TAILIEUCHUNG - An interoperable design for internet of things

It also offers a wide range of tools and options for stakeholders to host many types of entities in one place, to control and manage content, share this content in social networks, apply personalization, update dynamically, and much more. Our design was tested in terms of scalability, functionality and flexibility. Web I-oT will help to overcome the limitation of collected data in a secure and scalable manner. | International Journal of Computer Networks and Communications Security C VOL. 6, NO. 3, MARCH 2018, 49–60 Available online at: E-ISSN 2308-9830 (Online) / ISSN 2410-0595 (Print) N C S An Interoperable Design for Internet of Things Ammar Jameel Hussein1, Reza Hassanpour2, Abd Al-Razak Tareq3 and Kasim Oztoprak4 1, 2 Department of Computer Engineering, Cankaya University, Ankara, Turkey 3 4 University of Kebangsaan Malaysia (UKM) Department of Computer Engineering, Karatay University, Konya, Turkey ABSTRACT A vast number of things have been used to meet innumerable commitments in information nowadays. Most of these things are placed in different locations and regularly work to provide individual users or groups the ability to access them by using their own networking applications and/or individual databases. Integrating third party applications or ensuring the security and privacy of the collected data is a challenge. Moreover, end users face difficulties in accessing these data from anywhere in a unified form. In this research, a new design for the Internet of Things is proposed, which we call Web Internet of Things (Web Io-T). The new design can play a role between things and stakeholders by virtualizing the entities and making them available to end users from anywhere. It also offers a wide range of tools and options for stakeholders to host many types of entities in one place, to control and manage content, share this content in social networks, apply personalization, update dynamically, and much more. Our design was tested in terms of scalability, functionality and flexibility. Web I-oT will help to overcome the limitation of collected data in a secure and scalable manner. Keywords: Internet of Things (Io-T), Internet of Everything (Io-E), Virtual Sensor, Cloud Sensor, Sensor Network, Cloud Computing. 1 INTRODUCTION Worldwide demand to develop information and communication technology is constantly growing at an increasing rate. As a .

• Quản trị mạng
• International Journal of Computer Networks and Communications Security
• An interoperable design for internet of things
• An interoperable design
• The limitation of collected data
• Internet of Everything
• Securing the sip communications with XML security mechanisms
• VoIP application awareness
• Question of confidentiality and integrity
• Client authentication and data confidentiality
• Proposing minimum performance of proposed topology
• Plateau State University
• Computer networks and Communications Security
• Performance evaluation of manet protocols in communications
• Management of robots in simulation modelling
• Manet protocols in communications
• End To End Delay
• Show network optimization rate including PDR
• Deployment of voip communications in B&A spy agency
• Design and implementation
• Voip communications in B&A spy agency
• VoIP simulated in OPNET
• Proposed architecture and protocol stack for improving QoS
• Wide vehicular communications
• Vehicle to Vehicle
• An enhanced data security with compression for manets
• Enhanced data security
• Self organizing networks
• Wireless local area network security enhancement through penetration testing
• WLANs to achieve
• The frame security
• The standard network security
• Increasing the lifetime of wireless sensor networks
• Selforganizing map algorithm
• Wireless sensor networks
• Self organizing map neural networks
• Cloud computing architecture
• Wireless sensor networks for agricultural applications
• Wireless sensor actor networks
• Adaptive scheme for outliers detection in wireless sensor networks
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• Given sensor networks
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• LWSN in network topology
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• Inter cluster communication
• Carrying out efficient diffusion
• Cluster merging and cluster diffusion
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• Ipv4 to Ipv6 networks
• Identical traffic and network loads
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• Simulating an optical high debit transmission chain
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• Comparison of optical windows
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• Negative percent algorithms
• Wireless mesh networks
• Detection of service attack
• Defense against distributed denial of service attack
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• Wireless sensor network
• Medical information systems
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• A comprehensive approach to security requirements engineering
• Incorporating the strengths
• Best practices found
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• Plug in in upon
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• Multi perspective analysis framework
• Multi level analysis framework
• Network security situational awareness
• Multi data analyzing researc
• Improving security and performance in the tor network
• The tor network
• IP hidden in the server