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Nowadays Online purchase possesses a vital role in our day to day life. People started purchasing goods through online rather than offline. This paper reveals the impact of consumer perceptions and awareness of goods and services offered online and also helps to understand how it provides goods and services to its clients. E-Commerce is one of the wonderful technological advancement platform which has made our life very easy. It is also helping us to manage time, work life balance, stress, depression etc. Online platform is used by working people, home makers, children, organization etc without which we cannot think about our life. Let us discuss in this paper about consumer motivation behind online purchases with the help of the data collected and analyze the real situation faced during this current era. [ABSTRACT FROM AUTHOR]

The solar energy system based on PV (photovoltaic) parameters monitoring techniques compromise of the both the electrical and environmental data, the number of parameters being measured in a PV plant that combine and analyze to observe and/or evaluate its efficiency. with a view to vouch the responsible and stable performance of any solar system, an effective measuring system is essential. large scale solar energy plants are respectable complicated and increase the cost and complexity on PV parameters measuring systems, so we can note in the past decennium, numerous ideas of monitoring systems were determined in vast number of research papers. For this review article different PV measuring systems were be studied and reviewed in details. The review manner included the most of solar parameters measuring techniques of PV system, and its efficiency and performance. The most of PV monitoring techniques which exhibited and examined. in other hand the different sensors and their operation principle, microcontroller, data acquisition technologies, data transmission units and types, and information modules storage and display are studied and reviewed in this paper. at last, this survey sustains the selective suggestions for upcoming researches. A massive solar PV monitoring techniques in this review paper concise an inclusive survey of techniques, these techniques based the phenomenal information handling units and different and novel data transmission protocols. The innovative photovoltaic measuring technology's especially that based on the internet of things discussed and investigated in innovative manners. The review will confidently completely the emphasized perceptions progress to improved exertions on the road to improvement of the monitoring technologies in future maintainable solar PV efforts. [ABSTRACT FROM AUTHOR]

Scientific research often requires researchers to adhere to strict schedules for time-sensitive experiments and data collection activities. Punctuality and alertness are crucial for the success of these endeavors. This paper proposes an intelligent wake-up vehicle designed to provide efficient and reliable wake-up calls to researchers involved in scientific investigations. This paper presents the design and implementation of an innovative wake-up vehicle for scientific research purposes. The vehicle incorporates advanced features such as a robust iron body, dual-wheel configuration, kinematics-based motion control, and a mechanical arm for providing personalized wake-up services. The objective of this research is to explore the feasibility and effectiveness of employing an autonomous vehicle to facilitate wake-up calls in various scientific research scenarios. The technical specifications, design considerations, operational principles, and results of initial field tests are discussed. The findings demonstrate the potential of this vehicle as a reliable and efficient solution for wake-up services in scientific research domains. [ABSTRACT FROM AUTHOR]

This paper reviewed the Hand Sign Recognition system from 2018 to 2022. Based on the review, much research is done on Deep learning-based hand sign recognition. Many of these studies are published annually in article, journals, and conference proceedings. Additionally, we also examined the performance of the HGR system in terms of recognition accuracy. In this paper we concentrate on the data environment, the data acquisition, and the hand gesture presentation— three crucial components of the vision-based HGR system. We also looked at how well the vision-based HGR system performed regarding recognition accuracy. [ABSTRACT FROM AUTHOR]

Driving cycle is very important to the vehicle manufacturer and automotive suppliers mainly for product evaluation purposes. Driving cycle is as representation of traffic behavior in an area or city. This paper discusses about the driving data collection and development for Kuala Terengganu city using MATLAB Mobile application. The objectives of this paper are; to collect the driving data along the main road in Kuala Terengganu city using MATLAB Mobile application, to analysis the driving data stored in the cloud of MATLAB Mobile application and lastly to develop a Kuala Terengganu Driving Cycle. The methodology involves three major steps which are; driving data collection, driving data analysis and driving cycle development. The KTDC is successfully developed with average speed of 48.92 km/h and total of nine micro trips. [ABSTRACT FROM AUTHOR]

