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Internet of Things (IoT) Fundamentals
Introduction
Internet of Things Fundamentals: Introduction (3:05)
Module 1: What is the Internet of Things?
Module Intro (0:54)
Lesson 1: An Introduction to IoT
Learning objectives (0:58)
1.1 What is IoT (3:20)
1.2 IoT Building Blocks (9:18)
1.3 IoT Connectivity (6:51)
1.4 IoT and Internet (10:01)
1.5 How IoT is Transforming Businesses (13:50)
Summary (1:26)
Lesson 2: IoT Architectures
Learning objectives (1:06)
2.1 IoT Architecture Requirements (6:23)
2.2 Architecture Models (13:26)
2.3 A Simplified Model (7:33)
2.4 IoT Connectivity Landscape (2:46)
2.5 Range, Throughput, and Scale (16:22)
Summary (1:39)
Module 2: Building an IoT Network
Module Intro (2:37)
Lesson 3: Sensors and Actuators
Learning objectives (1:17)
3.1 Sensor Types (9:58)
3.2 Sensing Actions (11:16)
3.3 Actuators and MEMS (12:19)
3.4 Smart Objects? (7:45)
3.5 SANETs (5:34)
3.6 WSNs (9:18)
3.7 WSN Communication Protocols (13:09)
Summary (2:07)
Lesson 4: Connecting IoT Devices over Wireless with IEEE 802.15.4
Learning objectives (1:48)
4.1 Introduction to 802.15.4 (8:30)
4.2 802.15.4 Family of Protocols (7:30)
4.3 802.15.4 Amendments (10:18)
4.4 Topology (9:37)
4.5 802.15.4g (10:50)
4.6 802.15.4e and MAC Enhancements (9:53)
4.7 ZigBee (8:22)
4.8 802.15.4 Use Cases (8:41)
Summary (2:07)
Lesson 5: Low Power Wide Area Networks (LPWANs)
Learning objectives (2:04)
5.1 The Emerging World of LPWANs (11:00)
5.2 An Introduction to LoRaWAN (7:11)
5.3 LoRa Radio Fundamentals (7:25)
5.4 LoRaWAN Sensors and Devices (8:16)
5.5 LoRaWAN Network Architecture (6:48)
5.6 Use Case Examples (5:24)
Summary (0:53)
Lesson 6: IoT Connectivity for the Home Network
Learning objectives (1:11)
6.1 Home IoT Use Cases (8:57)
6.2 Home IoT Protocols Requirements (13:15)
6.3 NFC (3:35)
6.4 Bluetooth (14:34)
6.5 Wi-Fi (6:43)
6.6 Introduction to IEEE 802.11ah (13:21)
Summary (1:59)
Lesson 7: IPv6 Fundamentals for IoT
Learning objectives (2:36)
7.1 Driving Forces for IPv6 in IoT (7:18)
7.2 IPv6 and it's Place in an IoT Architecture (6:11)
7.3 The IPv6 Adaptation Layer for Constrained Networks (4:57)
7.4 Routing in IoT Networks: RPL (12:10)
7.5 Legacy Device Support in IPv6 IoT Networks (6:19)
7.6 IPv6 and Time Sensitive Networking (TSN) (5:49)
Summary (0:52)
Lesson 8: Management Protocols for IoT
Learning objectives (1:56)
8.1 Understanding the Need for Management Protocols for IoT (14:02)
8.2 Understanding CoAP (13:55)
8.3 Understanding MQTT (16:17)
8.4 Understanding SCADA (7:27)
Summary (1:57)
Lesson 9: IoT Security
Learning objectives (1:56)
9.1 An Introduction to IoT and Industrial Security (12:49)
9.2 IoT Security Key Principles (12:32)
9.3 A Model for IoT Security (12:25)
9.4 IoT Security Case Studies (8:05)
Summary (1:10)
Module 3: Harnessing the Data from IoT Devices
Module Intro (1:45)
Lesson 10: An Introduction to Analytics
Learning objectives (1:22)
10.1 Analytics and IoT (7:04)
10.2 Big Data Analytics (10:13)
10.3 An Introduction to Machine Learning (14:17)
10.4 Network Analytics (5:42)
Summary (1:16)
Lesson 11: Fog and Edge Computing
Learning objectives (1:12)
11.1 A New Paradigm in Computing (5:27)
11.2 IoT Distributed Computing Architectures (12:00)
11.3 Fog Building Blocks (6:52)
11.4 Fog and Edge Computing Use Cases (7:48)
Summary (0:37)
Lesson 12: Data Analytics Architectures
Learning objectives (1:29)
12.1 Architectures for Big Data (5:10)
12.2 Introduction to Hadoop (8:48)
12.3 Hadoop Ecosystem Components (4:49)
12.4 Real Time Analytics (6:44)
Summary (0:49)
Module 4: IoT Considerations for Industry
Module Intro (0:49)
Lesson 13: Utilities and the Smart Grid
Learning objectives (1:47)
13.1 The Utility Industry (11:07)
13.2 Substation Automation (7:37)
13.3 Communications Over the Utility WAN (15:07)
13.4 Field Area Networks (FANs) (10:25)
Summary (1:07)
Lesson 14: IoT for Transportation
Learning objectives (1:52)
14.1 Connected Car (16:48)
14.2 V2X (15:23)
14.3 V2X Applications (11:46)
14.4 Connected Fleet and Mass Transit (10:21)
14.5 Connected Rail (16:52)
Summary (1:58)
Lesson 15: Manufacturing
Learning objectives (2:02)
15.1 The Manufacturing Industry (7:23)
15.2 IoT Industrial Network Architecture (5:22)
15.3 Industrial Network Design Considerations (10:14)
15.4 Industrial Protocols (4:34)
15.5 Factory Security (7:32)
Summary (0:44)
Lesson 16: IoT for Connected and Smart Cities
Learning objectives (1:33)
16.1 Why IoT for Smart Cities (7:41)
16.2 SCC IoT Architecture (8:10)
16.3 SCC IoT Example—Lighting (7:30)
16.4 SCC IoT Example—Parking (8:38)
Summary (1:25)
Lesson 17: IoT for Public Safety
Learning objectives (1:52)
17.1 IoT for Public Safety Landscape (10:57)
17.2 IoT Blueprint for Public Safety (5:33)
17.3 Mobile Emergency Responder (11:11)
17.4 School Bus Safety Example (5:52)
Summary (1:40)
Lesson 18: Oil and Gas
Learning objectives (1:28)
18.1 The Oil and Gas Industry—Trends and Challenges (8:35)
18.2 IoT Architectures for Oil and Gas (14:21)
18.3 Securing IoT for Oil and Gas (4:35)
Summary (0:49)
Lesson 19: IoT for Mining
Learning objectives (1:27)
19.1 Why IoT for Mining (10:54)
19.2 Why IoT for Mining Solutions (13:16)
19.3 IoT Architecture for Mining (13:11)
Summary (1:34)
Summary
Internet of Things Fundamentals: Summary (3:56)
11.1 A New Paradigm in Computing
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