Development of Smart Street using Internet of Things Technology
In Bridge monitoring, the vital aspect is proper condition and state of it. This statement is planned and developed in an exceedingly fresh design for a giant extent bridge observation. A 3-level circulated assembly is assumed within the opinion structure, which has a fundamental server, intelligent achievement node, and a supervisor. The nodes are established transversely to the bridge construction. One native controller manages all the given nodes, each and every node has eight channels, which might provide movement, acceleration, and strain of the bridge. Compare to the normal technique, the projected design has 2 options. First, the achievement node could be a good device maintained by a prevailing DSP mainframe. Signals received from sensors are analyzed and are compressed within the provided node. This operation shall dismiss the load on the central server and diminish requests for communicating the information obtained from the sensors measure. The smart observation has been on into an outsized span for bridges. Consecutively the results display that the anticipated system is constant and efficient. Nowadays, food and water insufficiency occur because of the rise in inhabitants around the world. therefore, to evade this problem and weaknesses we have to market the farming segment. however, the wasting of water is an in this segment in the stylishness of water toil while watering the agronomic fields during irrigation. Henceforth an associate automatic plant irrigation system should be designed for the correct facility within the fields. This paper deals with associate programmed plant irrigation schemes that involuntarily intelligences the wet contents present in the soil and selects whether or not irrigation is essential or not and the way a lot of water is essential or mandatory for soil. this technique uses a microcontroller. it's programmed to sense the wet content if the soil over a period of time. Once the damp content is a reduced quantity than the limit that is provided, it'll begin activity the stated measure of water until it ranges the limit. therefore, once the dirt becomes dry, the drive can reflexively water the turfs and once the soil becomes damp and a little bit of wetness occurs the pump can mechanically turn out, thereby eliminate the requirement of the workforce and conserve the time. Automatic Street light-weight system could be an easy nevertheless powerful conception, that uses semiconductor as a shift. Through manipulation, this technique labor-intensive work is 100% detached. It mechanically switches the lights on once the daytime goes under the noticeable region of the eyes. This is frequently completed by a detector known as light Dependant electrical device, which intelligences the sunshine just like our eyes. It reflexively switches the lights off every time the sunshine arises, observable by people. Through manipulation, this technique does not allow energy consumption and it is reduced as to result of today the functioned by hand road illuminations aren't transitioned even when the daylight comes and also switched on earlier before sunset. during. This scheme evidently reveals the working of semiconductors in saturation and cut-off region.
Published by: Varun Y. Murthy, Vishnu Reddy K. G., Swathi Shetti, Prakruthi P. S., Jayanth C.
Author: Varun Y. Murthy
Paper ID: V6I3-1180
Paper Status: published
Published: May 31, 2020
TPM as a Lean Technique to reduce lead time and breakdown hours in a Manufacturing Industry – A case study
In recent scenario, due to technological development and globalisation the manufacturing industries have become more competitive in nature which made all the manufacturers to improve their productivity to meet their customer demand. The manufacturers invest more on machines for high productivity but when these machines get repaired it leads to maximize the lead time and breakdown rate and hence the manufacturers had to meet a huge loss in their productivity. The aim of this study is to implement total productive maintenance lean technique to reduce the overall lead time and break down hours in a manufacturing industry with the objective of reducing thirty percentages of the breakdown hours in the foundry. The breakdown problem was identified in the industry and it shows that the major contributor to the breakdown hours is at the level of casting manufacturing in foundry. After proper analysis solution has been suggested for reducing the overall lead time and break down hours. From the results it was found that, about twenty percentages of reduction in the breakdown hours was achieved in the industry after implementation of lean tool.
Published by: K. Mallikharjuna Rao, Dr. Geeta S. Lathkar
Author: K. Mallikharjuna Rao
Paper ID: V6I3-1234
Paper Status: published
Published: May 30, 2020
Scope of online classes
This study is undertaken to evaluate the awareness & willingness of Indian Students on Scope of Online classes. It was conducted amongst 57 students studying in various schools belonging to the Bangalore & Hyderabad region. The results show us that the awareness is high & many students access their classes through Online. Most importantly a large majority of students expressed that it would be beneficial if the online mode of teaching is more Interactive based learning with teachers.
Published by: Dontharaju Nagasai Sudha
Author: Dontharaju Nagasai Sudha
Paper ID: V6I3-1354
Paper Status: published
Published: May 30, 2020
MicroMiDi
Modern MIDI (Musical Instrument Digital Interface) controllers require significant physical space due to their preset button layout and space consuming setups. Despite their high price, modern MIDI controllers have only one setup. With one setup, music producers or artists have a hard time carrying their MIDI controllers around for concerts or other performances. The controller addresses the high cost that physical MIDI controllers currently hold on the market by allowing users to make/create their own specific MIDI control board using any combination of knobs, dials, buttons, and sliders. This customization of the controller allows the user to save space and money, while also accommodating for their style or a specific performance.
Published by: Rahul Sharma, Rahul Madhariya, Yudhisthir Chavan, Geeta Patil
Author: Rahul Sharma
Paper ID: V6I3-1352
Paper Status: published
Published: May 29, 2020
Reproductive health among the Lodha Tribe in Mayurbhanj District, Odisha
Lodha is an important tribe of the Mayurbhanj district. Lodha tribes are dependent upon the forest for a living. Their livelihood and without any alternatives they took to criminal ways of life and were subsequently branded a criminal tribe. The aim to take this topic to contribute to the improvement of maternal and reproductive health by involving men in health care decisions. To strengthen the institutional and human resource capacities of key factors including local governments, health centers, communities, and men and women involved in reproductive health, focussed on improving reproductive and maternal health. To contribute to the improvement of access to quality maternal and reproductive health services in rural areas by involving men as the main advocates for reproductive health. They are not allowed to mingle with others during their periods. Their personal hygiene during the menstrual period is poor. They use cloth for protection during this period and do not have access to pad. Body washing during proper intervals or changing their dress are not seen among these women. The main reasons behind this are the lack of knowledge about the diseases that occur due to unsanitary conditions, lower socioeconomic status, and the inaccessibility to sanitary pads. This report examined women’s health in Lodha and the factors that contribute to women’s health and well-being.
Published by: Adyasha Mohanty, Dr. Madhusmita Sahoo
Author: Adyasha Mohanty
Paper ID: V6I3-1346
Paper Status: published
Published: May 29, 2020
Smart Headlight System
Artificial Intelligence has revolutionized the world making the lives of people simple and better than anytime before. Gadgets that we use in day-to-day life have become smart. One such field that has seen a tremendous change-over due to the introduction of artificial intelligence in the automotive field. Autonomous cars will form a major part of mobility in the future. The automotive headlights are a support system for the cameras mounted in the autonomous car, making the captured frames visually better so that the car can steer through properly. Though it is helpful for the autonomous steering system it has some demerits like glaring which is a major cause for accidents during night times. This journal will discuss a smart way of avoiding the glaring effect in the headlights making the roads safer.
Published by: Sheshadri R.
Author: Sheshadri R.
Paper ID: V6I3-1349
Paper Status: published
Published: May 29, 2020
