Abstract

Computing has become more invisible, widespread and ubiquitous since the inception of the Internet of Things (IoT) and Web of Things. Multiple devices that surround us meet user’s requirements everywhere. Multiple Middleware Framework (MF) designs have come into existence because of the rapid development of interactive services in Heterogeneous Systems. This resulted in the delivery of interactive services throughout Heterogeneous Environments (HE). Users are given free navigation between devices in a widespread environment and continuously interact with each other from any chosen device. Numerous interactive devices with recent interactive platforms (for example, Smart Phones, Mobile Phones, Personal Computer (PC) and Personal Digital Assistant (PDA)) are available in the market. For easy access to information and services irrespective of the device used for working and even at the drastic change of the environment, the execution of applications on a broad spectrum of computing devices is propelled by the availability of the above-mentioned platforms. Different applications that need interoperability to coordinate and correspond with each other should be facilitated. Using a standard interface and data format, HE must link various devices from various platforms together to communicate with each other. To aid the interactive services performed by a middleware framework that operates on Application Programming Interface (API) over HEs, this issue aims to endorse an Adaptable Service Application Programming Interface (ASAPI).

Highlights

  • There is increasing popularity for Middleware Framework (MF), which perform interactive services over Heterogeneous Environments (HE) because of the rapid development of interactive services in Internet of Things (IoT) and HE

  • The binding of multiple devices in a Heterogeneous Environment depending on the user demand is done by the essential services deployed as Application Programming Interface (API)

  • The interaction in a HE of the web, mobile and PC applications is facilitated using the flexibility of API interfaces with ontology and semantic transformation

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Summary

Introduction

There is increasing popularity for MFs, which perform interactive services over HEs because of the rapid development of interactive services in IoT and HE. Different platforms with distinct computing power, storage capacities, and user interfaces are already deployed in computing devices. Rather than decreasing, this kind of heterogeneity will increase over time since extensive use of new devices are expected. Applications are developed at present for a certain kind of gadgets or system platforms, and the same applications are exclusively made for hand-held or desktops. Dissemination and application installation in every device and processor family are uncontrollable due to the increase in devices. The MF that works on API over HE is used by an ASAPI promoted by this problem for aiding interactive services

Literature Review
Conceptual Framework of Adaptable Service Application Programming Interface
Adaptable Middleware Framework’s Adaptable Service Application Programming Interface Model
Adaptable Service Application Programming Interface Model’s
Binding Time Performance
Performance of Delivered Number of Services
Conclusion
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