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...is a collective term for characteristics that the two institutions share.
█ Internet of Things (IoT) Fundamentals
█
▄
█ by Jerome Henry / Rob Barton
█ Publisher: Cisco Press
▓ Release Date: June 2017
▓ ISBN: 0134667573
▒ Running time: 15:28:16
▒ Topic: Entrepreneurship
░ Scale: 93x250mb
░ Code Files: ( ) Included (■) Without
░
░ Lecture Date: 06/2017
░ Lecture Link: https://goo.gl/sSNj2r
░
:
| Overview
|
| By 2020, more than 50 billion ôInternet of Thingsö (IoT) devices
| will be connected to the Internet. Those connections are already
| enabling radically new business models, capabilities, and
| applications, making IoT knowledge indispensable for executives
| and technologists alike. The IoT Fundamentals LiveLessons video
| training course offers 10 hours of expert instruction on all the
| essentialsé─εfrom sensors and connectivity to data analytics and
| key industry applications.
|
| Leading Cisco IoT experts Robert Barton and Jerome Henry
| illuminate core IoT technologies, components, and the building
| blocks of IoT solutions. They explore IoT network architecture and
| security considerations, show how to leverage the power of immense
| IoT data flows, and introduce important IoT applications in
| several key vertical markets.
|
| Barton and HenryÆs 19 well-organized lessons teach through real
| examples, easy-to-follow animations, and detailed audio
| explanations. Whatever your role in planning for, using, or
| building IoT technologies, IoT Fundamentals LiveLessons will help
| you start fasté─εand succeed.
|
| Coverage includes
|
| What IoT is and how it is transforming businesses
| Common IoT challenges, building blocks, and architectures
| Core IoT networking protocols, including the 802.15.4 and LPWA
| families
| Models for protecting security and integrity in IoT networks
| Simple, low-cost IoT networks for homes and small businesses
| IPv6 adaptations for low power and lossy IoT networks
| IoT management protocols, including CoAP, MQTT, and SCADA
| Moving processing to the edge and to the ôfogö layer
| Using data analytics to maximize the value of IoT systems
| Analyzing IoT data with Hadoop, Kafka, Spark, and the Hadoop
| ecosystem
| Industry-specific techniques, smart objects, protocols, and
| analytic techniques
| IoT for utilities, the smart grid, and energy efficiency
| IoT for connected and self-driving cars, mass transit, and cargo
| transportation
| IoT for manufacturing: reducing cost and accelerating delivery
| IoT for smart and connected cities: lighting, parking, and public
| safety
| IoT for safer, more efficient oil/gas production and mining
| Skill Level
|
| All levels
| Learn How To
|
| Plan, organize, build, and deploy end-to-end IoT solutions
| Navigate todayÆs IoT product marketplace
| Use maturing IoT technologies to solve many business and technical
| problems
| Make sense of the full IoT protocol stack, from 802.15.4 and LPWA
| to IPv6 adaptations and management
| Architect IoT networks for maximum security and integrity
| Generate meaningful intelligence from the data your smart objects
| capture
| Compare and use batch-level and real-time streaming analytics
| Improve IoT system efficiency through fog and edge computing
| Leverage key IoT applications for utilities, transportation,
| manufacturing, smart cities, public safety, oil/gas production,
| and mining
| Who Should Take This Course
|
| For wide audiences of IT, operations, and business professionals
| who want to plan for, deploy, secure, and leverage the benefits of
| IoT technologies. This courseÆs case study applications will have
| special appeal to professionals in a wide range of industries,
| including municipal and other government operations; building
| management; power, water, and gas utility engineering;
| transportation; telecommunications; manufacturing; energy, and
| many others.
|
| Course Requirements
|
| Requires basic knowledge of Internet and networking technology.
|
| Table of Contents
|
|
| Module 1: What is the Internet of Things?:
| Lesson 1: An Introduction to IoT:
| Lesson 2: IoT Architectures:
|
|
|
| Module 2: Building an IoT Network:
| Lesson 3: Sensors and Actuators:
| Lesson 4: Connecting IoT Devices over Wireless with IEEE 802.15.4:
| Lesson 5: Low Power Wide Area Networks (LPWANs):
| Lesson 6: IoT Connectivity for the Home Network:
| Lesson 7: IPv6 Fundamentals for IoT:
| Lesson 8: Management Protocols for IoT
| Lesson 9: IoT Security:
|
| Module 3: Harnessing the Data from IoT Devices:
| Lesson 10: An Introduction to Analytics:
| Lesson 11: Fog and Edge Computing:
| Lesson 12: Data Analytics Architectures:
|
| Module 4: IoT Considerations for Industry:
| Lesson 13: Utilities and the Smart Grid:
| Lesson 14: IoT for Transportation:
| Lesson 15: Manufacturing:
| Lesson 16: IoT for Connected and Smart Cities:
| Lesson 17: IoT for Public Safety:
| Lesson 18: Oil and Gas:
| Lesson 19: IoT for Mining:
,
RLS-Crc: O