Monday, April 1, 2019

Adopting MapReduce and Hummingbird for Information Retrieval

Adopting MapReduce and Hummingbird for knowledge recoveryAdopting MapReduce and Hummingbird for In kindation retrieval in dedicate defame Environment Dr. Piyush GuptaChandelkar Kashinath K. summary info lay in in section 3 indicated the number of vigorous internet users crosswise the globe. The collected chunks of information termed as freehanded entropy not only utilizes physical re firsts into the network, but also leads to increase in human and financial re openings. Cloud computing being a engine room with IaaS (Infrastructure as a Service), PaaS (Platform as a Service) and SaaS (Softwargon as a Service) provides realistic resources on pay per use policy. MapReduce being widely used algorithmic programic rule is used in line with Hummingbird Search engine for information recuperation.Keywords MapReduce, SaaS, IaaS, PaaS, Hummingbird, outsize info1. IntroductionOne of the papers published in supranational conference at Jaipur, entitled The Need and have-to doe w ith of Hummingbird algorithmic rule on Cloud ground Content Management System 21 elaborates on universe of discourse of humming bird algorithm on 15th birthday of Google. In existence with previous Google algorithms like panda 3.5, page rank and penguin, hummingbird is a new replacement of full engine sooner of repairing individual modules. This has affect 90% of information crosswise the globe.Migrating MapReduce algorithm on smear environment using Hadoop, not only improves performance due to swarm features but also the efficiency is increased with cost minimization.2. ProblemFig-1 Data shopping mall outset IBM Enterprise SystemFig-1 gives a snapshot of engineers working at info centers who do bys information from diverse platforms and resources. Managing hardware and Network with virtualized resources unavoidably dedicated young talent. When it comes to end user, he gets an average service as a result of improper management of information centers. MapReduce is one of the best cognize algorithms used for IR ( teaching Retrieval) in addition with vivacious algorithms as explained in section 7.Due to exponential increase in smart devices that supports percentage establish hunt club, definitely needs fast and efficient inquisitory algorithm for information retrieval. The voice establish front assists to make smart finishs in real time applications like place identification, weather forecast and medical exam assistance using android based applications.3. Why problem is classicFig-2 Global Internet users Source W3 FoundationLooking at data increase across the globe as shown in Fig-2 (data collected work July 1, 2014) 19, the pilled content in repositories is increasing worldwide. It requires huge amount of hardware resources course for years to extract information and knowledge for decision making. The big gainsay in big data is ever increasing content utilizing human resource and cost to create chunks in available networks across the g lobe, which needs attention.4. It is an unsolved problemFrom the following relevant reviewed literature (table-1), it gives a radiation diagram that the problem has still remained unsolved. The authors have either focused on becloud components 6 11 or had used tralatitious Google Components during the analysis. Since Hummingbird algorithmic program 10 is not keyword based the searching criteria have changed. When combined with MapReduce 1 3 15 in cloud environment shall definitely paying back efficient results with minimum cost and resources.Table-1 Existing Systems compared5. Here is my reportFig-3 Proposed breeding Retrieval SystemBeing cloud computing 4 6 is forthcoming applied science as discussed in section -7.2, is a good source of virtualized resources that helps to manage content on diverse platform irrespective of geographical boundaries. An face of Hadoop that supports MapReduce Algorithm (elaborated in sec-7) is migrated in cloud environment using SaaS (Software as a Service) to whom stimulus is diverted for impact. Hummingbird (more in section-7) Algorithm is a crisscross new search engine designed to understand meaning from acquired question instead of word, is imparted to collect output from MapReduce lawsuit. The collected output on amazon S3 forgather is efficiently and effectively delivered to end user based on voice based request, in addition to traditional systems for efficient decision making