7 - Indira Gandhi Centre for Atomic Research

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Keywords relate solely to the subject are. In other words, the Description and Keywords must be interpreted with respect to the Purpose of the classification. The structural relationship meaning. 7. The Metadata Lifecycle Model (MLM) The MLM is a methodology involving a ten-step process by which digital library projects can design and implement metadata provision. It can be reviewed again once the project requirements have been changed. The purpose of the model is: ‣ To achieve a consistent method of developing metadata for digital library projects, so that they might achieve greater effectiveness and better quality. ‣ To conduct a content-based analysis for digital collections, which takes into account knowledge mapping and metadata research needs while adopting any existing metadata formats. The ten-step of the MLM can be classified into four main groups as follows: 7.1 Groups I Requirement Assessment & Content Analysis ‣ Step1: Acquisition of Metadata Base Needs ‣ Step:2 Review of Relevant Metadata Standards and Projects. ‣ Step:3 Investigation of Deep Metadata Needs. ‣ Step:4 Identification of Strategies for the Metadata Schemes and 7.2 Groups II System Requirement Specification ‣ Step5: Preparation of the Metadata Requirement Specification ‣ Step6: Evaluation of Metadata Systems 7.3 Groups III Metadata System ‣ Step7: Preparation of Best of Practice Guidance ‣ Step8: Development of the Metadata System 7.4 Group IV Service and Evaluation ‣ Step9: Maintenance of Metadata Performance ‣ Step10: Evaluation of Metadata Performance The first step of the metadata lifecycle is to interview the content experts or provides about their metadata requirement for each collection project, and analyze the attributes of collection projects through the four-layer for metadata selection. ‣ Metadata scope: Attributes of metadata are relating to thing, person, event, temporal, vocabulary control, and geographic name. ‣ Legacy system: basic information about the legacy system, including elements, structure, number of records, storage format, and input method and system. In addition, it is useful to understand the advantages and disadvantages of the system. ‣ Metadata context: Is only one metadata database constructed for this project? Are any other databases required to integrate with this metadata database, such as geographic information system (GIS). 84
‣ Metadata role and function: What kind of metadata role is proposed for each project? What kind of function should be achieved by metadata, such as resources description, discovery, annotation, or administration? After the four-layer for metadata selection is applied, the candidates of metadata schemes for a digital library are thus revealed. Current metadata trends and issues from around the world related to the profile of the digital library project can be collected and analyzed as a reference for practical application and future development. Through this stage the collection project members could well know what kind of differences exists with other similar or homogeneous collection projects, and also rearrange the focus of expected project goals. Metadata scope and context are clarified, and related relationship are clearly drawn and attributed to a diversity of categories. It could ensure what kind of systems and databases are integrated by metadata mechanisms such as GIS. The purpose of developing metadata services is to guarantee the quality assurance of metadata mechanisms. A service model is constructed to formulate the service items. The assessment of metadata record quality, including completeness, accuracy, record types, including completeness, accuracy, record, types, granularity levels, and records’ serviceability. For example, and evaluation of the U.S. Government Information Locator Service (GILS) focused on assessing metadata quality from a set of criteria and procedures. The evaluation of the effectiveness of adopting a metadata scheme for retrieval, such as its capacity to facilitate access to title, creator, and subject. For many typical applications of metadata. However, the case study shows that there are more functions needed, such as preservation, content rating, rights, data management and e-Learning. In addition, domain-specific metadata sets are the core development of metadata practices in the case study. In other words, the generic metadata set, such as Dublin Core for resources discovery, is deployed in its top level of the union catalogue. 8. Semantic Metadata Semantic metadata is the assembly of assets based on explicit or implicit elements. Explicit assembles could include hierarchal structures, such as the ones found within search engines like Yahoo. Implicit assemblies could include inference engines that traverse the corporation looking for relevant assets. Keyword bases search engines provide a basic example of how this process might work in the future. Currently, a user types in a few keywords and the search engine return a set of documents that contain some or all the keywords. This functionality should be expanded to include any asset in the corporation and not just the ones document in a web page of document. In the future, agents will be able to traverse operating systems, XML constructs, interfaces, and other asset that can viewed by the computer system. Asset will then be able to be grouped by context, usage, time, and various other constructs. 9. Metadata Entry System The metadata entry system is used to collect a sufficient amount of data about individual items to allow any item to be found during a search of the collection, and it performs a number of functions in addition to recording descriptive information about the items in the collection. The design of the system encourages correct, consistent, and standard collection of metadata. It allows multiple persons to enter metadata simultaneously, providing a common interface for all persons entering data, and enforcing the notion of required fields. Whenever 85
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Proceedings of the Conference on Re
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CONTENTS Invited Talks Knowledge Sh
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Technical Session IV : KNOWLEDGE SH
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Digital Collection Development Dhan
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3.3 E-Journals Electronic journals
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disseminate information on speciali
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2.Justification of the Project The
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ack 12 Leased Line 1 mbps port char
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Central Institute of Indian Languag
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access the full text articles from
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• Integrated authority control an
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References 1. Gopal, Krishan, Digit
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1. Characteristics of Digital Libra
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Computer CPU, PCI Bus, Ethernet, S
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Digital Library Collection Developm
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will have to develop mechanisms for
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collection management in a distribu
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Electronic Collections Collection T
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Timeliness The electronic resources
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Digital library Infrastructure and
Page 42 and 43: • User acceptability from their d
Page 44 and 45: • Technical skills (Knowledge of
Page 46 and 47: is most prevalent format. In PDF fo
Page 48 and 49: NextGen Digital Resource Centre: On
Page 50 and 51: Liaison”. To streamline, some of
Page 52 and 53: 4. Online Resources With careful wa
Page 54 and 55: 5.3 Lakshya: Mode of Access In curr
Page 56 and 57: Information Management
Page 58 and 59: 2. Content Management Activities Id
Page 60 and 61: 2.3 IGC Reports digitization activi
Page 62 and 63: (TEI) have been proposed as encodin
Page 64 and 65: Overview of Object Oriented Databas
Page 66 and 67: 6. Object Oriented Database Managem
Page 68 and 69: Automatic Extraction of Proper name
Page 70 and 71: ‣ Legend words prefixed to a word
Page 72 and 73: ii. iii. considered as non-signific
