Paper Title

LIFE TIME IMPROVEMENT IN WIRELESS SENSOR NETWORKS USING META-HEURISTIC ALGORITHMS

Abstract

Wireless Sensor Network is a special type of wireless ad-hoc networks, which is the collection of distributed autonomous sensor system for physical or environmental monitoring by using radio frequency deployed in Infrastructure-lessenvironment. Sensor node in WSN is small in size and collects data from its surrounding and forwards the data to the sink node by using radio frequency. Sink node in the sensor networks collects the data from sensor nodes and by applying aggregation techniques on huge collection of data to reduce the consumption in the channel forwards to the gateway.Gateway in the sensor networks provides the communication links between wireless and wired network. Clustering approaches prolong the network lifetime with load balance network. Cluster head selection process is pivotal for clustering algorithms. Clustering and cluster-head selection using meta-heuristics will give immense results when compare with other search algorithm.
KEYWORDS : Wireless Sensor Network, Leach, Meta-heuristics Techniques, Firefly Algorithm.

Paper Title

ROBOTIC PROCESS AUTOMATION OF BACKEND PROCESS OF FEEDBACK USING UIPATH TOOL

Abstract

Organisations are having so many mundane processes which are being done by employees daily. Several organisations recognised that these processes are affecting the productivity of an organisation. In order to overcome this, organisations are adapting robotic process automation. After the business rules are established, the system makes decisions consistently and correctly at every time. There is no employee stress, mistakes or judgement calls and information can be processed 24/7/365.Robotic Process Automation is a technology that allows “robot” to match and integrate the actions within digital systems to execute a business process just like the way human would interact. With RPA, processing time become predictable and consistent, ensuring that transactions are never delays due to employee illness or vacations, and high-quality customer service standards can be delivered across the board. Backend of the feedback is one such process that can be automated by using robotic process automation. This thesis aims to reduce the time consumption that a mundane process in an organisation will takeand increase in productivity of the organisation because the human resources can be used for the better and efficient use.
KEYWORDS : ROBOTIC PROCESS AUTOMATION, UiPATH, AUTOMATION.

Paper Title

ROBOTIC PROCESS AUTOMATION OF OPERATIONS IN AN ORGANIZATION USING UiPATH

Abstract

The importance of automation in the Information Technology (IT) has increased dramatically in recent years. It ensures data-driven event automation resulting in continuous operations with zero downtime and allows forecasting based on data collected or probable scenarios. It enables better management of resources, increasing productivity and alignment of IT with business goals. In the mainframe computing environment, the variety of software needed to perform essential functions has always posed a challenging operations management problem. Initial solutions relied on numerous human operators, whose salaries became a significant portion of the IT budget. Operations became a monster that had to be fed constantly. Whole administrative structures were created to support it. This bureaucracy, and the nature of people, led to a system that was prone to errors resulting in more expense and complexity. The situation was out of control and something had to be done. The answer turned out to be using the computer to control and manage itself. To address this need, this study focuses on exploring and innovatinga Robotic Process Automation (RPA) integration solution to Operational Process for the case company. Our company aims to offer these faster RPA process deployments to enjoy the benefits of this kind of process automation solution. This thesis aims to innovate and improve the use of the Robotic Process Automation in the manual routine task procedure. Business practice shows that the costs of high volume manual tasks are enormous for companies, even though these processes could be automated with software robotics.
KEYWORDS : -Automation, Robotic Process Automation, UiPath, Operations Automation

Paper Title

MINING CHALLENGER FROM HUGE UNREGULATED DATASETS

Abstract

In any forceful business, accomplishment relies upon the ability to make a thing more captivating to customers than the resistance. Different request develop concerning this errand: how might we formalize and measure the force between two things? Who are the rule contenders of a given thing? What are the features of a thing that most impact its forcefulness? Notwithstanding the impact and criticalness of this issue to various regions, only a compelled proportion of work has been devoted toward a great plan. In this paper, we display a formal significance of the power between two things, in perspective of the market parcels that they can both cover. Our appraisal of power utilizes customer studies, a plenteous wellspring of information that is available in a broad assortment of regions. We show powerful techniques for surveying force in broad review datasets and address the typical issue of finding the best k contenders of a given thing. Finally, we evaluate the idea of our results and the versatility of our methodology using different datasets from different spaces.
KEYWORDS :

