Home security using piezoelectric sensor
Presently days, mechanization assumes a pivotal part in all workplaces and living homes. By and by mechanization systems are executed either utilizing microcontroller or PC. Microcontroller can't run different projects at once. With the utilization of Microcontroller, it is hard to control both the machines and reconnaissance at once i.e., it is exceptionally mind-boggling to play out the numerous capacities all the while. We can accomplish this with the PC, however utilizing the PC is exceptionally costly for this reason and expends more power. The Raspberry Pi is a solitary board PC and it can be utilized to conquer these issues. Basically, the Raspberry Pi framework capacities like a PC with little setup. It contains GPIO and USB ports. Utilizing these ports we can control the machines with the sensors and also interface the camera for reconnaissance. Raspberry Pi can be utilized for various purposes in view of our necessity. Security is the principle point utilizing piezoelectric sensor where this sensor is a minimal effort one. Where Piezoelectric Effect is the capacity of specific materials to create an electric charge in light of connected mechanical pressure. Alternate systems utilize diverse sorts of sensors to secure home.
Published by: Divya K, Puneeth S, Vijeth A Belle, Jayaraghavan, Dr. Saravana Balaji B
Author: Divya K
Paper ID: V4I3-1800
Paper Status: published
Published: June 8, 2018
Heat treatment on aluminum hybrid metal matrix composites
The Al alloy matrix materials exhibiting excellent mechanical properties with the addition of B4C particulates as reinforcement. Stir cast method is preferred for preparing composite specimen materials. Then the composites were prepared for heat treatment process by subjecting to solutionizing followed by quenching in different media for improving the mechanical and physical properties. Further, all the specimens are subjected to artificial aging at a temperature of 130˚C for different time duration. The hardness properties are examined. Due to excellent increase in the hardness the material removal rate decreases. It is also observed that Al hybrid metal matrix composite experimented under identical heat treatment conditions reveal significant enhancement in hardness.
Published by: G. Ramesh, B. Gopinath, V. C. Uvaraja, K. Karthick, S. Prakash, S. Harish Balaji
Author: G. Ramesh
Paper ID: V4I3-1777
Paper Status: published
Published: June 8, 2018
Effect of Butea monosperma flower extract on male reproductive organ of albino rats – A biochemical study
One of the important concerns today is the problem of Overpopulation. Population explosion is creating worldwide problems. The population of the world is growing faster than the supplies of food, shelter and fuel. The increase in population is becoming a comprehensive dilemma, causing much pressure on economic, social and natural assets. In the present scenario world’s population has amplified at an alarming rate and is the main cause of poverty. World Health Organization (WHO) noted that majority of the World’s population depends on traditional medicine for primary healthcare. Population control is a significant issue worldwide especially in developing countries like India. Modern reproductive biomedicine has provided several preventive and effective methods of contraceptives for fertility control in male and female but none of which is very safe and without any serious side-effects. This overpopulation can be checked through biological means with special reference to modulation in the human fertility ability. Along with the advancement in the reproductive biomedicine difference hormonal contraceptive pills are developing but all have side effects. There is still a worldwide unmet need for more affordable, effective and practical contraceptives, indicating that further technological advancement or innovations to existing products are required. The oral contraceptive pill for women has had the significant impact on societal dynamics and socio-economic benefits, while the development of male contraceptive options equivalent to female products has proven an elusive goal. The main reason for this is that while sperm production can be controlled by the administration of sex steroids, there is also a decrease in testosterone that requires “add-back” therapy. The World Health Organization suggested that practice of use of traditional medicine for the control of fertility, instead of synthetic drugs, as cost-effective management for birth control. For this World Health Organization has given great emphasis on folklore use of the anti-fertility herbs. In the recent years number of plants have been identified and evaluated for their anti-fertility activity. So, formulation of new herbal medicines has become a growing trend in modern on-going experiments which includes the use of different plant parts extracts having anti-spermatogenic activities but their exact mechanism of action is not cleared. Initiative has been taken globally to find out the efficiency of herbal products for male contraceptive.
Published by: Kunjlata Lal
Author: Kunjlata Lal
Paper ID: V4I3-1762
Paper Status: published
Published: June 8, 2018
Solar powered patient monitoring system
This paper presents an overview of the Solar powered patient monitoring system. A solar-powered patient monitoring system is a Wired and Wireless system that can allow patients to mobile. The developed system includes pulse sensor to measure the patient's pulse rate, as well as the Temperature and humidity sensor to track temperature and humidity of environment picking the best environment that suits the patient's condition. Other parameters that may not be directly linked to the patient but prove to be essential as far as health is concerned are also monitored which include smoke or toxic gas detection and fire detection. The proof of concept was successful and allow multiple patients to be monitored at the same time. This enables the doctor to monitor patient’s health parameters which include heartbeat, temperature, position etc in real time.
Published by: Ousman A Darboe, Ousman Manjang
Author: Ousman A Darboe
Paper ID: V4I3-1751
Paper Status: published
Published: June 8, 2018
To propose and implement cluster based technique to data aggregation for wireless sensor network
Wireless Sensor Network (WSN) are widely distributed sensors (nodes) to measure the change in physical and environmental conditions by sensing variations in temperature sound pressure etc., to achieve this purpose sensor nodes work together in a predetermined fashion to transfer the data to the main location (generally referred to as sink node). Modern networks are bi-directional making it easy for controlling the sensor activity. These nodes have computational and communication capabilities making them a good choice over conventional cables for operating in varied locations and harsh environments. So the aim of any data forwarding protocol is to conserve energy to maximize the network lifetime. Sensor nodes are capable of performing in-network aggregation of data coming from more than one source. In this paper, we have concentrated on energy consumption issue. Thus protocol using a cluster-based wireless sensor network is more relevant. Each cluster is executed independently and thus we obtain an energy efficient data, which finally is aggregated in a cluster by this the lifetime of the cluster is also increased.
Published by: Shammi Kumar
Author: Shammi Kumar
Paper ID: V4I3-1763
Paper Status: published
Published: June 7, 2018
Ciphertext attribute-based encryption algorithm to confiscate de-duplication in hybrid cloud storage
The attribute-based encryption algorithm is widely used in cloud computing to make encrypted data outsourced by data providers to be shared or accessed only by users possessing specific credentials (or attributes). However, the standard ABE system could not ensure secure de-duplication, which leads to less storage space and network bandwidth due to duplicate copies of identical data. An attribute-based storage system is introduced which helps to overcome de-duplication in hybrid cloud storage, where a private cloud is responsible for duplicate detection and a public cloud handles the storage. The core advantages of this system are, primarily it can be used to confidentially share data with users by scrutinizing their specific credentials rather than sharing decryption keys. Also, the system attains the standard notion of semantic security for data privacy while existing systems can only achieve this through weaker security notion. Also, the equality checking algorithm will help in detecting de-duplication and confiscate the duplicate copy in private cloud storage.
Published by: Shobhanjaly P Nair, Dr. A. Kathirvel
Author: Shobhanjaly P Nair
Paper ID: V4I3-1782
Paper Status: published
Published: June 7, 2018
