Abstract

Today, the Internet of Things (IOT) generally refers to a network with intelligent everyday objects ubiquitous. Things will be connected not only by humans but also by all items embedded systems highly distributed network of other devices. The integration of interactive communication devices has increased the popularity of the Internet. In recent years, the development and application of things have been a complicated task that requires extensive expertise. This is an essential issue for developers' experience, in particular, non-programmable skills, build rapid prototypes of things. To solve this problem, improved virtualization methods for IoT objects have been proposed. The proposed method uses the concept of virtual object existence, which allows end-users to create virtual items on top of them with simple operations such as dragging, then drop and click. Use various sensors and actuators and Intel Edison boards to implement virtual prototypes of IoT objects based on the Internet Engineering Task Force (IETF) CoAP protocol. Proposed items by connecting and visualizing components that support IoT virtualization methods and virtual objects of physical IoT devices. Therefore, virtual objects to access physical IoT devices.

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