🇮🇳 UGC NET Law · subject
UGC NET Law Unit – VIII Syllabus
The Unit – VIII syllabus for UGC NET Law in full: 10 chapters, 43 topics and 7 sub-topics, every one listed below, plus 50 Unit – VIII flashcards with answers.
Unit – VIII syllabus: all 10 chapters
Expand any chapter to see its topics and sub-topics.
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Library Automation
5 topics- Areas
- Planning
- Selection of Hardware and Software
- Implementation and Evaluation
- Standards for Library Automation
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Barcode, RFID, QR Code, Biometric, Smartcard
1 topic- Features and Applications
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Digitization
6 topics- Planning
- Selection of Materials
- Hardware
- Software
- Process
- Issues
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Digital Library
5 topics- Genesis
- Characteristics
- Types
- Architecture
- Standards, Formats and Protocols
- DOI
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Digital Preservation
6 topics- Need
- Purpose
- Standards
- Methods
- Techniques
- Projects (National and International)
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Digital Library Initiatives
2 topics- National
- International
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Institutional Repositories
7 topics- Need
- Purpose
- Types and Tools
- Institutional Repositories in India
- ROAR
- DOAR
- SHARPA-ROMIO
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Content Management Systems
3 topics- Architecture
- Data Integration
- CMS Software
- Selection
- Implementation
- Evaluation
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Application of Artificial Intelligence, Expert Systems and Robotics in Libraries
2 topics- Social Mobile Analytics Cloud (SMAC)
- Cloud Computing
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Ontology
6 topics- Tools
- RDF
- RDFS
- Potege
- Semantic Web
- Linked Data
- Big Data
- Data Mining
- Data Harvesting
- Tools
UGC NET Law Unit – VIII flashcards — 50 questions with answers
What is library automation?
The application of computers and related information/communication technologies to perform the routine, repetitive housekeeping operations of a library (acquisition, cataloguing, circulation, serials control, OPAC) to improve efficiency and service.
List the major housekeeping areas typically automated in a library.
Acquisition control, cataloguing (technical processing), serials/periodicals control, circulation control, and the OPAC (Online Public Access Catalogue); often with administration/reports modules.
What are the main steps in planning library automation?
Needs assessment/feasibility study, defining objectives, surveying existing operations, preparing specifications, budgeting, selecting hardware and software, staff training, implementation, and evaluation.
Which key criteria are used when selecting library automation software?
Standards compliance (MARC, Z39.50, Unicode), modules offered, scalability, multi-user support, ease of use, vendor support/documentation, cost, customization, and report-generation capability.
What hardware factors must be considered for library automation?
Server capacity, number and type of client terminals, network infrastructure, storage, barcode scanners/RFID readers, printers, UPS/power backup, and connectivity (LAN/Internet).
What are the common methods of implementing a library automation system?
Direct (cut-over) changeover, parallel running (manual + automated together), phased/modular implementation, and pilot implementation.
Name important standards relevant to library automation.
MARC 21 (bibliographic format), ISO 2709 (record structure), Z39.50 (information retrieval/search protocol), Unicode (multilingual character encoding), AACR2/RDA (cataloguing rules), and Dublin Core (metadata).
What is MARC and what does it stand for?
MAchine-Readable Cataloguing — a standard set of formats for representing and exchanging bibliographic and related data in machine-readable form; MARC 21 is the current widely used version.
What is ISO 2709?
An ISO standard that specifies the structure (record format) for bibliographic records on exchange media; MARC records are based on this structure.
What is an integrated library system (ILS) / integrated library management software?
Software that integrates all library housekeeping modules (acquisition, cataloguing, serials, circulation, OPAC) sharing a single bibliographic database, e.g., Koha, SOUL, LibSys, NewGenLib.
Name two popular open-source integrated library management software packages.
Koha and NewGenLib (both open-source ILS); SOUL is developed by INFLIBNET but is proprietary.
