Daily Archives: April 28, 2023

Research is never ending process in all field as things are continuously modify and optimized to get more effective results. In order to showcase the research work around the globe research article plays an important role. Publication of article is done by International Journal, hence many of organizations, universities, Colleges, Departments open international journals. So this article help people to learn about how to start a new journal. International journals are not just website where people can post their content but it’s a complete system that has expert team who have deep understanding of specific domain. Many of publishers are looking for support of how to get ISSN number for journal. Some of people try to get but due to lack of guidance and experience they not get the success. So to start a new journal one has to arrange following steps:

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1. Get a website with specific domain.
2. Publish few paper in it of selected or desired research topic.
3. Apply for the ISSN number.
4. Wait for the response from the ISSN authority to issue a E-ISSN or P-ISSN number.
5. After getting ISSN apply for indexing.

Website: Above five steps looks easy and straight but ding all takes time as website should have following set of points that need to be crosscheck:

Assistance to Get ISSN of New Journal

1. Author’s guideline page.
2. Reviewer guideline page.
3. Paper format.
4. Copyright form for author to validate and get permission for publication.
5. Editorial board page.
6. Valid address of the organization to contact.
7. Paper submission form and backend portal for managing of the paper, reviews, comments, etc.
8. Plagiarism checking software.
9. Provide data Security features.
10. Call for paper where list of research topics should be maintained to get papers for publication.
11. If journal charge amount then it should be mentioned clearly and medium of payment.

Editorial Board: Once website cover all these points then a editorial board is required where each board member has fix designation and role. Before placing the name of members publisher need to take permission from the concern member and inform about journal activities. As these board member details are need to be submit at ISSN office. Few of editorial member should be from foreign country. Always gather good set of editorial board having sound knowledge and experience in relevant field.

Publication: It is always better to apply for ISSN once you have a publication of 5 to 10 article in an issue. Do not provide any misleading information on issue like any Fake ISSN, indexing, etc. As this makes a chance of application rejection. Always check the content validity as good content is publish in the issue, do not publish plagued articles.

Starting a new journal takes around 6 to 8 months from collecting document to submission and getting approval from ISSN. But this hard work gives a pleasure of publisher who can publish and verified research content. International journals are good medium to increase the network of relevant people. A journal also organize a international conference for showing its global presence. i hope this article resolve query of how to get ISSN number for journal. Our team is right here for the support for beginners and scholars to promote research activities around the world with positive outcomes.

Published by: vikaspatanker

strong>IoT-based Wireless Charging for E-vehicles
Authors:-Saranya S, Keerthana B, Kiruba M, Gobika S and Kavipriya R

Abstract-The demand for electric vehicles is rising as the automotive industry transitions quickly from IC engine vehicles to electric vehicles. As a result, there are now more charging stations. This concept uses an inductive coupling to wirelessly charge the car using a wireless charging system. All we have to do is park the vehicle in the charging area. Wireless power transmission is the process of moving electrical energy from a source to a load remotely without the need of wires or cables. Nikola Tesla’s greatest invention was the wireless power transfer concept. There is no need for human contact with this technology. One technology that may represent a step ahead in the future is wireless power transmission. This idea has the potential to create new wireless charging opportunities for everyday use. Magnetic resonance technology, or wireless power transfer (WPT), has the potential to free people from obnoxious cords. In actuality, the WPT uses the same fundamental theory—known as inductive power transfer—that has been established for at least 30 years. In recent years, WPT technology has advanced quickly. With a load efficiency greater than 90%, the power transmission distance rises from a few millimetres to several hundred millimetres at milliwatts to kilowatts of power level. Electric vehicle (EV) charging applications find the WPT highly appealing because to its advancements in both static and dynamic charging settings. The capabilities of wireless charging systems are further enhanced by IoT integration. The charging process gets smarter and more linked with IoT. It is possible to gather and analyse data in real time, which makes managing charging stations more effective. Features like dynamic load balancing, predictive maintenance, and remote monitoring are made possible by IoT. Issues with charging time, range, and cost are resolved by the smooth integration of WPT and IoT in EV charging. Because of this convergence, conventional battery technology is no longer as important for the widespread use of EVs. The project’s goal is for academics to use these cutting-edge successes to propel WPT further and encourage the wider use of electric vehicles.

DOI: 10.61137/ijsret.vol.9.issue2.201

Published by: Kajal Tripathi

strong>The Intelligent Grocery Distribution System in India
Authors:-Bharathi V, Aarthy M, Boomika V G, Kowsika P, Kaviya S

Abstract-The Public Distribution System (PDS) in India is a government initiative that provides goods to those in need at set prices. On the other hand, manual material weighing results in imprecise measurements and unlawful usage of consumer goods. We currently have a system in place where the products are personally sent to the customer after their fingerprint is verified and their ration card is scanned. However, this was insufficient to halt the corruption. As a result, a two-step verification process has been suggested as part of the system. However, we deploy automation in place of manual labor when it comes time to handle the commodity. Customers are given an RFID card with a unique identifying number that serves as a ration card. An RFID reader scans the card.

DOI: 10.61137/ijsret.vol.9.issue2.200

Published by: Kajal Tripathi

strong>A Soil Moisture Sensor and Accelerometer are Part of an Internet of Things-based Landslide Detection and Monitoring System
Authors:-Jayapal N, Dharanidharan S A, Ajay Aravinth M, Ajithkumar R, Gokul R

Abstract-One major natural hazard that can harm property, infrastructure, and human life is landslides. In this work, we suggest an Internet of Things (IoT)-based landslide monitoring and detection system that gathers and analyzes data on precipitation, slope stability, and other environmental conditions using a variety of sensors and communication technologies. In addition to software components for data processing and visualization, the suggested system also includes hardware components including sensors, microcontrollers, and communication devices. To assess the system’s effectiveness in identifying and tracking landslides, we carried out field tests and contrasted the outcomes with those of other approaches. Our research demonstrates that the Internet of Things-based approach can enhance early warning and risk management initiatives by offering precise and up-to-date information on landslide risk. The consequences of our findings’ ramifications for further study and real-world applications are examined.

DOI: 10.61137/ijsret.vol.9.issue2.199

Published by: Kajal Tripathi