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Research Paper

Urban underground drainage monitoring system using IoT

The additional volume of wastewater entering the pipes, can cause backups which can lead to the sewer system to overflow. The Monitoring of urban underground infrastructure, it is important to control the current flow from the external water is in the pipe line. By wireless to connect underground communication, and sensor solutions, you can follow the development of the urban underground IoT applications, such as for the monitoring of wastewater and stormwater overflow in real-time with the help of Flow sensors with respect to Arduino and NodeMCU. This paper presents an analysis of the loss of a wireless underground utility services in the urban underground IoT for waste water monitoring and control. It is shown that the communication range is4 km away and can be reached from an underground channel of communication by means of a 10 cm-thick layer of asphalt. The urban waste water and is responsible for the collection and the treatment of wastewater in the waste water treatment plants, treatment of the many millions of litres of water per day. Cities and towns in the need for the monitoring of the quantity and quality of wastewater discharged into the system the collection and the achievement of these structures. The volume of water in the pipes and could cause back-ups, which in turn can lead to sewer overflows.

Published by: D. Deepak Kumar, N. Indrajith, R. Bhavya, Dr. V. Jayaprakasan

Author: D. Deepak Kumar

Paper ID: V7I3-1968

Paper Status: published

Published: June 24, 2021

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Research Paper

3-Dimensional visualization and animation of a construction schedule of a single storey building – 2021

Construction sector needs proper scheduling, planning and management procedure for any project which leads to improve the general optimization of the time, cost and resources. The planner utilizes the 2- dimensional drafting tools and follows the contents of the illustrations with respect to exercises of the construction schedule for which Primavera and Microsoft Project for the scheduling process and AutoCAD for drafting plan and to visualize ,decision making of various construction activities are used .It involves multi environment for managing construction activities and time consuming too which in turn affect in clarifying the status of the project to the customer making it exceptionally tedious and troublesome. With this process the customer and store manager will not have the idea of the specialized terms used in the graphical representation and schedule .Thus the construction company necessitates an implement which can impact the 3 dimensional components and the schedule in particular individual environment from multi environment .Majority of commercial software’s used to generate a 4-Dimensional model but they don’t have the important functions like creation and modification of the created model in a single environment. Apart from using trivial methods of project schedule sheets and manual drawings , one can combine both in a single environment to generate the 4-Dimensional model in the GIS software. The objective of the current study was to create 4D model (3D geospatial model + time component) in a single platform using GIS for single storey residential building. The dynamic linkage between the drawings and respective scheduled activities in the GIS software helps in visualizing construction sequence and identifying logical errors that can occur in schedule. The proposed GIS based methodology can be used as replacement to many trivial manual techniques to take out the data from the accessible database and can easily maintain and modify majority of the information in the digital format.

Published by: Mohith J. Gowda, Dasari Sri Hari, Md Ashfaq Ahmed, Manoj R., Priya B. P.

Author: Mohith J. Gowda

Paper ID: V7I3-2044

Paper Status: published

Published: June 24, 2021

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Survey Report

A survey on docker container and its use cases

Docker is an open platform for rapidly building, delivering, and executing a variety of applications. It allows for faster software delivery by separating applications from infrastructure. Docker techniques encourage rapid shipping, testing, and deployment of code anywhere, reducing the time between code development and production deployment. It assists both developers and system administrators by letting developers write code without having to worry about the system on which it will eventually run. It also can minimize the number of systems and provide operations workers more flexibility. The principles of Docker containers are discussed in this paper and recent research on the subject. The document also contains significant use cases, as well as the pros and challenges of using it.

Published by: Abha Anand B., Darunya B. C., Anisha B. S., S. G. Raghavendra Prasad

Author: Abha Anand B.

Paper ID: V7I3-2052

Paper Status: published

Published: June 24, 2021

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Research Paper

Pollution monitoring and controlling using Internet of Things (IoT)

The level of pollution has increased with times by IoT of factors like the increase in population, increased vehicle use, industrialization and urbanization which results in harmful effects on human well-being by directly affecting health of population exposed to it. In order to monitor quality of air, water quality and sound level of the environment over IoT based new framework is proposed which is based on data acquisition, transmission and controlling.

Published by: M. Hariharan, C. Senthilkumar

Author: M. Hariharan

Paper ID: V7I3-1993

Paper Status: published

Published: June 24, 2021

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Research Paper

Crop yield predictor using machine learning for precision agriculture

Predicts crop yield using temperature, moisture, nitrogen, phosphorous and other contents in the soil

Published by: Ankitha S., Diran Monnappa, Rashmi C., Suhas E., Parashivamurthy

Author: Ankitha S.

Paper ID: V7I3-2061

Paper Status: published

Published: June 23, 2021

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Thesis

E-leave android application for employee leave management

The main objective of the proposed system is to decrease the paperwork, employees find it difficult to apply for leaves and vacations, especially those that have tasks that require a specific number of people to operate which is a very complicated process and to avoid the collision of dates with other employees under the same department. Proposed system will help in easier record keeping by having a centralized database system where data will be maintained. The system will keep the records, decrease paperwork and reduce chances of data loss. The system will allow employees and their managers to manage leaves and replacements for better scheduling of workload. Android E-Leave Application is an employee leave management system that keeps leave records of all the employees in organization. This system will provide a connection between the user and the database hence enabling quick retrieval of the leave information without any intervention from the human resource manager. In this system employees can apply for leave from their android smartphone and can also track the applied leave status in real-time.

Published by: Sagar Kale

Author: Sagar Kale

Paper ID: V7I3-2073

Paper Status: published

Published: June 23, 2021

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