What is SOUL and who developed it?
Software for University Libraries — an integrated library management software developed by INFLIBNET Centre, India, compliant with international standards.
What is a digital library?
An organized collection of digital (digitized or born-digital) information objects with associated services, accessible electronically over networks, with content stored, managed, and retrieved in digital form.
What is digitization?
The process of converting analog/physical materials (print, images, audio, video) into digital form using scanning or other conversion techniques so they can be stored, accessed, and preserved electronically.
List the major steps in the digitization process.
Selection of materials, preparation, scanning/capture, image processing/editing, OCR (for text), metadata creation, quality control, storage, and uploading/access provision.
What criteria guide the selection of materials for digitization?
Value/uniqueness of content, demand/usage, physical condition (fragile/rare), copyright status, cost, and absence of an existing digital copy.
What hardware is required for building a digital library?
Scanners (flatbed, sheet-feed, book/overhead, microform), high-capacity servers, large storage (RAID/SAN), workstations, OCR-capable systems, and network/backup infrastructure.
Name commonly used digital library software packages.
DSpace, Greenstone, EPrints, Fedora, and Invenio.
What is DSpace?
Open-source repository software (developed by MIT and HP) used to build digital libraries and institutional repositories; supports OAI-PMH and Dublin Core metadata.
What is Greenstone?
Open-source software for building and distributing digital library collections, developed by the New Zealand Digital Library Project with UNESCO and Human Info NGO support.
Show the other 30 Unit – VIII flashcards
What are key issues/challenges in building digital libraries?
Copyright/IPR, cost of digitization, technical obsolescence, long-term preservation, metadata standardization, interoperability, security, and digital divide/access.
What is digital preservation?
The set of managed activities, policies, and strategies needed to ensure long-term accessibility and usability of digital materials despite technological obsolescence and media decay.
Why is digital preservation needed?
Because of media degradation, hardware/software obsolescence, file-format changes, and the risk of data loss — to ensure continued authentic access to digital content over time.
Name the main strategies/methods of digital preservation.
Migration, emulation, refreshing, replication, encapsulation, technology preservation, and use of standard/open formats.
Differentiate migration and emulation in digital preservation.
Migration transfers/converts data to newer formats or systems to keep it readable; emulation recreates the original hardware/software environment so the original data can run unchanged.
What is the OAIS reference model?
Open Archival Information System (ISO 14721) — a conceptual framework/standard for a long-term digital archive, defining functions such as Ingest, Archival Storage, Data Management, Administration, Preservation Planning, and Access.
Name important national and international digital preservation projects.
International: LOCKSS, PANDORA (Australia), PADI, JSTOR; National (India): National Digital Library of India (NDLI), National Digital Preservation Programme (NDPP), Digital Library of India.
What is LOCKSS?
Lots Of Copies Keep Stuff Safe — a peer-to-peer digital preservation system (Stanford) that preserves authoritative copies of web/electronic content across multiple distributed servers.
What is open access (OA)?
Free, immediate, online availability of scholarly literature, permitting users to read, download, copy, and reuse it with minimal restrictions, removing price and permission barriers.
Why is open access needed?
To overcome high journal subscription costs (serials crisis), increase visibility and impact of research, ensure equitable access to knowledge, and accelerate scholarly communication.
What are the two main routes/types of open access?
Green OA (self-archiving in repositories) and Gold OA (publishing in open-access journals); related variants include Hybrid, Bronze, and Diamond/Platinum OA.
Differentiate Green and Gold open access.
Green OA: author self-archives a version of the article in an institutional/subject repository. Gold OA: the article is published openly in an OA journal, often funded by article processing charges (APCs).
What is an institutional repository (IR)?
A digital archive that collects, preserves, and disseminates the intellectual output (papers, theses, reports) of an institution, providing open access to its scholarly content.
Name notable open-access initiatives/declarations.
