Information Technology Application in Information Agencies
Introduction to Information Technology (IT)
Course Outcome
- Upon completion of the course, students should be able to describe the concepts and principles of IT in information agencies (C2).
- Learning outcomes include:
- Defining concepts and terms related to IT and Information Systems (IS).
- Identifying different types of IT used in information agencies.
- Explaining the functions of IT, including data capture, processing, storage, retrieval, and transmission.
Course Contents
- Week 1: Introduction to Information Technology
- 1.1 Definition of Information Technology
- 1.2 Types of Information Technology
- 1.3 Functions of Information Technology
Definition of Information Technology
- Information Technology (IT) refers to the use of computers, software, networks, and other digital tools to store, retrieve, process, and transmit data and information.
- IT is essential in managing and organizing vast amounts of information, particularly in libraries, archives, museums, and businesses.
- Definitions by Experts:
- Boahane & Ditsa (2001): IT is a subset of Information Systems (IS) that includes hardware and software used for storing, retrieving, and processing information.
- ALA (American Library Association) Glossary: IT is defined as "the application of computers and other technologies to the acquisition, organization, storage, retrieval, and dissemination of information."
- IT comprises:
- Computer technology (hardware and software).
- Telecommunications technology (networks for data, image, and voice communication).
Importance of Information Technology in Information Agencies
- IT plays a crucial role in supporting information agencies such as libraries, archives, and museums in achieving their missions.
- It enhances data management, security, retrieval, and accessibility.
- It enables automation, reducing manual effort and improving efficiency.
Definition of Information Systems
- An Information System (IS) is a structured system that processes data and transforms it into meaningful information for decision-making and operations.
- According to Alter (1999): IS uses IT to capture, transmit, store, retrieve, manipulate, or display information used in business processes.
- According to Rob & Coronel (2007): IS allows for data collection, storage, and retrieval.
- IS transforms raw data into meaningful information and helps organizations manage their data efficiently.
Differences Between IT and IS
| Feature | Information Technology (IT) | Information Systems (IS) |
|---|---|---|
| Definition | Use of hardware, software, and networks to process and store data. | A broader system that includes IT but also involves business processes and decision-making. |
| Scope | Focuses on technological aspects. | Focuses on how technology is used to manage information. |
| Example | Computer networks, storage devices, programming software. | Library management systems, financial information systems. |
Types of Information Technology (in Information Agencies)
- Computer Networks in Information Agencies
- Client-server network: A network structure where multiple client computers (users) access services from a centralized server (e.g., library database server).
- Peer-to-peer (P2P) network: A decentralized network where computers share resources directly without a central server.
- Internet: The global network that allows users to search, share, and communicate information worldwide.
Technologies Used in Libraries
- Input Devices:
- Keyboard & scanner: Used to input book details into a library database.
- Digital cameras & mobile devices: Used to capture images and access digital content.
- Storage Devices:
- Optical discs (CD/DVD), Pen drives, Portable Hard Drives, Flash Memory: Used to store digital information such as research papers, journals, and databases.
- Security Technologies in Libraries:
- Barcode technology: Used for book identification and borrowing systems.
- Tattle-tape security strips: Installed inside books to prevent theft.
- Radio Frequency Identification (RFID): Uses radio waves to track books and materials efficiently.
- Biometric authentication: Uses fingerprint or facial recognition for secure access control.
- Information Resources:
- Books, articles, reports (Physical and digital materials).
- Aggregators & publishers (Provide access to digital content).
- Institutional Repositories (IRs) (Online databases storing academic research and publications).
IT Systems
- Integrated Library Management System (ILMU, KOHA, OPAC): Used for cataloging, circulation, and managing digital and physical collections.
- OPAC (Online Public Access Catalog) allows users to search for books online.
- ARCHIVE COMPASS System: A digital archive system that helps manage and preserve historical records and documents.
- MUSEUM EmbARK System: A specialized system used in museums to catalog and manage artifacts and exhibits.
IT System Components
The components/elements/ building blocks/fundamentals of an IT SYSTEM are:
- People
- Data & Information
- Hardware
- Software
- Storage Devices
- Communication Devices
Functions of Information Technology
- DATA CAPTURE
- The process of collecting information from a document and converting it into digital data.
- Example: Barcode scanners capture book details in a library database. Optical Character Recognition (OCR) converts scanned texts into editable documents.
- DATA PROCESSING
- Involves converting, analyzing, computing, and producing different types of data and information.
- After data is captured, it must be organized and processed to be useful.
- Example: Library management systems process book loans and due dates.
- GENERATION OF INFORMATION
- Processed data is converted into meaningful information for decision-making.
- Example: A library catalog system organizes book details for easy access.
- STORAGE OF INFORMATION
- Information is stored in various formats for future use.
- Example: Facebook.com stores user data for social networking. Google Drive stores documents, spreadsheets, and files online.
- RETRIEVAL OF INFORMATION
- Finding and copying stored data for further distribution and processing.
- Example: A library user searches for a book in an OPAC system.
- TRANSMISSION OF INFORMATION
- Distributing information through communication networks.
- Example:
- Sending emails, sharing files, or live-streaming lectures.