/images |
| Content Understanding | Extract structured data from images |
| Generative AI | Create new content |
⚠️ 8. Common Exam Traps
- ❌ Confusing with OCR
✔️ OCR = just text
✔️ Content Understanding = structured fields - ❌ Confusing with image classification
✔️ Classification = “what is this image?”
✔️ Extraction = “what data is inside?” - ❌ Thinking this is generative AI
✔️ It extracts, not creates
🧠 9. Simple Memory Trick
“See → Read → Structure”
- See → image
- Read → text
- Structure → usable data
✅ Summary
To extract information from images using Content Understanding in AI-901:
- Use Azure AI Foundry
- Input: image
- Process: Content Understanding
- Output: structured data (fields, values, tables)
