Improving Smart Home Security with Power Line Carrier System and Smart Sensing Techniques

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Added on 2024/06/28

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This research proposal explores the integration of Power Line Carrier System (PCS) technology with smart sensing techniques to enhance security in smart homes. The proposal addresses the limitations of current security solutions, including signal noise issues, single power line vulnerabilities, and cyber-security threats. It proposes the use of RS-232 interface integration with PCS to overcome these limitations. The research aims to develop a secure and reliable smart home security system by leveraging the capabilities of smart sensors, cloud-based monitoring, and advanced authentication methods. The expected outcomes include improved security management, enhanced data analysis through cloud integration, and increased privacy protection through the integration of smart bands and face detection systems.

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Writing Proposal for ITC571
Student Name and ID
Project area Internet of things
Type of Project Theoretical
Technology PCS (Powerline carrier system)
Technique Smart sensing technique
Domain IoT: Smart home security
Project name Power line career system based on smart sensing technique to manage security in Smart-homes
Key words IoT, Sensors, Security, Smart –home, Sensing techniques, management, Wireless networks, automation
1. Introduction Background
Information,
Issues and
Current Solutions
1. Now a day, Security is a very important issue and it is increasing day by day. Advancement in
technology provides many solutions to manage security in homes to provide automation to the
security system and avoid unauthorized access. The IoT based techniques manage security with smart
appliances and help in securing the home from theft. But there are many issues faced by devices and
technology to manage security. These appliances are power consuming as well as create issues at the
monitoring time such as authentication problem, identification error, and interference in security. To
overcome these issues some smart sensing techniques introduced that is based on IOT. Smart sensors
and pyroelectric passive infrared sensor (PIR) is used for authentication. Wireless sensor networks,
Zigbee networks, low power consume-automated services, Motion detection in IOT remote
monitoring system and GPS are used as current technologies for improvement and better
management.
Shortcomings/
limitations in the
current /existing
solutions
2. Security is increasing with modern technologies but it has some limitations as follows:
 The current solution PCS includes technical issues signal noise issue arises during
transmission of bandwidth
 PCS technology faces security issue due to single power line
 Threats of cyber-attacks and cyber-crime to personal information.
 Sensor failure and network issues also generate problem during authentication and
verification.
Importance of
solving this
3. The research is focusing on solving the issue of PCS through integrating RS-232 interface in the
signal power line. The sensing techniques controls home appliances as well as monitoring data

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problem through IOT based services. Overlapping in identification can be protected by using PCS technology.
The Power line career system helps in managing the signal power line.
2. The Main objective
and purpose of this
research
Main objectives and purpose of research:
 The main aim of the research is to improve security management in smart home by using smart sensing
technologies.
 The objective of the research is to identify the Sensing techniques to improve security issue of the smart homes.
 To provide privacy protection through PCS technology with remote monitoring system and GPRS.
3. Questions need to be
answered
1. What types of sensing technique used for monitoring of smart homes?
2. How PCS technology merged with sensing technology to manage security?
3. What are the techniques used to solve the issue of PCS technology and manage smart home security?
4. A Brief Description
of Your Proposal This proposal outlined the issues of the PCS technology and sensing techniques that are useful for managing security in the
smart home system. The sensing techniques includes sensors such as a temperature sensor, the speech recognizing sensor,
face reorganization based sensor and skin sensor. These all are connected with the cloud to control and monitoring things at
smart home. Security management through online system faces many difficulties and not properly operated due to errors.
So, some new techniques are introduced in the above proposal to overcome problems and also the current solution is
provided to increase security.
5. The Process or
Methodology of Your
Project
Steps for proposal are:
 Discussing the sensing technique in the smart home to manage the security with the use of PCS technology.
 Define the components of sensing techniques and PCS technology in relation to provide security protection to the
smart home.
 Proposition of RS-232 interface technique to improve the security issue arises due to the single power line.
 Analyse the RS-232 interface system in the Smart home security with the IoT technology.
6. Expected Outcomes Expected outcome are as follow:

 Improvement in security system with the use of IoT sensing techniques which helps in the management of security
through online monitoring
 Analysing of security data through the cloud with the emergence of Raspberry Pi and sensing devices
 Privacy and protection of homes and improve authentication with the integration of Smart band and face detection
system
Reference list Reference List
Bibliography
Alaa, M., Zaidan, A., Zaidan, B., Talal, M., & Kiah, M. (2017). A review of smart home applications based on Internet of
Things. Journal of Network and Computer Applications, 97, 48-65.
Chifor, B., Bica, I., Patriciu, V., & Pop, F. (2018). A security authorization scheme for the smart home Internet of Things
devices. Future Generation Computer Systems, 86, 740-749.
Shen, J., Wang, C., Li, T., Chen, X., Huang, X., & Zhan, Z. (2018). Secure data uploading scheme for a smart home system.
Information Sciences, 453, 186-197.
Tang, S., Kalavally, V., Ng, K., & Parkkinen, J. (2017). Development of a prototype smart home intelligent lighting control
architecture using sensors onboard a mobile computing system. Energy and buildings, 138, 368-376.
Tao, M., Zuo, J., Liu, Z., Castiglione, A., & Palmieri, F. (2018). Multi-layer cloud architectural model and ontology-based
security service framework for IoT-based smart homes. Future Generation Computer Systems, 78, 1040-1051.

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Improving Smart Home Security with Power Line Carrier System and Smart Sensing Techniques

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