Internet of Things tutorials for computer science and engineering students for university exams preparation
IoT involves the processing of the data collected to derive useful information and support better decision-making. For example, smart home involves the IoT to sense human activity, in some countries, rain gauges have been installed to measure the amount of rainfall throughout the year, and the data collected have been analyzed and used to better…
The most important features of IoT on which it works are connectivity and analysis. integrating, active engagement, and many more. Some of them are listed below: Advantages and Disadvantages of IoT Advantages of IoT Disadvantages of IoT Also, Read other IoT tutorials
The IoT ecosystem is a connection of various kind of devices that sense and analyze data and communicates with each other over the networks. In the IoT ecosystem, the user uses smart devices such as smartphones, tablets, sensors, etc, to send commands or requests to devices for information over the networks. The device responds and…
The IoT-embedded devices are the objects that build the unique computing system. These systems may or may not connect to the Internet. An embedded device system runs as a single application. These devices can connect through the internet connection and are able to communicate through other network devices. Embedded System Hardware The embedded system can…
IoT-enabling technologies consist of big data, digital twins, cloud computing, sensors, communications protocols, analytics software, edge devices, etc. IoT Enabling Technologies Big Data Smart objects are connected to the IoT, and more data is collected from them in order to perform analytics to regulate trends and associations that lead to insights. For example, a jetliner…
IoT Communication API is the point of interaction between an IoT device and the internet and/or other elements within the network. Representational State Transfer (REST) is a set of architectural principles where we can design Web services the Web APIS that focus on the system’s resource and how resource states are addressed and transferred. IoT…
Developing an IoT Level Template system consists of the following components: IoT Levels IoT level 1 IoT systems have a single device that performs sensing or actuation, stores a. analyses it, and hosts the application, IoT system-level-l is the best example for modeling low complexity and low-cost solution where the analysis requirement is not comprehensive…
The fact is that IoT devices will be found everywhere and will enable circulatory intelligence in the future. So, the communication models used in IoT, have great value. The follows people and things to be connected anytime, in any space, with anything and anyone. using any network and any service. From an operational, it is…
There are 4 major Architecture layers In the IoT system In the IoT architecture layer, we start with the bottom layer ie sensor connectivity & network which collects data. Then we have the above layer gateway and network, Management service, and application layer where the collected data are processed according to the needs of different…
The basic building blocks of the IoT system are – sensors, processors, gateways, and applications Each of the blocks has its own characteristics to form a dynamic IoT system. Sensors The sensor is the front end of the IoT system. The main aim of the sensor is to collect data from the environment sensors or…
![IoT[Internet of Things] Communication Models](https://programmingoneonone.com/wp-content/uploads/2022/05/request-response-communcation-model-iot.jpg)
![IoT[Internet of Things] Architecture Layers](https://programmingoneonone.com/wp-content/uploads/2022/05/IoT-architecture-layers.jpg)
![Building Blocks of [Internet of Things]IoT](https://programmingoneonone.com/wp-content/uploads/2022/05/basic-building-blocks-of-the-iot-connectivity.jpg)