IOT Based Waste Management for Smart Cities
Many times we see in the societies the garbage bins or dustbins are placed at public places in the cities. sometimes they overflow due to increasing in the waste or garbage. There is no automatic system to inform that dustbin is full to garbage office. In IOT based waste management proposed system, we are using smart dustbins to overcome this garbage problem. In this, the garbage vehicle has a GPS module and all information about the location of the dustbins if one of the dustbins is get filled then this dustbin informs the status of garbage to the garbage vehicle as well as garbage office through the internet. As soon as the garbage vehicle get information then it goes to the appropriate location and collects the waste or garbage.
Published by: Swapnil Kuwar, Nikam Mangesh, Patil Avinash, Godse Avinash
Author: Swapnil Kuwar
Paper ID: V3I2-1235
Paper Status: published
Published: March 16, 2017
Evaluation of Process to Bay Level Networking Delay in IEC 61850 Substation Communication System
The modern and high-speed Peer-to-Peer IEC 61850 has opened the chance for planning and developing the sampled values that are supported information exchange among IEDs. Over the method bus network, it’s important to comprehend the transmission responsibility and real-time performance of SVs and GOOSE messages for all-digital IEC 61850 station automation systems (SASs) protection applications to deal with the responsibility, availableness, and settled delay performance we want to propose a process-to-bay level network model for varied network topologies within the OPNET creator platform. In this paper, we check varied topologies in IEC 61850 and packet delay using mesh and star topologies for LAN and WLAN and conjointly compare the performance of projected theme with an existing methodology for numerous parameters for wireless local area network and LAN by varying packet size.
Published by: Priyanka sharma
Author: Priyanka sharma
Paper ID: V3I2-1233
Paper Status: published
Published: March 16, 2017
Assessment of Carbon Monoxide at Traffic Signals,Toll Plazas and in Main Roadside Built Houses and Impact of its Chronic Exposure on Public Health
A survey based citizen Science research of Carbon monoxide levels was conducted in Navi Mumbai, particularly at various Toll Plazas and Traffic signals.CarbonMonooxide levels were assessed in roadside built houses. Carbon monoxide is a product of incomplete combustion of organic matter due to insufficient oxygen supply to enable complete oxidation to carbon dioxide (CO2). It was found out that none of the workers included in this study had any idea about the possibility of CO poisoning due to their working conditions.By conducting interviews, it was concluded that people like the policeman, Sweeper, and Shopkeepers having shops on the roadside, are not aware of exposure and hazardous effect of carbon monoxide poisoning on health and even what precautions should be taken to prevent themselves from the diseases and health hazards. According to WHO, Monoxide the permissible level oMonoxide in the human body is 1-4ppm.Hence the current study was aimed at the assessment of outdoor Environmental air quality in the ambient air with respect to the quantity of carbon monoxide in ppm and its impact on people residing on highways and on main roads as compared to people residing in Interior locations of the roadside. It's a survey based research where a survey of CO was done and it was found out that people residing on the main road or on highways are suffering from many health problems .Most of the people on highways and main road are suffering from heart problems, fatigues breathly fatigues with depression.The level of CO was found to be more than 25 ppm on traffic signals and highways in which the traffic police stays for more than eight hours a day.Maximum policeman and people residing on main roads, near traffic signals and near toll plazas suffer with depression, fatigues, tiredness, forgetfulness, respiratory problems and with high pulse rate and low oxygen levels. Awareness program was conducted in various societies and handbills were distributed to many policemen for creating awareness about the health implications due to CarbonMonooxidepoisioning.
Published by: Dr. Manisha Mathur, Gaurang Mathur, Meeta Mathur
Author: Dr. Manisha Mathur
Paper ID: V3I2-1232
Paper Status: published
Published: March 15, 2017
Review of MANET on different Clustering approaches
A new era is dawning for wireless mobile ad hoc networks where communication will be done using a group of mobile devices called cluster, hence clustered network. In a clustered network, protocols used by these mobile devices are different from those used in a wired network; which helps to save computation time and resources efficiently. A mobile ad hoc network (MANET) is a network in which data is transmitted from the sender to the receiver without the need for any infrastructure. In this network, the connected nodes may be in the form of laptops, mobile phones, personal digital assistant (PDA), and so on, and any node can work as a router that receives and sends packets [1]. In an ad hoc network, the delay of route traffic can be minimized by the clustering technique, and network performance, as well as data transfer control, can be improved by the selection of the routing protocol type [2]. This survey investigates the effect of using the clustering technique in ad hoc networks and how this technique can increase resource savings and decrease time delay. It also describes clustering, cluster structure, cluster linking type, and the different types of clustering algorithms used in cluster head selection and their effects on MANETs.
Published by: Arun Kumar Sharma, Pradeep Kumar Gaur
Author: Arun Kumar Sharma
Paper ID: V3I2-1230
Paper Status: published
Published: March 14, 2017
A Review: Design and Implementation of Wireless Sensor Node For IoT Gateway
The internet of things is an illustrative technologies modernization for future computing and communication. Sensors have cumulated vast consideration in both academia and industry. After all, the expected fast assumption and dispersal of IoT technologies have not still taken place till an insufficiency of understanding about IoT and how industries can apply IoT well. To understand IoT usage, conclude the dispersal orientations as IoT, and hand over decent instructions for potential IoT adopters. Zigbee, a one and only communication standard designed for wireless personal area networks, has an acutely low complication, worth, and power devastation for wireless connectivity in reasonable, convenient, devices .andevices.In this paper, we present a compact circuit of the wireless sensor node and low power consumption circuit. Wireless sensor node senses the data and this collecting data sends towards gateway by the ZigBee transmitter. In this paper, we use solar for alternate power supply.
Published by: Sushama L. Satpute, Sachin Gawate
Author: Sushama L. Satpute
Paper ID: V3I2-1229
Paper Status: published
Published: March 14, 2017
A Review: Design and Implementation of IOT Gateway
Today’s user needs a more fast and mobile way of devices to respond. The necessity of smart devices providing connectivity to the world at each second becomes as mandatory part of our life. Therefore the connectivity of a number of smart and intelligent devices rapidly grows each year. So that according to necessity an autonomous device connection should be required. One of the impressive and powerful solutions is known as the Internet of Things (IoT).The IoT is the network of Man smart physical devices which would be connected to each other that they could interact directly with each other and collect as well as exchange data. In this project, an IoT Gateway system based on ZigBee and Wi-Fi protocols according to the typical IoT application scenarios is presented. Wireless sensor networks (WSN) is the collection of different sensors with different protocols sends data to IoT Gateway which is responsible for the conversion of different protocols in standard format and also do the conversion of internet protocols and finally gave an implementation of prototyping system and system validation.
Published by: Pushpa N Methekar, Girish R. Talmale
Author: Pushpa N Methekar
Paper ID: V3I2-1228
Paper Status: published
Published: March 14, 2017
