IoT Research Topics

IoT Research topics are proposed in this work to enhance the security and the performance analysis. IoT technology is now been widely employed in many fields and applications. Below we provide the information or a detail that is relevant to the IoT technology.

1. Define IOT?

In the beginning of the research we start with the definition of IoT technology. It is the network of physical objects which are linked to the internet and will interchange the data with some other systems and devices. IoT devices will contain anything with a sensor which allocated a unique identifier (UID).

2. What is IOT?

Subsequent to the definition we look over the detailed description of IoT. The term IoT is the expansion of Internet of Things. It is physical device networks which is joined and interchange data with some other systems and devices through the network.

3. Where IOT used?

Afterwards the detailed description we discuss where to incorporate this IoT technology. It is the network platform to interchange the data over the embedded devices through the internet. It is now been widely employed in many industries like transportation, utilities, energy management, manufacturing, gas and oil. It is also utilized in the fields for organizations through the infrastructure, home automation industries and agriculture.

4. Why IOT technology proposed? , previous technology issues

Here, the IoT technology is proposed in this research to improve the connectivity and automation across different devices, tackling some of the previous issues namely data silos and interoperability.

5. Algorithms / protocols

In this research the various techniques or methods to be utilized to overcome some of the previous technology issues. The methods or techniques that we utilized for this work are: LSTM, Advanced encryption standard, Artificial bee colony optimization and Elliptic Curve Cryptography.

6. Comparative study / Analysis

Now we see the comparative study for this paper, this section compares the methods with existing techniques to find the best method for this research. The methods that we compare are as follows:

• On integrating the methods DLP with ESOT to manage the user’s position of the data intact.
• To optimize the key distribution procedure to make sure security and effective transmission of cryptographic keys by utilizing the LSTM with Artificial bee colony optimization.
• We give assurance for the secrecy and protection of data and interactions by using the robust ECC implementation.

7. Simulation results / Parameters

We compare different metrics or parameters to attain the best performance for our research. The metrics that we compared are as follows: Encryption time (s) and Processing time (s) with M_AES with ECC and the Execution time (ms) with the Iteration of ABC and safe time with the Number of hops directed routing.

8. Dataset LINKS / Important URL

The IoT technology is now widely used in many of the fields to identify the network connection among several devices or systems. In this we offer some important links to be preferred for the understanding of IoT:

• file:///C:/Users/ReserarchPC/Downloads/cryptography-06-00011-v2.pdf
• file:///C:/Users/ReserarchPC/Downloads/sensors-20-06158-v2.pdf
• https://link.springer.com/article/10.1007/s11235-017-0352-x
• https://www.sciencedirect.com/science/article/pii/S2667295223000156

9. IOT Applications

Applications that are utilized for this research on IoT technology may comprise for energy efficiency and automation smart home systems is used as well as for predictive monitoring and maintenance of equipment an industrial IoT is utilized.

10. Topology for IoT

Our proposed IoT technology uses the following topology, which generally works on a mesh network topology, permitting the devices to straightly interact with everyone and with a central hub, improving scalability and reliability.

11. Environment for IoT

Now we see the environment for IoT technology, it incorporates digital spaces as well as physical, actuators, connectivity and integrating sensors technology to permit the continuous communication among the digital systems and the physical world.

12. Simulation tools

In this we utilize the succeeding software requirements to be implemented in this proposed technology. Our proposed technique is simulated by using the tool MATLAB R2020a. Then the proposed IoT network technique can be executed by using the operating system Windows Pro 10N.

13. Results

We proposed an IoT technology in this work and it overcomes several existing technology issues. The proposed technique metrics are compared with the various existing technologies and it verifies that our proposed techniques give the best findings. The proposed technique is implemented by using the operating system Windows Pro 10N.

IoT Research Ideas:

Succeeding are the topics that are relevant to our research IoT, and this is useful when we have any doubts or clarification related to this proposed research. The following are the topics that are related to this research.