The paper aimed the detecting of the security and privacy issues for the comparison of Innovative 6LoWPAN header and IP header and finding the accuracy rate to find in advance. Materials and Methods:Two groups are used in the proposed endeavour to discover privacy-related solutions. Group 1 was the 6Low pan Header and Group2 was IP Header. A sample size calculation was made. Ten samples per group and ten samples overall were found to have a significance value of p=0.602 Sig (2-tailed). To determine the accuracy, the IP Header and the enhanced Innovative 6LoWPAN Header were compared. Results and Discussion: The Google Collab carried performed data collection in order to execute outcomes and assess the efficacy of specified algorithms. The Innovative 6Low pan Header produces high accuracy with 90% whereas the IP Header gives 70% of accuracy. In this study, the current IP Header and the enhanced Innovative 6LoWPAN Header were compared. Conclusion: The information was gathered from a variety of sources for use in analysing privacy problems and finding remedies. When compared to other existing algorithms, the novel 6Low pan Header produces exceptional accuracy. [ABSTRACT FROM AUTHOR]

In this digital world, everything is getting online this made user-information a vital asset. A service provider needs to communicate a user that, how this data is handled while serving to their request. This information about how data is gathered, the way of collection, its management and the purpose of data collection is specified in a privacy policy. In order to give complete, understand ability of data handled by a service provider, privacy policies should be readable and should not be vague. More often these documents are complex to understand, which implies that user privacy is at high risk. Hence, this report elaborates on how user awareness can be increased about privacy by providing an analysis tool that uses visualization techniques. This report also focuses on problems and test faced by the users' side. This mainly because of structure less and lack of a clear description of users' privacy. This paper additionally provides studies on utilizing device mastering to examine privateness guidelines and answers to visualize them. [ABSTRACT FROM AUTHOR]

This paper studied the impact of COVID-19 on SME. We study the impact of COVID-19 in terms of demand, supply, employment, long term financing and short-term financing. Survival strategies for SME during COVID-19 are also incorporated in this study. To study the impact of COVID-19 on SMEs empirically, primary data will be collected using questionnaires and will be analysed by quantitative approach. The sample size of research is targeted to achieve 384 respondents. Methods used for data collection of this research are mainly adapted questionnaires which are sourced from the public documents of the US Bureau of Labour Statistics. [ABSTRACT FROM AUTHOR]

This research considers a telematics system which includes devices for tracking vehicles. The main purpose of the paper is to overview and select software. Existing software products for telemetry and monitoring are analyzed. Sustainable development is considered as a model of resource utilization, a model of human-nature interaction, a model of civilization development based on innovations and intellectual systems. Effective means of data collection, generalization and systematization in the field of agricultural mechanization, software complexes for data collection and management of machines by different manufacturers are analyzed, as well as an extensive group of software products for the sustainable development of agricultural infrastructure. Particular attention is paid to the need to determine the most appropriate ways to comprehensively solve the problem of collecting and managing data from machines by different manufacturers. The following methods are used for this: Method 1-Send to Wialon. Some tracking systems have a relay function-sending online data about the desired vehicles to another tracking system using an agreed protocol. In other words, it is the ability to copy location information on both systems; Method 2-WiaTag. For farmers who are not equipped with MTP Global Positioning System equipment, a solution is offered using the WiaTag mobile application. The Wiatag app is a free global positioning system tracker on a smartphone that does not require any costs to be installed on a car. It is considered appropriate to systematize the problems of sustainable development of the studied market in the form of a block diagram that differentiates and shows important characteristics of the role and position of subjects in achieving the main goal – the reconstruction of the agricultural machinery market and allowing for the means of innovative and technical restructuring of domestic agricultural production. At a certain stage of market development, it is necessary to proceed from the fact that each problem can be transferred from one block to another. The proposed solution to the problem of the lack of high-quality equipment, attractiveness in the domestic market, shown in the first block of the diagram, partially includes a solution to the problem of insufficient preferences for the domestic market on the part of the state. Machine-building enterprises and, as a result, solving the problem of the low level of technological equipment of domestic manufacturers. [ABSTRACT FROM AUTHOR]