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Optimal Meeting Location Determination on Mobile Devices with Privacy Preservation
R.Selva Kumar ; A.Ganesh Pandian
Computer Engineering
Year: 2015, Volume:1, Issue : 10
Pages: 149 - 154
In a modern data sharing society most of the people depends some additional mechanisms to share their resources with the help of devices. The mobile phones play a vital role in it. These Mobile devices contains lot and lots of applications to provide services to users, location based services is including in the scenario. But the question arises to everybody’s mind that the sharing resource is how much secure? For answering these questions each and everyone depends on the third party provider devices or regular service providers. But many of the people (may be individual or group) do not want to reveal their location based information to service providers or third party vendors, because of maintaining their privacy. A new technique is introduced to provide service between source and destination persons to share the optimal meeting point locations safely without any security issues, called PPFRVP (Privacy Preserving Fair Rendoz-Vous Point). The PPFVRP approach is used to show the possible set of meeting point locations (n-Locations) between source and destination and allow the user to fetch the favorable one. The Secure Hash Algorithm is used by the source end for cipher process and shares the Meeting point locations to destination. For all the quoted rules of FVRP and SHA provides an efficient result to share the optimal meeting points between source and destination end.
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Effect of Varying Temperature on Performance of Solar Modules Used in Indian Climate Conditions
Madhuchandrika Chattopadhyay ; Dr. Debaprayag Chaudhuri
Renewable Energy
Year: 2015, Volume:1, Issue : 10
Pages: 155 - 156
It’s a fact that different PV technologies react differently to the irradiance variations. This paper examines the factors that affecting efficiency of solar cells according to scientific literature available. Solar modules are usually rated at Standard Test Conditions (STC = 1000W/m2, 25oC, AM1.5), but their operating temperature is a key parameter for its energy output and is always higher. A PV system engineer starts designing/ sizing a PV system depending on the parameter values provided by the PV manufacturer but these ratings under STC are not capable of predicting exactly how much energy a module will produce in Real Operating Conditions (ROC) i.e., in the field. Therefore, this study can give an idea to an engineer on temperature effects on various solar modules for proper sizing and calculating the actual energy yield from a PV system. The performance ratio of a solar module is high for higher altitude region due to low temperatures and low performance ratio for low altitude region due to high temperatures. So a PV module with less sensitivity to temperature is preferable for high temperature regions.
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RDF XML Customized Protocol (RXCP)
Siva Srinivasa Rao Mothukuri
Computer Engineering
Year: 2015, Volume:1, Issue : 10
Pages: 157 - 162
Digital data is increasing exponentially with the use of computational electronic devices, resulted in marking data with different types of formats. When it comes to the handling of the data by other end user, it becomes tedious as multiple formats of data will be received and possibly tampered data. To absolve this, protocol was introduced, providing set of rules. This paper provides a new protocol for RDF and XML data that need to be transferred over the network. In addition to this, there are two more features added to the protocol like customization which provides end user to set customized rules for incoming data that need to be processed and other is security. Security can be customized based on the requirement of the end user by invoking different types of security algorithms and keys with ease use.
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To Change the Speed of Drilling Machine during Running Condition
Mohammad Aamir Pathan ; Atulkumar Suthar; Pinkesh Shah
Mechanical Engineering
Year: 2015, Volume:1, Issue : 10
Pages: 163 - 168
Today the drilling machine is available in the market with speed changer mechanism but we can’t change the speed of the drilling machine without stop the machine means if we want to change the speed of the machine we have to stop the machine and thereafter we can change the speed. But our project is focus on the change of the speed without stop the machine and this does not affect on the motor so eliminate this we are use gear mechanism -.This drilling machine has four gears. Here we used the gear mechanism to change the speed of the drilling machine by using lever arrangement. This will reduce the machining time and increased productivity.
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Fabrication of Solar Powered Tricycle for Handicapped Person
Sandesh G. Ughade ; Snehal G. Bali; Amit Kushwaha; Pratik Dhote; Chetan Nandanwar
Mechanical Engineering
Year: 2015, Volume:1, Issue : 10
Pages: 169 - 173
Solar plays a very important role in our day to day life. We have developed the solar tricycle especially for the handicapped person. In this paper it is discussed that how solar power is utilized for providing the power to the tricycle, which will reduce the efforts of the handicapped person. The solar tricycle mainly consists of Solar panel, Brushless DC motor, Battery, Charge controller and Throttle. This paper includes all the information regarding the solar powered tricycle and its main components used in it.
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Literature Review on Solar Powered Tricycle for Handicapped Person
Pratik Dhote ; Sandesh G. Ughade; Abhishek K. Saw; Mrunal Gaidhani; Pratik Pande
Mechanical Engineering
Year: 2015, Volume:1, Issue : 10
Pages: 174 - 179
This paper gives the details about the research papers related to the solar power tricycle project and includes the methods and considerations regarding the proper working of the tricycle. The main content of this paper is Solar PV panel, Brushless PMDC motor, Charge controller and battery. This paper will discuss about the main idea of the component and here we compared the different component.
