Table of Contents

1. Executive Summary

2. Abbreviations

3. References

4. Overview of AIoT

5. Overview of AIoT Positioning

5.1. Definition of AIoT Positioning

5.2. Advantages and Challenges of AIoT Positioning

5.3. Market Outlook for AIoT Positioning

6. Typical Scenarios and Demand Analysis for AIoT Positioning

6.1. Enterprise Service Positioning Scenarios

6.1.1. Warehousing and Logistics

6.1.2. Shopping Malls and Retail

6.1.3. Smart Manufacturing

6.1.4. Smart Parking

6.2. Government and Public Service Positioning Scenarios

6.2.1. Museums and Exhibitions

6.2.2. Mining and Utility Tunnels

6.2.3. Public Prosecution and Justice

6.2.4. Healthcare and Elderly Care

6.3. Personal and Family Positioning Scenarios

6.3.1. Family Care

6.3.2. Finding things in Home

6.4. Analysis of Positioning Requirements and Performance Metrics

7. End-to-End AIoT Positioning Technology

7.1. Positioning Network Layer — Network Architecture and Air Interface Topology

7.1.1. Single-Point AIoT Positioning Architecture

7.1.2. Networked AIoT Positioning Architecture

7.1.3. Cellular-based AIoT Positioning Architecture

7.2. Positioning Algorithm Layer — Estimation of Positioning Measurements and Position Calculation

7.2.1. Estimation of Positioning Measurements

7.2.2. Location Calculation

7.2.3. Hybrid Positioning

7.3. Terminal Layer — AIoT Device Technology

7.4. Positioning Service Layer — Core Positioning Capabilities

8. AIoT Positioning Application Case

8.1. High-Bay Warehouse Positioning Solution

8.2. Flat Warehouse Positioning Solution

8.3. Cargo positioning solutions at access points

8.4. Utility Tunnel Personnel Positioning Solution

8.5. Apparel Retail Store Display Verification Solution