A study of supply chain management in civil engineering
Supply Chain Management (SCM) is a concept that has flourished in manufacturing, originating from Just-In-Time production and logistics. Today, SCM represents an autonomous managerial concept, although still largely dominated by logistics. SCM endeavors to observe the entire scope of the supply chain.
Published by: Shaikh Tanveer Shahnawaz Ahmed, Patil Ashish Ashok, Shaikh Tanveer Ajiz, Sonawale Pranit Prakash
Author: Shaikh Tanveer Shahnawaz Ahmed
Paper ID: V5I2-1889
Paper Status: published
Published: April 15, 2019
Real-time monitoring system (websocket-based) for remote intelligent buildings
These days, wireless sensor networks (WSNs) in digital engineering are used inside the tracking of far off sensible buildings, and the need for emerging web 3.0 is turning into increasingly in every component of electronic engineering. however, the key demanding situations of tracks are the tracking approaches and storage fashions of huge ancient monitoring facts. To deal with these barriers, we try to design a WebSocket-based totally real-time tracking system for far off sensible homes. On one hand, we utilize the modern-day HTML5 WebSocket, Canvas and Chart technology to screen the sensor records collected in WSNs within the web browser. The proposed monitoring system helps the latest HTML5 browsers and legacy browsers without native WebSocket capability transparently. then again, we advocate a storage model with lifecycle to optimize the NoSQL data warehouse. eventually, we've got made the tracking and garage experiments to illustrate the prevalence of our technique. The monitoring experimental consequences display that the average latency time of our WebSocket monitoring is generally lower than polling, FlashSocket, and Socket solution, and the storage experimental outcomes show that our storage model has low redundancy price, garage area, and latency.
Published by: P. Bhavana Reddy, Ashitosh Reddy, Vishnu Vardhan Reddy, Chandra Sai Sarath, Manikandan K
Author: P. Bhavana Reddy
Paper ID: V5I2-1891
Paper Status: published
Published: April 15, 2019
Study of waste polythene used in flexible pavement
Waste polythene which is increased week to week becomes messed of the waste polythene it turns pollutes the environment, especially where there is no garbage collection system existed. A large amount of plastic comes into the tourist trekking regions and housing area are discarded or burned which is released harmful gases into the environment and air. The waste polythene collected from domestic and industrial sectors can be used in the production of plastics coated aggregate. Waste polythene, mainly used for packing and carrying any food. It’s made up of Polyethylene, Polypropylene, and polystyrene. There softening point varies between 110 degree Celsius – 140 degree Celsius and if the wastes polythene is heated thesis temperature range then they do not produce any toxic gases but the softened waste polythene have tendency to form a film like structure over the aggregate, when it is sprayed over the hot aggregate at 160 degree Celsius – 170 degree Celsius. The Plastics Coated Aggregates (PCA) is a better raw material for the construction of flexible pavement. PCA was mixed with hot bitumen of different types and the mixes were used for road construction.
Published by: Mayank Mohan Mishra, D. S. Ray
Author: Mayank Mohan Mishra
Paper ID: V5I2-1883
Paper Status: published
Published: April 15, 2019
One stage solar photovoltaic fed brushless DC motor operated water pump
In order to optimize the solar photovoltaic (PV)generated power using a maximum power point tracking (MPPT) technique, a DC-DC conversion stage is usually required in solar PV fed water pumping which is driven by a brushless DC (BLDC) motor. This power conversion stage leads to an increased cost, size, complexity and reduced efficiency. As a unique solution, this work addresses a single stage solar PV energy conversion system feeding a BLDC motor-pump, which eliminates the DC-DC conversion stage. A simple control technique capable of operating the solar PV array at its peak power using a common voltage source inverter (VSI), is proposed for BLDC motor control. The proposed control eliminates the BLDC motor phase current sensors. No supplementary control is associated with the speed control of motor-pump and its soft start. The speed is controlled through the optimum power of the solar PV array. The suitability of the proposed system is manifested through its performance evaluation using MATLAB/Simulink based simulated results and experimental validation on a developed prototype, under the practical operating conditions.
Published by: Puviarasan D., Chintala Venkatesh
Author: Puviarasan D.
Paper ID: V5I2-1735
Paper Status: rejected
Submitted: April 15, 2019
Structural health monitoring
In the past decade, we have seen growing interest in SHM based on wireless sensor networks and the reason for this is the poor installation and expenses of maintenance. WSNs allow a deep deployment of measurement points on an existing structure, facilitating exact and fault-tolerant damage identification techniques without installing a fixed wired infrastructure. We provide a hierarchical decentralized SHM system that executes flexibility-based damage identification and localization. Flexibility-based methods exactly identify and localize damage on a wider range of structures than the previous System, by externally correlating data across various sensors. Our hierarchical system organizes nodes into clusters using a novel multilevel search approach that incrementally activates sensors in the damaged regions, allowing much of the network to remain asleep.
Published by: Karthikeyan B., Jagatheswaran S.
Author: Karthikeyan B.
Paper ID: V5I2-1871
Paper Status: published
Published: April 13, 2019
Insightlabs next generation school automation and data analytics
This project is based on a comprehensive study and research of Schools in India, where a school, even after being considered as an organization, perform and consolidate their daily operations such as Time Tabling, Communication, Attendance, Human Resource and Accounts using Files and Paperwork. It has been established that there is a growing need that these schools need to go ‘digital’. Apart from being digital, it has been found that classrooms generate a lot of data in the form of Academics, Demographic data, Attendance, Classroom Interaction, etc. This data is just given to the students and the parents in the form of a Report Card. This data is considered ‘Raw’ and useless as it just acts as a notification or information. This project helps Schools visualize and generate Insights through Data Mining and Machine Learning algorithms such as Random forests, etc.
Published by: Rahul I., Krishna Priya Udaykumar, Leela Sai Kumar
Author: Rahul I.
Paper ID: V5I2-1868
Paper Status: published
Published: April 13, 2019