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A Survey on Heterogeneous Load Balancing Techniques in Cloud Computing
Mittal Patel ; Chaita Jani
Computer Engineering
Year: 2015, Volume:1, Issue : 10
Pages: 180 - 185
As the IT industry growing in day to day, the necessitate of computing and storage is increasing sharply. Exchange of data over the network is also always increasing. New advance technology, cloud computing is become accepted because of providing above services beneficially. Other imperative technologies such as virtualization and scalability by creating virtual machines in cloud computing. In cloud computing web traffic and service provisioning is growing day by day so load balancing is becomes a big research issue in cloud computing. Cloud Computing is a new propensity emerging in IT environment with in vast requirements of infrastructure and resources. Load Balancing technique for cloud computing is a vital aspect of cloud computing environment. Load balancing is one of the inconvenient issues in distributed environment. Resources of service provider need to balance the load of client request. Different load balancing algorithms have been proposed in order to manage the resources of service provider efficiently and effectively. The purpose of applying the technique of Load Balancing is to allocate the available resources powerfully and quite. As the number of users increases, Load Balancing becomes a serious issue for the service provider in this paper, an overall review of the latest load balancing technique in the Cloud Computing environment is submitted. The ideas of every algorithm are discussed and finally sum up as an overview.
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Connected Dominant Set Based Virtual Backbone Path Routing For Wireless Sensor Network
K.Malini ; G.Surya
Software Engineering
Year: 2015, Volume:1, Issue : 10
Pages: 186 - 191
Wireless Sensor Networks (WSNs) are key for various applications that involve longstanding and low-cost monitoring and actuating. In these applications, sensor nodes use batteries as the exclusive source of energy. Therefore, energy proficiency becomes critical. In this paper, we present a novel sleep-scheduling technique called Virtual Backbone Scheduling (VBS). VBS forms multiple overlapped backbones which work alternatively to elongate the network lifetime. In VBS, traffic is only forwarded by backbone sensor nodes, and the rest of the sensor nodes turn off their radios to save energy. The rotation of multiple backbones makes sure that the energy consumption of all sensor nodes is well-adjusted. Approximation algorithms are proposed based on the Schedule Transition Graph (STG), Virtual Scheduling Graph (VSG) and Iterative Local Replacement (ILR). Ad-hoc On Demand Vector (AODV) protocol is used here to find an efficient routing path. Theoretical analyses and simulation studies verify that VBS is superior to the existing techniques.
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Study on The Medicinal Plants Used for Dermatological Healthcare Management Practices by The Paite Tribe of Manipur, India.
Leishangthem Ranibala Devi ; Ajit Kumar Das
Applied Science
Year: 2015, Volume:1, Issue : 10
Pages: 192 - 196
The present study aims to explore and document the plants having the crude medicinal properties to cure various kinds of skin problems by traditional methods of the Paite tribe of Manipur, India. The study was carried out in and around the villages where they resided therein. Most of the Paite population is confined to Churachandpur district of Manipur. From the present study thirty two (32) plant species belonging to 25 families with 29 genera were found to be recorded and especially found to be used in various dermatological healthcare problems which include eczema, scabies, ringworm, leprosy, leucoderma, boils, pimples, black spots, burns, cuts and wounds, etc.
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Input Inclusive Cryptosystem for Information Sharing
Durgadevi.K ; Gowthami.G; Nandu.S; Selvavinayagam.G
Information Technology
Year: 2015, Volume:1, Issue : 10
Pages: 197 - 201
In Cloud computing, Data sharing is the important functionality. Secure distributed data storage was developed to reduce the burden of data owner from managing numerous files, by transferring the files from data owner to proxy servers. Proxy servers can convert encrypted files for the owner to encrypted files for the receiver withoutthe necessity of knowing the content of the original files. In practice, the original files will be removed by the owner for the sake of space efficiency. Therefore, there is no guarantee that the outsourced files are not accessed by the unauthorized users and not modified by proxy servers is an important problem that has been considered. Hence, the issues on confidentiality and integrity of the outsourced data must be addressed carefully. In this paper, there are two Identity-Based Secure Distributed Data Storage (IBSDDS) schemes. The properties of IBSDDS schemes are as follows: The file owner can decide the access permission independently without the help of the private key generator; for one query, a receiver can only access one file, instead of all files of the owner. These schemes are secure against the collusion attacks, namely even if the receiver can compromise the proxy server, but cannot obtain the owner’s secret key. Though the first scheme is only secure against the chosen plaintext attacks (CPA), the second scheme is secure against the chosen cipher text attacks (CCA). To the best of our knowledge, it is the firstscheme where access permission is made by the owner for an exact file and collusion attacks can be protected.
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Abstract