1. IoT-Based Efficient Storage System for Sustainable Agriculture
2. Unleashing the Potential of IoT Integration for Energy Optimization in Smart Homes
3. Harnessing Communication Heterogeneity: Architectural Design, Analytical Modeling, and Performance Evaluation of an IoT Multi-Interface Gateway
4. Dynamic AI-IoT: Enabling Updatable AI Models in Ultralow-Power 5G IoT Devices
5. Application-Specific Security in IoT Network
6. A Cloud-Oriented Indoor-Outdoor Real-Time Localization IoT Architecture for Industrial Environments
7. Blockchain-IoT Healthcare Applications and Trends: A Review
8. Time and Accuracy Optimized IoT Based Elderly HealthCare System
9. The Synergy of Blockchain and IoT: A Comprehensive Security Perspective
10. The Synergy of Blockchain and IoT: A Comprehensive Security Perspective
11. AI for IoT-NDN: Enhancing IoT with Named Data Networking and Artificial Intelligence
12. Knowledge-Graph-Based IoTs Entity Discovery Middleware for Nonsmart Sensor
13. LSTM-Based Jamming Detection and Forecasting Model Using Transport and Application Layer Parameters in Wi-Fi Based IoT Systems
14. Role and Significance of Internet of Things (IoT) in Industry 4.0
15. Privacy and Data Usefulness Trade-off for Autonomic IoT Applications: A Framework
16. IoT based oxygen level monitoring circuit for patient
17. REALISE-IoT: RISC-V-Based Efficient and Lightweight Public-Key System for IoT Applications
18. Strategic Bandwidth Allocation for QoS in IoT Gateway: Predicting Future Needs Based on IoT Device Habits
19. MR-TBA – An improved Trust-based Security mechanism for IoT Networks
20. IoT Based Electrical Vehicle Battery Management System with Charge Monitor and Fire Protection
21. Analysis of Process Variation tolerant Low Power 10T SRAM cell for IoT applications
22. Unleashing the Potential of Knowledge Distillation for IoT Traffic Classification
23. An Energy Efficient Multi-Retention STT-MRAM Memory Architecture for IoT Applications
24. An Experimental Comparison and Impact Analysis of Various RPL-Based IoT Security Threats Using Contiki Simulator
25. FlexHash – Hybrid Locality Sensitive Hashing for IoT Device Identification
26. IoT-AD: A Framework to Detect Anomalies Among Interconnected IoT Devices
27. Deep Learning based Intrusion Detection for IoT Networks
28. A New QoS Optimization in IoT-Smart Agriculture Using Rapid-Adaption-Based Nature-Inspired Approach
29. Improving Energy Consumption and Performance of IoT Based Camera Images Using Super-Resolution CNNs and Coarse-to-Fine Approach
30. Gen-Power: Anomaly Detection in IoT Devices Utilizing Generated Power Waveforms
31. Research and Validation of Scheduling Mechanism Based on Smart IoT Meter Operating System
32. A systematic review for 6G and beyond 6G enable IoT Network
33. Security Threats and Countermeasure for IoT Based Library Management System
34. IoT-Powered AC Temperature Management for Eco-Smart Infrastructures
35. Detecting Zero-Day Attack with Federated Learning Using Autonomously Extracted Anomalies in IoT
36. Improving the security of Internet of Things (IoT) using Intrusion Detection System(IDS)
37. Energy-Efficient Data Aggregation and Collection for Multi-UAV-Enabled IoT Networks
38. A Study on DDoS Attacks Detection on IoT Devices Using Machine Learning for Microcontrollers
39. IoT-Based Intelligent Crop Monitoring System
40. Teaching Learning-Based Optimization for Medical IoT applications Service Placement in Fog Computing
41. Autoencoders Based Optimized Deep Learning Model for the Detection of Cyber Attack in IoT Environment
42. IoT-Based Teaching of English and It’S Translation Using Artificial Intelligence
43. Opportunistic Block Validation for IoT Blockchain Networks
44. Multiple Channel LoRa-to-LEO Scheduling for Direct-to-Satellite IoT
45. IoT-ID3PAKA: Efficient and Robust ID-3PAKA Protocol for Resource-Constrained IoT Devices
46. Streamlining Energy Consumption with IoT
47. Evolution of Malware Targeting IoT Devices and Botnet formation
48. A Low-Cost IoT System for Water Quality Monitoring in Developing Countries
49. Review for Prevention of Botnet Attack Using Various Detection Techniques in IoT and IIoT
50. Data Communication for Low Resources IoT Devices: RS485 Over Electrical Wires