# The Emergence of Internet of Things (IoT): Connecting Anything, Anywhere
###### Abstract
To conclude, the paper \"Connecting Smart Objects in IoT Architectures by Screen Remote Monitoring and Control\" considered remote control and monitoring issues for IoT-enabled intelligent streaming services and proposed middleware organizational structure with multiple platform compatibility [6]. The papers are described in more detail as follows:  
1. Resource Allocation Model for Sensor Clouds under the Sensing as a Service Paradigm, by [PERSON], [PERSON] and [PERSON]  
The Internet of things (IoT) produces so many verses of service for sensing and data sharing purposes. In this proposed scheme, a resource model is designed for procuring sensors as well as cloud stores toward the client's end. This model has taken into account an emerging IoT based multi-sensing function and mashups of things at the cloud for supporting of a business model. Based on the heuristic algorithm, it can integrate the allocation of most suitable devices according to the needs of the application at the same time. 2. Making Sense of the World: Framing Models for Trustworthy Sensor-Driven Systems, by [PERSON], [PERSON], [PERSON], and [PERSON]  
A sensor device can produce information and data that can simplify real-time decision making and actuate independent action and policies. In this paper, the authors theorized two features, namely frames of references and frames of function. Their approach inherently implies frames-aided communications between modelers and analysts, as well as relevant parties, and further differentiates the objective and use of each model that can confide the purpose of the system requirements. 3. Ontology Middleware for Integration of IoT Healthcare Information Systems in EHR Systems, by [PERSON]  
IoT has obtained a leading acceptance to provide effectual support in healthcare to affirm diagnosis and treatment. The IoT technology can procure the data from patients, and can incorporate an electronic healthcare records (EHR) system. However, the majority of the existing EHR systems are not able to desegregate with IoT services to maintain a patient-centric support system. Therefore, the availability of IoT in EHR can improve patience healthcare by facilitating a remote monitoring system of patients, who are located outside the clinic. From this facility, the physician is able to retrieve data from the patient via an IoT connection and, more significantly, the IoT platform may offer authentic interoperability and incorporeality. Finally, this research proposed a mechanism to assist in semantically integrating and enabling collaboration between IoT healthcare and EHR systems. 4. Performance Evaluation of HARQ Schemes for the Internet of Things, by [PERSON] and [PERSON]  
The long-term evolution of cellular technologies is based on the HARQ, which is a widely used medium access control scheme for wireless communications. Despite becoming enormously popular,the data block length settings of a HARQ scheme still leave room for further investigation. In particular, the new communication trends of IoT model require short packet (low latency) and ultra-reliability (low bit error rate), which motivate research in designing and implementing more efficient HARQ schemes. This research provides a complete comparison of several types of power-constrained HARQ, emphasizing the use of short packet transmission. The authors derived optimal power allocation strategies (OPAS) and achieved 50% energy saving after bidding a few transmissions and enabling combined packets at the receiver end. 5. Connecting Smart Objects in IoT Architectures by Screen Remote Monitoring and Control, by [PERSON] and [PERSON]  
In the area of touch-screen interaction of multimedia outputs, the electronic visual display is very popular. It is convenient to gain control with an intelligent machine through the support of display content. Remote screen sharing is very much predominant today.