Paper Title

SOCIAL SECURITY OVER PICTURE TAGGING USING TRI-CLUSTERED SENSOR

Abstract

The local touchy visual applications have profited from the upheaval of web pictures, by the by the vague and deficient labels erratically given by clients, on the grounds that the thistle of the rose, may hamper the execution of recovery or compartmentalization frameworks anticipating such information. Amid this paper, we tend to propose a one of a kind neighborhood delicate low-rank model for picture label finishing, which approximates the overall nonlinear model with an arrangement of local straight models. To successfully imbue the idea of neighborhood affectability, a clear and powerful pre-handling module is implied discover proper delineation for information segment and a world accord regularize is acquainted with relieve the threat of over fitting. In the interim, low-rank lattice goals is used as local models, wherever the local unadulterated science structures square measure saved for the low-dimensional representation of every tag and tests. Topto bottom observational assessments directed on 3 datasets show the adequacy and power of the anticipated system, wherever our method beats past ones by an outsized birthplace
KEYWORDS :

Paper Title

RIBE: REVOCABLEIDENTITY-BASED ENCRYPTION TO AUTHENTICATE AND MANAGING THECLOUD SERVICES

Abstract

Public key cryptosystem removes the demands of public key infrastructure and certificate administration in conventional public key settings. Identity-based encryption is a public key infrastructure. If the absence of public key infrastructure, the revocation problem is a critical issue in Identity-based encryption settings. There are multiple revocable Identity-based encryption schemes have been proposed regarding this issue. In recent times, by inserting an outsourcing computation technique into Identity-based encryption proposed a revocable Identity-based encryption scheme with a key-update cloud service provider .This scheme has two limitations. One is that the computation and communication costs are higher than previous revocable Identity-based encryption schemes. The Second one is lack of scalability in the sense that the key-update cloud service provider must have a secret value for each user. In this Paper, I propose a new revocable Identity-based encryption scheme with a cloud revocation authority to solve the two limitations, namely, the performance is improved and the cloud revocation authority holds only a system secret for all the users. The proposed Identity-based encryption is more secure under the decisional bilinear Diffie-Hellman assumption. Finally, I extend the proposed revocable Identity-based encryption scheme to present a cloud revocation authority authentication scheme with limited privileges for managing number of cloud services.
KEYWORDS : Cloud revocation authority, Identity-Based Encryption, Authentication, Public Key.

Paper Title

MALICIOUS ACCOUNTS DETECTING FROM ONLINE PROMOTION ACTIVITIES IN SOCIAL NETWORKS

Abstract

Online social networks regularly adding to financial capabilities by enabling the usage of real and virtual currency. They serve as new platforms to host a variety of business activities such as online promotion events, where users can probably get virtual currency as rewards by participating such events. Both Online social networks and business partners are significantly worried when attackers instrument a set of accounts to collect virtual currency from these events, which make these events ineffective and result in significant financial loss. It becomes of great importance to proactively detecting these malicious accounts before the online promotion activities and subsequently decreases their priority to be rewarded. In this paper, I propose a novel system, to achieve this objective by systematically integrating features that characterize accounts from three perspectives including their general behaviors, their recharging patterns, and the usage of their currency. I performed general experiments based on data collected from Tencent QQ, a global leading Online social networks with built-in financial management activities. Experimental results have demonstrated that our system can accomplish a high detection rate of 96.67% at a very low false positive rate of 0.3%.
KEYWORDS : Online Social Networks, Virtual Currency, Malicious Accounts, Intrusion Detection, Network Security

