
Explore the internet of things as a dynamic global network linking devices, users, and cloud data through protocols, applications, and big data analytics.
Explore the IEEE 802.15.4 protocol, a low power, low cost wireless standard for sensor devices, detailing its physical and MAC layers, spectrum choices, collision avoidance, and device roles.
Explores the Zigbee protocol and its IEEE 802.15.4 foundation, highlighting low-power 2.4 GHz wireless connectivity, security management, and application support for device management in smart home and IoT contexts.
Explore the signaling features and regional frequency variations of z-wave protocols, and how devices communicate for smart management and security applications in IoT.
Explore 6LoWPAN overview: its IPv6 based low power wireless architecture, fragmentation, header compression, and routing to connect small devices over 802.15.4 networks.
Inter of thing is the most immerging technology these days. The course basically gives you the introduction of basic architecture of IoT and how these components of IoT are connected to each other through some communication Protocol. The basic few Protocols in Wireless Personal Area Network (WPAN) used in IoT are covered in this course. These various protocols are used in developing an IoT application. You will get the basic knowledge of various protocols which can be used in various layers or IoT stack. Communication Protocol used in IoT come under WPAN and have limited range of Communication. After studying select the protocols for the an IoT applications based on the layer that is IoT Stack it is been used and the power availability. Protocols play an important role in design of a IoT system. The Big data which is generated is transferred to cloud services using some communication protocol only from things to the user. The course is designed for the bingers in the field of inter net of things (IoT), and how communication is possible in IoT enabled devices. After studying this course one can easily compare the various protocols and select the protocol depending of the design of an IoT system.