in the field of medicine, scientific research and so on.6. My idea worksTo confirm the working of proposed idea, a hosted instance of Hadoop was used that supports MapReduce Algorithm and S3 data cluster from Amazon. It also has Qubole 20 managed database to test the instance in cloud environment. Qubole has an API (Application programming Interface) that gives overview of streamlet instances with dashboard. A user shall give input as a database or can manually select buck in addition to enquiry wizard.Once the input is accustomed to MapReduce cluster, data analysis shall be done by using hive query in addition to hogget script.Following results were collected by using existing database.Fig-4 Cloud based Hadoop Instance Source QuboleFigure -4 shows a dashboard running Hadoop instance, in which 2 queries have finished data analysis. It communicates at runtime with Amazon S3 bucket where data is stored for input. The lay outper 1315 scans the data files from the source and extends the output to reducer. The reducer further processes data and is sent back to S3 cluster for further processing. This information shall be accessed by end user through web access and with the support of Hummingbird Algorithm.Fig-5 Running Hadoop Cluster Source QuboleFig-5 shows a oneness running Hadoop Instance in cloud environment. Qubole supports metrics of instances running simultaneously that enhances performance their by increasing efficiency. The graph in the preceding(prenominal) figure indicates time spent to complete sing le job. Every caper is monitored by master DNS having unique ID. To each DNS a list of queries shall be given as input for further analysis.Fig-6 shows process getting started on Hadoop Cluster that combines both map and Reduce session together. The jobs performed uses batch processing system for single instance. Running multiple instances on different clusters in cloud environment makes process more efficient without investing very much is physical infrastructure. As a result of which end user shall sleep with the benefits of information retrieval with minimum time, cost and physical resources. As cloud supports pay per use policies resource allocation as per requirements becomes easier.Fig-6 Hadoop Master DNS Source QuboleDetail explanation about conceptsexisting algorithms used for information retrievalBFS(Bredth First Search)Redundant BFS.ISN (Intelligent Search Machine)Directed BFSRandom walker searchRandomized GossipingCentralized approachDistributed tuition retrieval pryi ng Object identifierFollowing explanations shall help to elaborate more about particularised areas.7.2 Cloud ArchitectureFig-7 Cloud Architecture Source NISTCloud is an upcoming technology that supports IaaS (Infrastructure as a Service) PaaS (Platform as a Service) and SaaS (Software as a Service) as shown in Fig-7.For any hosted instance in cloud, open source software is used as a server that supports virtualization and Grid technology. practical(prenominal) private network is used in addition to broadband network13 16. As a service provider SLA (Service level Agreement) is signed between an transcription and service provider. Distributed computing is one of the known components as data transferred across the network requires secure, authentic and efficient service in a given network.The type of cloud includes unexclusive, private, community and hybrid cloud 2. Private clouds are hosted in dedicated environment having firewall and other authentication features. Updating existi ng system and taking backup remains responsibility of the owner. Hybrid clouds whitethorn be hosted in private environment in synchronization with public resources. The end user held responsible for resources used in public cloud with minimum security.7.3 MapReduce AlgorithmFig-8 MapReduce Algorithm Source Jimmy Lin, University of MarylandThe algorithm takes data input as a file or database in the form of query. A list of mapper instances are activated which travels across the database in search of information. The jobs or data values are shuffled based on keys and aggregated as an input to reducers. These reducers understand the key inputs and ruffle to get unique relevant information for further processing as shown in Fig-81.7.4 Hummingbird AlgorithmHummingbird Algorithm 10 21 is the latest birthday gift from Google. giant panda 3.5 and penguin were basically filters applied to searching criteria in the form of web pages and hyperlink.The