Paper Title

PARAMETER MONITORING AND CONTROLLING USING WESM SERVICE BASED ON IPC2148

Abstract

With the quick addition in the nature of customer of the web over the earlier decade has made the web as a component of the life and IPC2148 is the latest and creating advancement. Web of Things (IPC2148) is creating frameworks of customary thing from client stock to mechanical machine that can share information and finish and keeping in mind that you are possessed with various activities. This framework is arranged insignificant exertion and expandable allowing an assortment of gadget to be observed. In this task just sensors has been observed for better outcome they must be controlled remotely through IPC2148. Strategies/Statistical investigation: All the sensors that are associated with the Atmega are detecting the qualities at various conditions and showing the qualities in LCD and also the qualities are put away in the cloud. At whatever point there is an adjustment in the deliberate parameter that changed qualities are being refreshed. This guarantees the rightness of the framework at each moment of time the qualities are naturally refreshed in the cloud. Discoveries: Parameter observing modern process checking through IPC2148 is a framework that utilizes PC or cell phones to screen works in industry. It is expected to save electric power and human essentialness. The sensors that can be checked are temperature, light force, water level, ebb and flow and voltage. These sensors are related with Atmega and interface with WESM benefit and watched characteristics are secured in cloud. The cutting edge technique observing framework shifted from other framework by allowing the customer to work the framework from wherever around the world through web affiliation. The framework will thusly change on the base of the sensors data. Application: Engineers and researchers around the globe utilize inserted frameworks to model and diagnostics, observing, and control applications inside an assortment of requesting industry conditions. Rough and measured equipment gives the adaptability to meet your particular installed framework application needs today and later on.
KEYWORDS : Raspberry-Pi, IPC2148, Atmega.

Paper Title

A REVIEW CLOUD BASED MODERN AGRICULTURE

Abstract

: Agribusiness assumes imperative job in the advancement of horticultural nation. In India about 70% of populace relies on cultivating and 33% of the country\'s capital originates from cultivating. Issues concerning farming have been continually blocking the advancement of the nation. The main answer for this issue is savvy horticulture by modernizing the current conventional strategies for farming. Consequently the venture goes for making horticulture savvy utilizing mechanization and IoT advancements. The featuring highlights of this venture incorporates shrewd GPS based remote controlled robot to perform errands like weeding, showering, dampness detecting, flying creature and creature frightening, keeping cautiousness, and so on. Furthermore it incorporates brilliant water system with savvy control and smart basic leadership dependent on precise ongoing field information. Thirdly, savvy stockroom the board which incorporates temperature upkeep, mugginess support and robbery discovery in the distribution center. Controlling of every one of these tasks will be through any remote shrewd gadget or PC associated with Internet and the activities will be performed by interfacing sensors, Wi-Fi or ZigBee modules, camera and actuators with miniaturized scale controller and raspberry pi.
KEYWORDS : IoT, automation, Wi-Fi

Paper Title

DESIGN AND IMPLEMENTATION OF IOT NETWORK FOR WHEATHER REPORT

Abstract

The Internet of Things (IOT) depicts the intercon-nection of gadgets and individuals through the conventional web and informal communities for different everyday applications like climate observing, social insurance frameworks, savvy urban areas, water system field, and keen way of life. IOT is the new unrest of the present web world which screens live spilling of the whole world\'s status like temperature, moistness, rainstorm, quake, floods and so forth that can amaze a caution to human life. This paper proposes a minimal effort climate observing framework which recovers the climate state of any area from the cloud database the board framework and demonstrates the yield on an OLED show. The proposed framework utilizes an ESP8266-EX microcontroller based Wemos D1 board and it is executed on Arduino stage which is utilized to recover the information from the cloud. The primary target of this paper is to see climate states of any area and permits to get to the present information of any station.
KEYWORDS :