Page 74 and 75: Keywords and phrases Information pr
Page 76 and 77: In the Internet era, digital librar
Page 78 and 79: • Reduce Maintenance Time - Devel
Page 80 and 81: preservation but differs from it in
Page 82 and 83: First, an organization must underst
Page 84 and 85: 13. Multimedia Metadata Standards M
Page 86 and 87: 3. Definition of Metadata . www.ter
Page 88 and 89: All Dublin Core elements are option
Page 90 and 91: Some libraries use TEI headers to d
Page 94 and 95: possible, data are entered by choos
Page 96 and 97: Label: Definition : Comment : Eleme
Page 98 and 99: Some digital library systems are us
Page 100 and 101: definition or meaning of the elemen
Page 102 and 103: Digital Library: File Formats, Stan
Page 104 and 105: that area. It provides an improved
Page 106 and 107: subject, description, source, langu
Page 108 and 109: 9.1 Internet Explorer (IE) This is
Page 110 and 111: e well specified and may be differe
Page 112 and 113: General Packet Radio Service (GPRS)
Page 114 and 115: can be split into as many areas as
Page 116 and 117: to the fact that GSM network is a d
Page 118 and 119: network. cdmaOne supports data traf
Page 120 and 121: 9. Conclusion Wireless networks con
Page 122 and 123: ISH information is supplementary to
Page 124 and 125: Production and Information use of p
Page 126 and 127: emanded by the U.S. Circuit Court o
Page 128 and 129: Information Technology Infrastructu
Page 130 and 131: The object of Change Management is
Page 132 and 133: Continuity Management is concerned
Page 134 and 135: The web service activity statement
Page 136 and 137: ‘A set of interrelated units that
Page 138 and 139: ---To introduce new communication t
Page 140 and 141: 2. Systems approach to appropriate
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• Utilizing world-wide resources
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5. Proposed Model As has already be
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3. Kumaruguru College of Technology
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If visuals, like handwritten or cop
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Knowledge Discovery Tools and Techn
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8. Interpretation: Includes interpr
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and accuracy of the generated rules
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with other security mechanisms alre
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As simulation was added to the trad
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data. The plant data generated at d
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Information professionals can play
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2. Knowledge organization: An organ
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financial resources on information
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innovation systems of a country. Ho
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esults to vocabulary which occurs d
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epresented in the figure. The basic
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Metadata is data that describes dat
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7. Knowledge Management Using GNOWS
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19.Joel Mintzes, James Wandersee an
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2. Merits The successful implementa
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a KMS program. Like product develop
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Advances in Knowledge Management Ku
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applied information. Both forms of
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a mind set of working with co-worke
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Rewards and recognition address the
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The process architecture covers tho
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Institutionalization of 'best pract
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people are so busy just getting the
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and it is matter of time that other
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knowledge management practices alon
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(Fig.1 A frame work for Our Knowled
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# Consistency in Content delivery #
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Knowledge Sharing Techniques
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2. Traditional Translation In tradi
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This is particularly useful for com
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7. Conclusion In this age of digita
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Figure - 1 SIRD SET UP DB 1 DB 2 Fl
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Figure 3 Deployment Diagram 5. Impl
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Figure .5 Search Results Screen 6.S
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Coordination Model for Communicatio
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them. That is, the world where agen
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suit open applications, where a num
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Preservation of Digital Information
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documents. It increases the product
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DESKTOP WORD, PDF DOC XML HTML WIRE
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Digital Libraries and Changing Role
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(iv) Those who are intermixed betwe
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Digital Library: The Change Managem
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• The Change Problem • Change a
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9. Change happens only through peop
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3. Access the required photocopy fo
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Date of request Date of request mai
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TIFR 36% TMC 2% SINP 13% BARC 17% E
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References 1. Mignon Adams. Rethink
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systems. It is believed that while
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3.4 Magnetic Diskettes Magnetic Dis
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6. Contextual Demands The contextua
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Information overload Organizational
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AGRILIBNET: A Web Portal Rathinasab
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3. Agricultural Library Resource Sh
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o The proposed AGRILIBNET will be h
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7. Projct Progress The project has
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APPENDIX -1 List of State Agricultu
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APPENDIX-II State Agricultural Univ
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century and a half ago.” And so m
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The database is divide into two sec
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the work/s within a manuscript. 11.
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266 The Data Elements Which Are Not
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268 Table -3 The Elements Which Are
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270 References: 1. M L Saini. “Ma
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2. RFID Technology in Libraries The
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3.3 Anti-collision If many tags are
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3.5.5 Class 4: Read-Write (with Int
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5. Implementation of RFID: The meth
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several items in a stack can be rea
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Author Index Akhtar Hussain, 77 Mah
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7 - Indira Gandhi Centre for Atomic Research

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