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Review Paper

E-Endhan

Petroleum and diesel products are rare and very much costly but can obtain them on e-commerce platforms on a pre-booking basis is as rare as them obtaining them from the earth. Mobile Apps, home delivery, online payments are the support of the digital or online market. The concept of delivering petrol, diesel, coal, and CNG at your doorstep with the help of applications like “My Petrol Pump” and “Book My Petrol” have come into the industry recently but this is limited to very short distance and not more famous like Amazon, Flipkart in INDIA. E-endhan will work as an online platform that provides these petroleum products to your doorstep on pre-booking basis and refuel your vehicle. This review paper tests the promotion or awareness of the doorstep delivery of petroleum products through e-commerce platforms and customers’ acceptance of the technology and online market for these products.

Published by: Ankita Ojha, Alok Tripathi, Alpika Srivastava, Akash Gupta

Author: Ankita Ojha

Paper ID: V8I2-1148

Paper Status: published

Published: March 11, 2022

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Research Paper

Service sector-HR challenges

We are might and the service is the soul of a god. The most successful or measured word as it is service by which seven continents develop their cultural actives in a regional level and a national level without an absence of the combination word as it is loyalty, next to the third big word as it is an organization or an industry. The following facilities are a restaurant, transport, preservation, it, financing, insurance, real-estate business services, community, social and personal services, and services associated with construction

Published by: Sriranganadh Bandi

Author: Sriranganadh Bandi

Paper ID: V8I2-1156

Paper Status: published

Published: March 11, 2022

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Review Paper

Enabling authorized encrypted search for multiauthority database

E-medical records are sensitive and should be stored in a medical database in encrypted form. However, simply encrypting these records will eliminate data utility and interoperability of the existing medical database system because encrypted records are no longer searchable. Moreover, multiple authorities could be involved in controlling and sharing the private medical records of clients. However, authorizing different clients to search and access records originating from multiple authorities in a secure and scalable manner is a nontrivial matter. To address the above issues, we propose an authorized searchable encryption scheme under a multi-authority setting. Specifically, our proposed scheme leverages the RSA function to enable each authority to limit the search capability of different clients based on clients’ privileges. To improve scalability, we utilize multi-authority attribute-based encryption to allow the authorization process to be performed only once even over policies from multiple authorities. We conduct rigorous security and cost analysis and perform experimental evaluations to demonstrate that the proposed scheme introduces moderate overhead to existing searchable encryption schemes.

Published by: Kosuru Sneha, Mallina Alekhya, G. Pooja, T. Kiruba Devi, Dr. T. V. Ananthan, K. Lokesh

Author: Kosuru Sneha

Paper ID: V8I2-1146

Paper Status: published

Published: March 7, 2022

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Review Paper

Recent Developments in Biopolymeric Biodegradable Mulching Film for Agriculture Applications – A Literature Review

This paper reviews the recent developments (last two decades) in biodegradable mulching film for agriculture applications in terms of their formulation development, process understanding, properties, field performance, and identifying gaps that earlier researchers did not do. Advancements in the method of application of such biodegradable mulch film on various vegetables and crops, problems of existing conventional mulch film, and new technological developments in terms of mulch film chemistry are briefly discussed. This review focuses on various testing methodologies and characterization techniques required for mulch film. Overall, the objective of this review is to provide insights into bio- polymeric mulching film formulation technologies which may guide future research toward sustainable agricultural bio-mulch film.

Published by: Vikas Bhausaheb Mhaske, Dr. Dilip D. Sarode

Author: Vikas Bhausaheb Mhaske

Paper ID: V8I2-1144

Paper Status: published

Published: March 7, 2022

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Research Paper

Automated Soil Nutrients Monitoring and Irrigation using IoT

The process of cultivating crops along with livestock raising termed agriculture is one of the fields in this world that need more accurate and advanced technologization. Agriculture is the most crucial part of every individual’s daily life and has been in existence for thousands of years, and still isn’t at the expected peaks of technology. Making agriculture smart and advanced may upgrade the level of agricultural technologization to a certain peak. It will have positive ef ects on the yield of crops and also decrease the manual labor that is put into them. More accuracy and precision will be provided while farming and thus proving to be an ef icient way of farming. In earlier days, water level, humidity level, moisture condition, pH condition was not a great point of focus by the farmers and hence the produce was also not always up to the maximum possible. But as a researched fact, these above-mentioned condition plays a vital role in increasing productivity and healthy farming. IoT had played a role of importance in the development of smartness, accuracy, and precision in smart farming. And newly evolved technologies will also in support of IoT help take the advancing level of agriculture to its new heights. In this report, a model has been proposed that aims at smart farming with the help of a sensor network, which helps in detecting soil nutritional level with pH values, moisture of soil using moisture sensor, and temperature using suitable temperature sensor. Also, an automated irrigation system will be implemented using AWS cloud computation.

Published by: Devansh Choudhary, Devansh Kumar Singh, Arpit Jain, Dr. N. S. Raghava

Author: Devansh Choudhary

Paper ID: V8I1-1475

Paper Status: published

Published: March 2, 2022

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Research Paper

Density Functional Theory (DFT) simulations on fullerene/polymer blends for organic photovoltaic systems

This research uses computational simulations using SIESTA (Spanish Initiative for Electronic Simulations with Thousands of Atoms) package based on Density Functional Theory (DFT) to explore the free energies, interaction energies, relative stability, stability of bonds, and charges transfer abilities of Organic Photovoltaic (OPV) systems comprising of bis[methano- fullerene (6,6)-phenyl-C61-butyric acid methyl ester] (bisPCBM) as the acceptor and eight different donor polymers. The novel donor polymers are computationally designed based on poly[4,8-bis-substituted-benzo [1,2-b:4,5-b’]dithiophene-2,6-diyl-alt-4-substituted-thieno[3, 4-b]thiophene-2,6-diyl] (PBDTTT) polymer, the main structural changes being the incorporation of Se and F atoms. From the results, it was clear that PCBM makes a wiser choice as the donor compared to bisPCBM for computer simulations. The influence of F atoms was observed in the stability of the system both energetically and structurally. The incorporation of Se negatively affects the feasibility of acceptor-donor interaction.

Published by: Rina Muhammad Faisal, Rohini De Silva, K. M. Nalin De Silva

Author: Rina Muhammad Faisal

Paper ID: V8I1-1466

Paper Status: published

Published: March 2, 2022

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