Paper Title

A SYNCHRONIZED DATA INSERTING STRUCTURE FOR DATA GATHERING IN WSNs

Abstract

Data upload time becomes a major part of mobile data collection in the wireless sensor network. Cross over Multiple antenna on a mobile collector, the time to upload the data may be very low. However, previous tasks just cured wireless as a power capacitance by ignoring continuous and sensor as a link capability, which will significantly separate from the real wireless environment. In order to overcome this issue, in this article we present the minimum framework for collecting new data to collect mobile data. Wireless Sensor Network by considering the combined dynamic wireless link capability and power control. Our new framework not only allows all sensor data uploads from the sensor to mobile converter, but also determine the power of transmission under flexible link capabilities. We studied the problem under flow protection, energy consumption, flexible link capacity, transmission compatibility, and barriers. Trouble To solve at least the problem, we all serve the repetition of ultraviolet furniture. We first relax the problem with Lagrangian Dissolution, then the actual problem is eliminated in many sub-problems, and is available to divide the algorithm Data rate, link flow and routing, power control, and transmission compatibility. For a mobile collector, we also suggest a sub-intention Determining time to stop different locations. Finally, we provide comprehensive simulation results to showcase Variable and algorithm of the analyzed algorithms. With the results the average dimensions of the collection of 20% less data show Low data collection costs and stability in case of low energy consumption compared to previous tasks as well as node failure.
KEYWORDS : Wireless Sensor Networks, Power Control, transmission compatibility, Link Capability

Paper Title

INDIVIDUALITY INITIATED TRANSFERENCE VERIFIABLE DATA CONTROL IN DIFFERENT CLOUDS

Abstract

Remote Data Integrity Checking (RDIC) of the server can prove to the integrity of the stored file in cloud. It\'s a useful remote storage technology like cloud storage. The auditor can be a party other than the data owner; therefore, the RDIC is usually based on information available to the publicVerification of remote data integrity is critical in cloud storage. Can make customers check whether your data is kept properly outsourced without loading Full data. In some application scenarios, customers must Store their data on cloud servers. At the same time,the safety inspection protocol must be effective for conservation Cost Checker. From the two points, we suggest a novel Remote Data Verification Model: ID-DPDP (ID-based Distribution of data) in multi-storage. The Form formal system and security model. Based on Double-line pairs, ID-DPDP concrete protocol is designed. The proposed ID-DPDP protocol is securely secured under strict assumption of standard CDH (Diffie-computational Problem) in addition to the structural feature to eliminate the certificate management, our DPDP ID-protocol is also effective and flexible. Upon Customer\'s authorization,the proposed ID-DPDP protocol can achieve your verification, Authorized verification and public verification.
KEYWORDS : Remote Data Integrity Checking, Identity based Provable data possession, Cloud Computing.

Paper Title

MANIPULATOR DISCRIMINATED CONFIRMABLE FILE SEARCH ON THE CLOUD

Abstract

Now a days Most of the data owners they are willing to outsource their data into cloud Server. Cloud storagesecurity become a challenge issue in cloud computing. While an extensive work has been done on verifying the integrity of the outsourced data in cloud. One of the major issue is howto efficiently check the file search results set given from the cloud.in this way we are implementing file search problem. In this approach we solve the problem by introducing two protocols. One of the first protocol that enables provable perfectness of file search results when all the cloud data users have similar privacy attributes in accessing outsourced data and second protocol has been implemented with first protocol and additional Implemented with user variation means different users they can access file with their security attributes. In our protocols, we use key techniques to allow verification of file search. One is to separate all viable record names into two restrained agencies and the other is to encompass some personal records inside the records outsourcing. In addition, we use key sequencing and replication mechanisms to permit consumer popularity. We have tested the effectiveness of our proposed protocols. Our findings display that both protocols are powerful in terms of account, garage and conversation costs.
KEYWORDS :