Budapest Open Access Initiative (BOAI, 2002), Bethesda Statement (2003), and Berlin Declaration (2003) — collectively the 'BBB' definitions of open access.
Name some institutional repositories in India.
Shodhganga (ETD repository, INFLIBNET), Shodhgangotri, ePrints@IISc, OpenMED@NIC, DSpace at IITs/IISc, and Raman Research Institute repository.
What is Shodhganga?
A national repository of Indian electronic theses and dissertations (ETDs) set up by INFLIBNET, where universities deposit PhD theses for open access.
What is ROAR?
Registry of Open Access Repositories — a searchable international directory that registers and provides information about open-access repositories worldwide.
What is OpenDOAR (DOAR)?
Directory of Open Access Repositories — a quality-assured global directory of academic open-access repositories, allowing search by location, content type, and software.
What is SHERPA/RoMEO?
A service listing publishers' copyright and self-archiving policies, indicating which version of an article authors may deposit (colour-coded: green, blue, yellow, white).
What is OAI-PMH?
Open Archives Initiative Protocol for Metadata Harvesting — a protocol enabling interoperability by allowing service providers to harvest metadata from data providers (repositories).
What is data harvesting in the context of repositories?
The automated collection (gathering) of metadata records from distributed repositories, typically via OAI-PMH, to build aggregated/searchable services across multiple sources.
What is a content management system (CMS)?
Software for creating, managing, storing, and publishing digital content (especially web content) without deep technical knowledge, e.g., Drupal, Joomla, WordPress.
What is data integration?
The process of combining data from multiple heterogeneous sources into a unified, consistent view, enabling interoperable search and use across distributed systems.
What does SMAC stand for?
Social, Mobile, Analytics, and Cloud — the convergence of these four technology pillars that together drive digital transformation and new service models.
What is cloud computing?
On-demand delivery of computing resources (servers, storage, software, applications) over the Internet on a pay-as-you-use basis, characterized by scalability, elasticity, and remote access.
Name the main service models of cloud computing.
IaaS (Infrastructure as a Service), PaaS (Platform as a Service), and SaaS (Software as a Service); deployment models include public, private, community, and hybrid clouds.
What is the Semantic Web?
An extension of the Web (proposed by Tim Berners-Lee) in which data is given well-defined, machine-understandable meaning using standards like RDF, OWL, and SPARQL, enabling automated reasoning and data linking.
What is Linked Data?
A method of publishing structured data so it can be interlinked and become more useful through semantic queries, using URIs and RDF; underpins the Semantic Web (Linked Open Data).
What is Big Data and its characteristic 'V's?
Extremely large, complex datasets beyond traditional processing tools; characterized by the Vs — Volume, Velocity, Variety, Veracity, and Value.
What is data mining?
The process of discovering patterns, correlations, and useful knowledge from large datasets using statistical, machine-learning, and database techniques (e.g., classification, clustering, association).
UGC NET Law Unit – VIII FAQ
What is in the UGC NET Law Unit – VIII syllabus?
UGC NET Law Unit – VIII is split into 10 chapters: Library Automation, Barcode, RFID, QR Code, Biometric, Smartcard, Digitization, Digital Library, Digital Preservation, Digital Library Initiatives, Institutional Repositories, Content Management Systems, Application of Artificial Intelligence, Expert Systems and Robotics in Libraries and Ontology. Together they contain 43 topics and 7 sub-topics.
How many chapters are in UGC NET Law Unit – VIII?
10 chapters, containing 43 topics and 7 sub-topics. The largest chapter is Institutional Repositories, with 7 topics.
Are there flashcards for UGC NET Law Unit – VIII?
Yes — a 50-card Unit – VIII deck, printed in full in the flashcards section of this page and available in the Examius app with spaced repetition. The free plan covers one exam of your choice, including its flashcards; Examius Pro, a one-time purchase, unlocks every other exam and deck.