16FIGURE 16-1: The starting point for the operating room efficiency study.FIGURE 16-2: The first data pipeline to feed existing raw data into a curated g...FIGURE 16-3: Batch ETL of patient bedside data in the current hospital data lak...FIGURE 16-4: Streaming data and streaming analytics for the real-time patient d...FIGURE 16-5: Emergency room data fed through the bronze zone into the silver zo...FIGURE 16-6: Building the first emergency room and inpatient cross-reference wi...FIGURE 16-7: Replacing a batch data feed with split-streaming.FIGURE 16-8: The starting point for analyzing message content versus patient ou...FIGURE 16-9: Building a batch interface between the app and the data lake for m...FIGURE 16-10: Enriching semi-structured data and then repositioning the data in...FIGURE 16-11: Completing the curated data package and the associated analytics.17 Chapter 17FIGURE 17-1: Dividing your current-state assessment into data and analytics.FIGURE 17-2: Harvey balls for scoring.FIGURE 17-3: Parallel paths of your analytics assessment.FIGURE 17-4: A sample analytics scorecard.FIGURE 17-5: Your data architecture and governance parallel paths.FIGURE 17-6: A sample data architecture and governance scorecard.FIGURE 17-7: Analyzing every scrap of data about an insurance customer: today v...FIGURE 17-8: Your data lake and data warehouse as peers.FIGURE 17-9: Your data warehouse feeding certain data into your data lake.FIGURE 17-10: Progressively turning your data lake vision into a solid blueprin...FIGURE 17-11: A multiphase, multiyear, high-level data lake road map.
18 Chapter 18FIGURE 18-1: Your data lake doing double-duty for transactional and analytical ...FIGURE 18-2: Equipping your data lake with an AI-enabled insights and analytics...
Guide
1 Cover
4 Table of Contents
6 Index
7 About the Author
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