Paper Title

A STRUCTURE FOR ENABLE CLOUD SERVICE PROVIDER SELECTION

Abstract

With rapid technological advancements, the cloud market has seen frequent emergence of new service providers with similar offers. However, service level agreements (SLAs), which document a guaranteed quality of service levels, have not they are found to be consistent among service providers, although they provide services with similar functions. In the service of outsourcing Environments, such as cloud, Quality of service levels are of paramount importance to customers, as they use third-party cloud services to store and process their customer data. If data is lost due to a break, the client activity is affected. And therefore, the main challenge facing the client is to choose an appropriate service provider to ensure the quality of the service guaranteed. In order to support in determining reliable customer service provider ideal, this work proposes a framework, SelCSP, which combines trustworthiness and efficiency to estimate the risk of interaction. Trustworthiness is calculated from personal experiences gained directly through Interactions or reactions related to sellers\' reputation. Efficiency is assessed on the basis of transparency in the provider SLA guarantees. A case study has been submitted to demonstrate the application of our approach. Experimental validation results in practice, of the proposed estimation mechanisms.
KEYWORDS : Risk and Trust Estimation, SLA, Cloud Service Provider.

Paper Title

CIRCULATION DE-ASSOCIATION TECHNIQUE FOR RETORTING WITH UNIVERSAL EAVESDROPPER WSNs

Abstract

We are dealing with the problem of preventing the conclusion of contextual information in event-dependent wireless sensor networks (WSNs). The problem is considered under a global name that analyzes low-level RF transmission attributes, such as the number of packets sent, packet times, and traffic direction, to infer the location, time of occurrence, and location of the basin. We develop a general motion analysis method to derive contextual information by linking transmission times with eavesdropping sites. Our analysis shows that most of the current countermeasures either do not provide adequate protection, have high communications and delay public expenditure. To mitigate the eavesdropping effect, we suggest normalization of traffic-saving systems. Compared to the latest technology, our methods reduce communications costs by more than 50 per cent and end-to-end delays by more than 30 per cent. To do this, we divide the WSNs into a minimum of connected control groups that operate round-robin. This allows us to reduce the number of active traffic sources at a given time, while providing routing paths for any node in the WSNs. We also reduce packet delay by loosely migrating the packet, without detecting the traffic direction.
KEYWORDS : Eavesdropping, Security, Graph Theory, Wireless Sensor Networks.

Paper Title

AN INVESTIGATIONAL STUDY ON PERFORMANCE OF JATROPHA BIODIESEL USING EXHAUST GAS RECIRCULATION

Abstract

Diesel engines achieve their high performance and excellent fuel economy by compressing air at high pressures, then injecting a small amount of fuel into this highly compressed air. High particulate matter (PM) and oxides of nitrogen (NOx) emissions remains a challenge of technical issues for the diesel engine today. Identifying the substitute fuels for the internal combustion engines has been explored all over the world of research. Many alternative fuels such as Alcohols, Hydrogen, Bio gas and various Bio fuels have proved the suitability via performance investigations. In the transportation and agriculture sector, many biological based bio-fuels have showed to be better substitutes for fuels derived from crude oils. Today the world is in dilemma for the prevention of both of fuel depletion and environmental degradation crises. Due to excessive need, indiscriminate extraction and consumption of fossil fuels have led to a reduction in petroleum reserve. Developing countries such as India depend heavily on oil import. Diesel being the main transport fuel in India, finding a suitable alternative to diesel is an urgent need of the hour. Jatropha based bio-diesel (JBD) is non-edible, renewable fuel suitable for diesel engines and has a potential of large-scale employment for wasteland land with relatively low environmental degradation. As Jatropha oil is free from sulphur and still exhibits excellent lubricity and is a much safer fuel than diesel because of its higher flash and fire point. Performance parameters including brake thermal efficiency (η), brake specific fuel consumption (BSFC) with varying loading conditions showed Jatropha biodiesel as an effective alternative on four stroke single cylinder compression ignition engine. Also the effect of exhaust gas recirculation (EGR) at 10% recirculation showed Jatropha as an effective fuel since the inherent oxygen present in the bio-diesel structure compensates for oxygen deficient operation under EGR.
KEYWORDS : Jatropha , Exhaust Gas Recirculation, Brake specific fuel consumption, Polycyclic aromatic hydrocarbon, Brake thermal efficiency.