Informatics Publishing Limited

Abhay Verma ¹, Vinay Verma ²

Affiliations
1 Student, Department of Computer Science & Engineering, Vivekananda Institute of Technology, Jaipur, Rajasthan, IN
2 Independent Researcher, Jaipur, Rajasthan, IN

Abstract

The procreation of IoT (Internet of Things), mobile internet and the attainment of cloud computing services have innovated a new computing archetype, known as edge computing. According to the International Data Corporation (IDC) forecast, worldwide data will reach about 180 zettabytes (ZB) and out of which 70% of data generated by IoT devices will be processed on the edge of the network by 2025. IDC also forecasts the IoT devices connected to reach 150 billion by 2025. Edge computing has the ability to deal with the huge volume of data and to handle the requirement of response time, data handling, bandwidth cost saving, along with privacy and data security. Edge computing enables low latency, mobility, and real-time data processing at a very faster pace. This paper is meant to introduce with the notion of edge computing, the three-level architecture of the edge model with the detailed difference between the edge computing model and the traditional cloud model. The various edge models that enable processing at the edge includes mobile edge computing, fog computing and cloudlet computing. Possessing the various advantages and models, edge computing still suffers from various security challenges. The paper concludes stating the security challenges that edge computing still need to focus upon.

Keywords

Cloud architecture, Cloud computing, Edge computing, IoT

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Abhay Verma ¹, Vinay Verma ²

Affiliations
1 Student, Department of Computer Science and Engineering, Vivekananda Institute of Technology, Jaipur, IN
2 Independent Researcher, Jaipur, Rajasthan, IN

Abstract

The radical enhancements in the technology and internet has led information to be shared in just single click. As a result, it really became important to worry about the intellectual property protection on the internet. Steganography and cryptography could be very much useful in achieving the secure transfer of the information. Steganography is a practice that prevent unauthorized user from accessing and reading the secret data. It is a scientific art of covering the information so that it remains undetected to everyone except the intended receiver. In this technique, carrier plays an important role and must be selected in such a way that it does not leave behind any trace of the hidden message. There is always a threat that any person can detect the hidden object and could reveal the secret, but there is also a concept of deniable strategy in steganography which in such cases reveals the secondary data instead of primary one and keep that secure. The paper is meant to introduce with the introductory concept of steganography, classification of steganography centered on various file formats support (images, videos, protocols, text, etc.), deniable steganography which is providing additional layer of security and analysis of the noticeable changes created in stego-object as compared to original carrier.

Keywords

Cryptography, Deniable steganography, Image steganography analysis, Steganography, Steganography model.

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Vinay Verma ¹, Kiran Shekhawat ²

Affiliations
1 Research Scholar, Bhartiya Skill Development University, India., IN
2 Supervisor, Assistant Professor, Bhartiya Skill Development University, India., IN

Abstract

Wellness tourism has the potential to increase community job possibilities while also helping society financially. Despite its lengthy history and economic benefits, wellness tourism receives little attention in the literature. There is very limited research taken place that drive tourists to take part in wellness tourism in Rajasthan, India, where the industry is rapidly increasing. This study aims at finding out why domestic visitors in Rajasthan, India, are interested in wellness tourism. In Rajasthan, a study of potential wellness tourism participation is being conducted. The data was gathered in both an offline and online mode, and the data was processed and analyzed using the SPSS software. To analyze the differences, ANOVA tests were used. The motivating variables in the wellness tourism setting, as well as travelers’ intentions to take part in wellness tourism,were investigated in this study. The behavioural intention of tourists to visit a wellness tourism site was used to characterize their desire to attend. Electronic and paper surveys were used to conduct self-administered surveys. Statistical studies were carried out in order to determine the link between behavioural intention to visit and incentive components. Using factor analysis, several motivating item factor structures were discovered.

Keywords

Value Chain, Mushroom, Value Addition, Challenge, Risk.

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