Study on the Generic Architecture Design of IoT Platforms
A variety of application platform resulted in a variety of requirements that IoT systems should comply with. Due to the heterogeneity of the environments, the requirements varied significantly, and demanding more or less complex systems with varied perfor
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Department of Computer Science, Graduate School, Seoul, Korea [email protected] 2 School of Software, SoongSil University, Seoul, Korea {nylee,j.park}@ssu.ac.kr
Abstract. A variety of application platform resulted in a variety of requirements that IoT systems should comply with. Due to the heterogeneity of the environments, the requirements varied significantly, and demanding more or less complex systems with varied performance expectations. This situation affected the architecture design and resulted in a range of IoT architectures with not only configuration setting of IoT devices and resources, but also varied environments of collaboration each devices. A number of things connecting it proposes a generic architecture design platform to useful the common characteristics which internet of things to control the flow of data. Keywords: IoT applications Platform Framework
Internet of things
Architecture design
1 Introduction The Generic IoT platforms can be used with good results in participation with device of an IoT environmental applications. The IoT platform consists of the Service application and environment monitoring service capabilities and IoT applications functions. The goal of this paper is Generic architecture design for IoT platforms in environments collaboration devices and user runtime environments, trying to guarantee the consistency as well as effectively energy consumption. It can be integrated heterogeneous and strict requirements, such as limited resource time and battery. The IoT platform is proposed so as to build an IoT-based Configurable resource time and battery consumption Service Platform for design. A number of things connecting it proposes a generic architecture design platform to useful the common characteristics which internet of things to control the flow of data. The rest of this paper is organized as follows and discusses the related work, Sects. 2, 3 is presents a design for IoT Platform and evaluation and Sect. 4 gives a conclusion. Most IoT management platforms, such as Philips hue [1] and IoT.est [2], focus on home automations or sensor networks. These platforms have shown excellent performance as they claimed. Philips hue is a personal wireless lighting system which can only be controlled by a smart device (e.g., smartphone). to more than 4.5 billion USD by the end of 2011 thanks to the introduction of open APIs [3]. The solutions for IoT implementation focus on uniform naming [4] and addressing, and common protocols for ubiquitous smart objects. © Springer Nature Singapore Pte Ltd. 2017 J.J. (Jong Hyuk) Park et al. (eds.), Advances in Computer Science and Ubiquitous Computing, Lecture Notes in Electrical Engineering 421, DOI 10.1007/978-981-10-3023-9_161
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It concerns objects reachable both directly by IP network or connected using dedicated protocols specific for given area of use. This approach makes feasible the creation of common platforms which aim to provide tools for management, data analysis and adequate reaction, and makes use of numero
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