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Moringa oleifera as a natural coagulant

The powder obtained from the seeds of the M.olifera shown to be an effective primary coagulant for water treatment. In this paper, preliminary investigations M.olifera seed suspension for the softening of hard water is furnished. To analyze the influence of Moringaoleifera seeds in coagulant activity when used for natural raw water treatment. Water samples were collected from pond, tap, and the lake of Kammanahalli, HennurBande and Bagalur rural areas of Bangalore and are labeled as sample 1, sample 2 and sample 3 respectively. In each of the water sample, 25mg of dried M.olifera seed extract was added and allowed to settle for 1 hour 15 minutes. The parameters such as color, turbidity, odor and pH were analyzed before and after the inoculation of M.olifera seeds of all the three water samples. The water was analyzed for the parameters such as color, odor, turbidity, and pH. When the seeds are dried, crushed and added to water, the powder acts as a coagulant. Removal of efficiency was found to increase with increasing dosage of M.oleifera. The higher dosage was required to achieve equivalent residual hardness. Based on the results it is ascertained that seeds stored in dry containers at room temperature can be used as a coagulant for few years. Creation of awareness amongst the rural farmers on the usefulness of the M.olifera enables its cultivation which will have overall economic benefits to the entire country.

Published by: Dr. Vanitha G. Ramesh, Ashrith Kumar

Author: Dr. Vanitha G. Ramesh

Paper ID: V5I2-1830

Paper Status: published

Published: April 12, 2019

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Research Paper

Detection of spoofing attacks in network over IP calling

Detection of call is one of the key process this generation for customers to look over and find the details and information of the caller. It is easy to identify a caller by the method of caller detection. But the calls that come from an IP based computer system through a scheme of VoIP it is difficult to find or detect a call where mostly attackers use this kind of technique. This caller detection process is also used by many banks in order to take the confirmation of the customer. This detection can be done by using a smartphone by installing an appropriate application in the mobile or by using service providers that offer caller ID spoofing. The upgrade of old hardware is very costly, and there is no mechanism available to end users where there is no storage of information and it also very difficult to locate the physical location of the attacker. The main drawback is that it is more complex when it is considered in the real world. In this article, we consider an appropriate solution named as Passive IP Trace-back to overcome the challenges in deployment in caller id detection. PIT is a kind of technique where we can find out the history of the attacker through which we can consider that a specific person is trying to attack the victim. PIT exploits the path back-scatter messages to find the location of the attacker. The scheme of PIT is used as an efficient software for computers to validate their effectiveness in the detection of spoofing attacks.

Published by: Vijay Ankamma Reddy Male, Hruthik, P Renuka Devi

Author: Vijay Ankamma Reddy Male

Paper ID: V5I2-1854

Paper Status: published

Published: April 12, 2019

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Research Paper

IoT based ATM monitoring using cloud data with sensors

In this system, we are using sensors like IR sensor, LDR sensor, Temperature sensor, smoke sensor, and the vibration sensor. The IR Sensor is used to monitoring the person IN/OUT in the ATM room. If more than 2 person enters the ATM, then it gives an alert to the user. LDR sensor is used to monitor the light intensity inside the ATM room. If the LDR output values are lower than the threshold value, then the ATM room light will automatically switch ON. Temperature Sensor is used if the temperature inside the ATM room goes below the specified limit, then the AC can be switched off, thus we can have a power saving. Smoke Sensor is to monitor the smoke level in the ATM room. If the smoke sensor value crosses the threshold value, the buzzer will get ON automatically. The Vibrator Sensors used to monitor the ATM when try to break. This will lock the door and send the message to the police station. The whole system relates to the IoT. So the user can monitor the ATM (like temperature level, Smoke) from anywhere and also can control the loads (Like AC, light, door) from the long distance

Published by: P. Visalakshi, D. V. Sai Teja, K. Muni Kiran

Author: P. Visalakshi

Paper ID: V5I2-1864

Paper Status: published

Published: April 12, 2019

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Research Paper

Face recognition based door unlocking system using Raspberry Pi

Today we are facing security issues in every aspect. So we have to resolve these issues by using updated technology. In this project, we are using the Face recognition module to capture human images and to compare with stored database images. If it matches with the authorized user then the system will unlock the door by an electromagnetic lock. The need for facial recognition system that is fast and accurate that continuously increasing which can detect intruders and restricts all unauthorized users from highly secured areas and aids in minimizing human error. Face recognition is one of the most Secured System than biometric pattern recognition technique which is used in a large spectrum of applications. The time and accuracy factor is considered about the major problem which specifies the performance of automatic face recognition in real-time environments. Various solutions have been proposed using multicore systems. By considering the present challenge, this provides the complete architectural design and proposes an analysis for a real-time face recognition system with LBPH Algorithm. In this algorithm, it converts the image from color to greyscale image and divides into pixels and it will be allocated in a matrix form and those images will be stored in the database. If an image is detected then microcontroller will send power to the motor driver unit then the electromagnetic lock will unlock the door and it will lock again when there is no power supply to that unit. Finally, this paper concludes for the advanced implementations achieved by integrating embedded system models against the convention.

Published by: Thulluri Krishna Vamsi, Kanchana Charan Sai, Vijayalakshmi M.

Author: Thulluri Krishna Vamsi

Paper ID: V5I2-1856

Paper Status: published

Published: April 12, 2019

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Research Paper

Design and development of web portal for IT service management

Through analyzing the IT service management framework and associated processes of Organization, this paper establishes various indicators of IT service management process. The weights of each measure are calculated with a logical hierarchy process (AHP), and the evaluation was executed in the Organization. And the suggestions are proposed with the meditation of both the evaluation results and the real position of Organization’s IT service management. The case is extremely considered in the views of IT service management objectives and misunderstandings, customer fulfillment model of IT service management, knowledge supporting formation of IT service management. It is terminate that if the organization wishes to successfully contraption IT service management’s customer satisfaction model, it should eliminate the misunderstandings of IT service objectives first, while the advocacy of knowledge supporting structure of IT service management can play a number of effects.

Published by: Mukunda Vijay Dahake, Mahesh Arun Pandit, Minal Nago Rane, Komal Sanjay Sharma

Author: Mukunda Vijay Dahake

Paper ID: V5I2-1828

Paper Status: published

Published: April 12, 2019

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Research Paper

Intelligent automatic traffic control using IoT

With an outsized population and enormous quantity of vehicles, there's conjointly a giant hassle of automotive accidents or road accidents, and with these overcrowded roads, there's a problem of delay in first aid service. To overcome this delay in first aid service, our project gives a solution that is “Intelligent Automatic Traffic Control with Ambulance Using IoT” which includes alerting and tracking mechanism with automatic traffic light controlling system such that the ambulance can achieve a freeway in order to provide the first aid to the patient as fast as possible. To monitor the traffic level, we use IR sensors. The level of the traffic is updated in the server page using IoT. The RF Transmitter and receiver is used to detect the ambulance arrival. The traffic signal is controlled automatically.

Published by: S. Giridhar Manikanta, G. Malar Selvi, K. Surya Narayana Raju

Author: S. Giridhar Manikanta

Paper ID: V5I2-1818

Paper Status: published

Published: April 11, 2019

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