ESP Journals
  • ESP
  • Journals
  • Authors Hub
    • Author Guidlines
    • Journal Ethics
    • Journal Polices
    • Open Access
  • Editors Hub
    • Editorial Policy
    • Review Policy
    • Editorial Work Flow
    • Join Us a Editor
    • Editorial Specialization
  • Conference
    • Upcoming Events
    • Upcoming Seminar
    • Conference Proposal
    • Conference MOU
  • Awards
    • About ESP Icon Awards
    • ESP AIA-India
    • ESP AIA-International
    • Application
  • ESP
  • Journals
  • Authors Hub
    • Author Guidlines
    • Journal Ethics
    • Journal Polices
    • Open Access
  • Editors Hub
    • Editorial Policy
    • Review Policy
    • Editorial Work Flow
    • Join Us a Editor
    • Editorial Specialization
  • Conference
    • Upcoming Events
    • Upcoming Seminar
    • Conference Proposal
    • Conference MOU
  • Awards
    • About ESP Icon Awards
    • ESP AIA-India
    • ESP AIA-International
    • Application

ESP International Journal of Communication Engineering & Electronics Technology (ESP-IJCEET)

  • Aim & Scope
  • Editorial Board
  • Call for Paper
  • Journal Ethics
  • Current Issue

Authors Hub

  • About Us
  • Aim & Scope
  • Editorial Board
  • Reviewer Panel
  • Submission Guidelines
  • Author Guidelines
  • Indexing
  • Current Issue
  • Archives
  • Processing Charges
  • Payment gateway
  • Paper Template
  • Copyright Form

Volume 1 Issue 1 [April-June, 2023]

Id Title & Author Paper
1 IoT and Mechatronics Based Agrobot | Pratik Parekh, Saif Sayyad, VaibhavDevshatwar, Nutan V. Bansode

Agrobots are autonomous robots that carry out agricultural techniques and assist farmers in their fields. This robot is controlled by an Raspberry Pi Pico to perform agri-cultural processes such as dropping seeds and grass cutting . It could replace the conventional farming mechanism in the third world century. As we know, conventional agriculture still uses livestock in rural areas and they suffer greatly.

IoT and Mechatronics Based Agrobot
2 Establishing Wireless Mesh Network for Controlling Corridor Lights | G Siva Sai Teja, G Ashish Chandra, R P S Sunny, M Ravi Kumar

Here, an IoT network was combined with a wireless mesh network topology to establish communication between ESP-32 radio nodes without the use of wires and any intermediate router. Implementation was done using a hardware experimental setup that was created. Three NodeMCU ESP-32 boards coupled in a mesh network topology made up the system.

Establishing Wireless Mesh Network for Controlling Corridor Lights
3 Smart Irrigation System Using IoT | Ameer Baig, Shum Sundar Bachu,Vejandla Meghana, M. Ravi Kumar

Agriculture has always been the most significant human activity because it involves the permanent modification of the natural environment through the reproduction of living things. You could buy some land and take care of B instead of owning and devouring the crops around you. Both flood types and overhead sprinklers are ineffective. Due to excessive soil wetness, they cause significant water waste and can also encourage illnesses like fungal development.

Smart Irrigation System Using IoT
4 Proof of Concept of the Design of an Automated System for Controlling and Monitoring the Biological Cycle of Nitrogen Employing Artificial Vision for the Care of Fish in Huancayo, Peru | Diego Parco-Llorona, Alvaro Chávez-Urbina, Héctor Valcarcel-Castillo, Deyby Huamanchahua

The present paper developed an automated system based on artificial vision that controls the biological cycle of nitrogen to improve the care of the aquariums of Huancayo. The general objective is to implement an automated system to manage and supervise the natural process of nitrogen and to test its effectiveness in the care of ornamental fish. The research is shown as quasi-experimental and correlational.

Proof of Concept of the Design of an Automated System for Controlling and Monitoring the Biological Cycle of Nitrogen Employing Artificial Vision for the Care of Fish in Huancayo, Peru
5 Evaluating the advantages of Image based Shoreline Change Detection Analysis over Traditional GIS based Shoreline Change Detection Method (DSAS) | Perumala Susmitha, S. Narayana Reddy

The current study is an evaluation and comparison of the conventional GIS based shoreline change analysis and using the change detection techniques using image-processing method. The study area chosen is 253 km long coast along the districts of Kakinada, and Visakhapatnam, Andhra Pradesh, India. The coast is very dynamic environment, with the Godavari River in the southern-most part delivering many sediments, and many tropical cyclones affecting the area almost every year.

Evaluating the advantages of Image based Shoreline Change Detection Analysis over Traditional GIS based Shoreline Change Detection Method (DSAS)
ESP Logo
  • ESP Forum
  • FAQ
  • Indexing
  • Awards
  • Annual Subscription
  • Contact Us

© 2025 All rights reserved Eternal Scientific Publications..