Internet of things or IoT is the way of connecting and controlling anything and everything via the internet. Smart wearable, smart city, smart campus, etc are the successful outcomes of current ongoing IoT Research Projects..
WHAT ARE THE LAYERS OF IoT ARCHITECTURE?
To kick start your IoT research Projects, you need to have a good understanding of it. The different parts of IoT architecture are called layers. Following are the basic layers of IoT architecture.
- Layer1 consists of microprocessors, micro controllers, actuators and sensors. Efficient hardwares and appreciable design can enhance this layer.
- Layer2 enables connection among different things to internet. It includes GSM, ZigBee, LPWAN, Z-Wave etc
- Layer3 includes edge analytics which simply makes the sensor more effective. Fog computing is an example of it.
- Layer4 is the storage element that is cloud.
- Layer5 is the analytics layer that decides the reaction based on the data received
Each layer has its own issues to be solved. Exceptional knowledge and experience are compulsory to proceed with the next step of your research. For you to make an extremely good career in IoT research Project, we are ready to be with you.
If you are planning to make IoT your career, and then rely on us, you are brilliant. With Automation being the future, the internet of things is gaining vast significance these days. We have gained mastery by traveling with the Internet of things simulation and its research for more than 9+ years. Read fully to know more about IoT Research Projects and our research support. Now let us see about research ideas in IoT
RESEARCH IDEAS IN IoT
Before developing IoT research projects you need to know the trending IoT research ideas in it. The following are the major research ideas on the internet of things
- Assessing vulnerability
- Logging, Detecting and monitoring fault
- Notifications management
- Valuing penetration
- Discovering network topology
- Tracking status of energy
- Keeping track of device status
Providing research support in itself is a tedious task which our expert team has been excelling on the go. Claiming to be the mastermind behind almost 300+ IoT Research Projects, we are the best research guidance providers across the world. We have handled almost all the issues and tools associated with IoT. We will now brief you about major tools for IoT projects
IoT PROJECT TOOLS
For the evaluation of performance, proper simulation tools are essential. Now let us look into some of the IoT project tools in detail.
- NS3 Simulator analyses all network parameters like latency, delay, throughput etc
- MATLAB is the best simulation tool for the evaluation of data on real time basis.
- Thingspeak platform – connects interpreted data with cloud
- Simulink model of MATLAB enables virtual environment simulation using GPU, PLC, C, C++ and NET
- COOJA analyses the performance with direct interface with protocols.
- Contiki is the operating system for Cooja
- It supports MQTT, CoAP, Rime, RPL and 6LoWPAN protocols
- Link quality indictor and packet delivery ratio are few of the major parameters that it considers for analysing.
Technical backing is a must to use these tools. There are chances that you get collapsed in the huge data when you walk alone through it. Here you will get an immediate explanation for your queries and get access to consultation with our experts. Description of industrial and personal applications will be made available to you when you get connected with our experts. Now let us look into some of the operating systems used in IoT Research Projects
What are IoT Operating Systems?
The following are the major operating systems used in IoT
- TinyOS
- Language support – nesC
- 1KB of minimum memory
- Supports event based programming
- Partially Provides for multithreading
- Have dynamic memory
- Android
- Language support – Java
- No limitation for internal memory
- Enabling event based programming
- Fully supports multi threading
- Provides dynamic memory
- LiteOS
- Language support – C
- 4KB of minimum memory
- Enables event based programming
- completely supports multi threading
- Provides for dynamic memory
- Contiki OS
- Language support – C
- 2KB of minimum memory
- supports event based programming
- Fully supports multi threading
- Have dynamic memory
- Riot OS
- Language support – C/C++
- 1.5 KB minimum memory
- Donot support event based programming
- Supports multi threading
- Provides dynamic memory
If you are worried to comprehend the major points of these Operating systems, we are here to provide you the relief. Our engineers are very well versed in working with these OS. We are renowned for our great expertise, service, and advice. Write to us for more details about the IoT Research projects guidance. We are ready to guide you throughout your research.