traditional search engine extracts infor mation based on keywords. Considering a conviction How many times does hummingbird beckon their wings per second? the traditional search engine being keyword based tries to extract word like times, flap and per second. Based on collected keywords the web pages are searched in database. The collected content undergoes filtering from panda and penguin. Resultant results are displayed to user in the form of hyperlinks.Being hummingbird is innovation in the field of search and meant for voice based information retrieval, it accepts query as a single sentence instead of keywords. The engine tries to understand meaning and creates knowledge base from provided information or query.Fig-9 Hummingbird Search Source Google.comIn fig-9, the query asked to Google was where am i? victimization voice search. The search engine had found my current location based on IP address or physical location and displayed map for the same.8. Conclusion and future workThe paper is continuation to hummingbird Algorithm 21 that supports MapReduce Algorithm with Hummingbird search engine in dedicated cloud environment. Qubole a hosted Hadoop instance is used to confirm working of MapReduce in support with Amazon S3 for data during. A single hive query instance on single DNS is tested which shall be extended for testing multiple instances of hive and pig script simultaneously as future work.References1 Rahul Prasad Kanu , Shabeera T P , S D Madhu Kumar 2014- Dynamic Cluster Configuration Algorithm in MapReduce Cloud, internationalistic journal of ready reckoner Science and Information Technologies, Vol. 5 (3), 2014, 4028-4033.2 Mr. Kulkarni N. N., Dr. Pawar V. P., Dr. K.K Deshmukh -2014 Evaluation of Information Retrieval in Cloud computing based services, Asian diary of Management Sciences 02 (03 (Special Issue))3 Brian Hellig, Stephen turner, rich collier, long zheng-2014- beyond map educe the nigh generation of big data analytics HAMR.Eti.com.4 Ismail Hmeidi, Maryan Yatim, Ala Ibrahi m, Mai Abujazouh, 2014 Survey of Cloud Computing weave Services for Healthcare Information Retrieval Systems , International conference on Computing engineering and Information Management, Dubai, UAE.5 Anil Radhakrishnan and Kiran kalmadi -2013- Big Data medical engine in the cloud, Infosys Lab Briefing Vol-11, No-1.6 Dr. Sanjay Mishra, Dr. Arun Tiwari 2013 A Novel technique for Information Retrieval Based on Cloud Computing, international Journal of information technology.7 Yu Mon Zaw, Nay Min Tun 2013-Web Services Based Information Retrieval Agent System for Cloud Computing. International Journal of Computer Applications Technology and Research Volume 2 Issue 1, 67-71.8 Gautam Vemuganti 2013- Metadata Management in Big data, Infosys lab Briefing.9 Aaditya Prakash 2013-Natured Inspired visualization of unstructured big data, Infosys lab briefing, Vol-11, No-1.10 Xinxin Fan, Guang Gong,Honggang Hu-2011- Remedying the Hummingbird cryptographical Algorithm, IEEE.11 Mosashi Inoue 20 09- image retrieval research and use in the information retrieval, depicted object Institute of information science.12 Jeff Dean Google Fellow 2009- Challenges in Building Large-Scale Information Retrieval Systems.13 Tsungnan Lin, Pochiang Lin, Hsinping Wang,Chiahung Chen-2009-Dynamic Search Algorithm in Unstructured Peer-to-Peer Networks, IEEE.14 William Hersh -2008 Future perspectives ubiquitous but unfinished grand challenges for information retrieval, Department of Medical Informatics and Clinical Epidemiology, Oregon Health and Science University, Portland, Oregon, USA.15 Jeffrey Dean and Sanjay Ghemawat 2004-MapReduce Simplified Data Processing on Large Clusters, Google.com.16 Mehran Sahami Vibhu Mittal Shumeet Baluja Henry Rowley 2003-The Happy Searcher Challenges in Web Information Retrieval, google.com17 James Allan 2002-Challenges in Information Retrieval and spoken communication Modeling, Report of a Workshop held at the Center for Intelligent Information Retrieval, Un iversity of Massachusetts Amherst18 Amit Singhal 2001- Modern Information Retrieval A Brief Overview IEEE Computer Society Technical Committee on Data Engineering.19 tp//www.internetlivestats.com20 https//api.qubole.com21 Dr. Piyush Gupta, kashinath Chandelkar 2012- The Need and Impact of Hummingbird Algorithm on Cloud based Content Management System, vol-2, issue-12, IJARCSSE journal.

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