Published in 2016
D.Pharkkavi, Dr.D.Maruthanayagam
Cloud computing is the technology that allows the users to charge computing resources according to their
requirements. The users are majorly shifting towards the Cloud for their business requirements as it offers many benefits.
However, as the shape of the cloud computing is emerging and developing rapidly both conceptually and in reality, contractual,
economic, service quality, interoperability, security and privacy issues still pose significant challenges. Hence, security at
different levels is necessary in order to ensure proper implementation of cloud computing environment such as: data related
security, server, internet, and database and program access security. This paper introduces a detailed study of the cloud
computing security issues and attacks focusing on the cloud computing layers and the service delivery types. In addition, we
need to ensure data security at network, physical and application layer to maintain a secure cloud. There are various issues that
need to be addressed with respect to security in a cloud computing environment.
Security, Cloud Computing, SaaS, PaaS, IaaS, Data integrity, Data security
Venu gopal, Nilesh keni, Abhishek Anand, Nilesh Madke
This paper attempts to detect the replica node by sequential hypothesis testing in Wireless Sensor Network
(WSN). In wireless sensor network there are many nodes and they are unattended so an adversary can easily capture
and compromise the sensor nodes and take secret key from the nodes then make many replicas of them, after
getting information from sensor node the sensitive data which is present in the node get leaked so an adversary can
quickly degrades the network communication. Several replica node detection schemes in the literature have been
proposed to detect replica node attack in static sensor network. These approaches rely on fixed sensor location and
hence do not work in mobile sensor network, where sensors expected to move. In this work, we propose a fast and
effective mobile replica node detection scheme using Sequential Probability Ratio Test (SPRT). First, we detect the
replica node attack in mobile sensor network; we show the simulation of our scheme.
Wireless Sensor Network (WSN), Mobile Sensor Network, Static Sensor Network, Mobile Sensor node,Probability Ratio Test (SPRT).
TejasAnantSapka, PremrajManojIngawale, Prasad DeoramPingale, VikasBabanPagre, KomalJagdale
Heart disease prediction is treated as most important and complicated task in the field of medical sciences. Thus there
arises a need for predicting heart disease of a patient. In this paper, we introduce efficient genetic algorithm with the back
propagation technique move towards for heart disease prediction. Today medical field have come a very long way to treat
patients with various types of diseases. Among the most alarming one is the Heart disease which cannot be seen with a naked
eye and comes immediately when its restrictions are reached. Bad clinical decisions would cause death of a patient which
cannot be able to spare or give up by any hospital. To achieve an accurate and cost effective treatment computer-based and
support systems can be developed to make correct decision. Many hospitals use clinical information systems to manage their
healthcare or patient information. These systems produce huge amounts of data in the form of images, text, charts and
numbers. This data is rarely used to support the medical decision making. There is an amount of hidden information in this data
which is not yet explored which give rise to the important problem of how to make useful information out of the data. So it is
necessary to create an excellent project which will help doctors to predict the heart disease before it occurs in a patient.
Heart Disease Prediction, Support Systems, Data Mining
R.Divya, Dr.G.Kesavaraj
Clouds are thus emerging as an important class of distributed computational resource, for both data-intensive and
compute-intensive applications. There are novel usage modes that can be supported when grids and clouds are used concurrently.
Clouds will have a broad impact on legacy scientific applications; because we anticipate that many existing legacy applications will
adapt to and take advantage of new capabilities. However, it is unclear if clouds as currently presented are likely to change (many of)
the fundamental reformulation of the development of scientific applications. In this paper we have discuss scientific application
roles in cloud service models.
Cloud Computing, scientific applications, Iaas, Paas, Saas
N. Jeevitha, Dr.G.Kesavaraj
Cloud computing is an emerging paradigm for provisioning network, storage, and computing resources on demand using a
pay-per-use model. The cloud based multimedia system is position at the intersection between three domains, namely cloud, mobile
and multimedia computing. Cloud computing boils down multimedia sharing to simple hyperlink sharing. Sharing through a cloud
also improves the quality of service (QoS) because cloud-client connections provide higher bandwidth and lower latency than clientclient connections. In this paper we have discuss Multimedia and service heterogeneity, Cloud based Multimedia Systems, Mobile
Cloud computing, and Mobile Multimedia Cloud Computing Facts.
Cloud computing, Multimedia, Cloud based Multimedia Systems
K.Anitha, Dr.G.Kesavaraj
Cloud computing is becoming increasingly popular for its high availability, economic viability and scalability. Numerous
researchers and scientists are focusing on devising revolutionary techniques to take cloud computing to the next level. Major
area of interest has been service provisioning where by several hypotheses have been put forward, tested and implemented by
service providers. In this paper we have discuss provision strategies in both reserved and on-demand resources. The strategy for
uses large instances for the on-demand resources, to reduce performance unpredictability and uses a mix of on-demand
instance types to reduce cost, including smaller instances that experience interference from external load. We also discussed
cloud computing basic things.
Cloud computing, provision strategies, services, resources
K.Sujeenthra, V.Annalakshmi, M. Krishnaveni
The aim of this study is to describe the experiences of some Young Women workers who have encountered exploitation in
their workplaces in garment industries. It equally looks at the effects of worker exploitation on Young Women workers, and
suggested possible ways that workers could make themselves less vulnerable to workplace exploitation. The findings were divided
into three parts. The first part of the finding uncovered the various kinds of exploitative practices the migrants face in their
workplaces such as denial of various workers' rights.The second part showed the personal feelings of the exploited persons in
response to their experiences. The third part of the finding showed the various negative effects thatYoung Women workers
exploitation produces in the life of the exploited persons such as psychological, physiological and emotional as well as health effects.
The study was able to discover the reasons for migrant workers’ vulnerability to Young Women workers exploitation and the actions
that could be taken to reduce the vulnerability of migrant workers in their workplaces.
Data Mining Analysis, Garments, Exploitation, Migration, Young Women Workers
Shraddha Upadhyay, Ritesh Srivastava, Ranjana Singh, Vinay Shukla
We have to sincerely admit that the power of digital technologies now daysare integral part of our daily activities. One
cannot live without it, in other words modern life style are completely incomplete without technologies. Our work entirely focused
on crime related records and related complaint through online system. The proposed system is completely decentralized in different
levels. In classical complaint system victim lodge his complain in nearest police station, and also he has to physically present there.
Sometimes it is very cumbersome to do this process in absolutely remote locations. Considering above facts we are proposing SOA
based model for online complaint system. Our framework based on android operating system and enabled with smart phone
technologies with rapid 4G technologies. The set up installed in different locations and authorized by district level police station and
centrally controlled by command controlled station (CCS). The proposed set up consists of an android application as client app and a
pc acting as web server. The local complaint canter has android application installed on his mobile phone. On first time use, the user
may now have to register on the application. The user details are now stored on the server db. Next the user may now login using
username and password. After login, the user has to fill his identity documents it can be anything and approved by government.
After that one can access to the complaint form. User may post a complaint on the application and post it. The complaint message is
sent to the server. Server may now reply to the complaint and the reply is sent on user’s android phone. Every lodged complain has
a unique ID with deadline if it not solved with stipulated deadline the auto reminder has been again transmitted by system to
concern police stations. The proposed system enables and assists citizens to lodge compliant and seek redressed through their smart
phone. It is based on android UI interface system and it emulates the functionality of the web portal based complaint filing system.
This system will help the common man to lodge complaints and seek redressal for the same.
SOA, Android, 4G, web server, online complaint system.