Somebody in last week’s AI4LIB Open Hour asked a question that stopped the room for a second. Not “should we use ChatGPT in the library,” which used to be the question every single week for the better part of a year. This time it was, “who in my library is actually responsible if the AI gets something wrong?” Nobody on the call had a ready answer. That silence, more than any survey or dataset, told me the profession has quietly crossed over from one debate into another.
For most of the past two years, the AI conversation in libraries was about adoption. Should we try it. Which tool. Is it allowed. That question is more or less settled now. AI already sits inside cataloguing, reference, discovery, and research support, whether a library formally approved it or not. The question worth asking today is not whether AI belongs in the library. It is how a library governs something that is already inside its walls.
Start with the job market, because numbers rarely lie the way opinions do. Going through more than 800 library and information science job advertisements across India, the pattern is hard to miss. MLIS, UGC-NET, SET, a Ph.D. where the post demands it, these still open the door. But almost every listing now expects working familiarity with Koha or DSpace, comfort with MARC21 and Dublin Core, exposure to research databases and plagiarism tools, and increasingly, some demonstrated ability to use AI responsibly. I won’t be wrong if I say the degree gets you shortlisted, the skillset gets you hired. For a student writing to me on WhatsApp asking what to learn next, that is the honest answer, not the diplomatic one.
Governance is where things get interesting, and where most libraries are furthest behind. Walk into any library today and you will find staff already using ChatGPT, Gemini, Copilot, NotebookLM, on their own initiative, often on their own devices, usually without telling anyone. Very few institutions have written down what is and is not acceptable. The University of Arizona Library’s AI strategy is worth a close read here, precisely because it does not obsess over which tool to bless. It builds around accountability, who decides, staff training, privacy, transparency, and risk. That is the correct instinct. We went through the same lesson with the internet, then with institutional repositories, then with open access. The tool is never the hard part. The framework around the tool is.
This is where I keep returning to a phrase I have used before on this page: the Fluency Trap. AI can produce an answer that reads beautifully, cites confidently, and is completely wrong. Fluency and accuracy are not the same thing, and a profession built on evaluating information for a living cannot afford to forget that distinction just because the output sounds polished. If anything, AI-generated fluency raises the stakes on the oldest skill in librarianship: teaching people to ask, how do you know this is true.
Naturally the question that keeps coming back, in every workshop and every Open Hour, is whether AI will replace librarians. My answer has not changed and I don’t expect it to. AI has already absorbed the routine end of the job, quick factual lookups, first-pass metadata, basic retrieval. It has not touched, and I doubt it will soon touch, the part of librarianship that was never really about retrieval in the first place. Helping a confused research scholar turn a vague worry into a searchable question. Knowing which gap in the literature actually matters. Reading a community and knowing what it needs before it asks. That is judgement, and judgement does not come out of a training corpus.
There is a quieter opportunity hiding inside all this anxiety, and it belongs to public libraries as much as academic ones. Communities need someone to teach them how AI works, how to spot AI-generated misinformation, how to make an informed choice instead of an easy one. Public libraries are already stepping into that role in a few places, and it fits the mission better than almost anything else on offer right now. Academic and research libraries have their own version of the same opening, in metadata work, in supporting open science, in shaping how AI gets used across a campus rather than reacting to it department by department.
None of this sits in settled law, and it will not for some time. Copyright questions around AI training data, authorship, and licensing are moving through courts across the world as I write this, with well over 150 cases already filed. For anyone using AI in research or teaching, that uncertainty is not a footnote, it is a reason to be deliberate about disclosing what the AI did and what the human did.
If this week’s discussions distilled into one line, it would be the same three instructions I keep repeating on this Open Hour, and I make no apology for repeating them again: verify the source, disclose the tool, validate the output. Simple enough to fit on a sticky note. Hard enough that most institutions still haven’t managed it. Libraries did not ask to become the profession that teaches the world how to think about AI responsibly. But look around, nobody else is doing it half as well, and somebody has to.
Tag Archives: winisis
Installing WINISIS on current 32-Bit or 64-Bit versions of Windows
Introduction:
Winisis is a software developed by UNESCO (United Nations Educational, Scientific and Cultural Organization) for managing and retrieving information stored in textual databases. It is a Windows-based version of the CDS/ISIS software, widely used in libraries, documentation centres, and similar institutions for creating and maintaining bibliographic databases.
Winisis is different from a relational database management system (RDBMS). It is based on a text-oriented database mode. It uses the CDS/ISIS (Computerized Documentation Service/Integrated Set of Information Systems) data model, which is designed to handle bibliographic and textual data rather than the structured data typically managed by relational databases. Data is stored in a format that consists of records, fields, and subfields, but it does not support the relational model’s tables, rows, and columns with defined relationships and constraints. This makes Winisis particularly suited for managing unstructured or semi-structured textual information, such as bibliographic records in libraries and documentation centres, rather than for applications requiring complex relational data handling.
Key Features of Winisis:
- Database Management: Allows for the creation, updating, and maintenance of textual and bibliographic databases.
- Data Retrieval: Provides powerful search capabilities, including boolean searches, to retrieve information efficiently.
- User-Friendly Interface: Designed to be easy to use with a graphical interface suitable for Windows environments.
- Flexible Data Entry: Supports customisable data entry worksheets tailored to the specific needs of different databases.
- Multilingual Support: Capable of handling multiple languages, making it suitable for international use.
- Import/Export Functionality: Facilitates the exchange of data with other software systems through import/export features.
- Customization: Allows for various levels of customization in terms of data structure, search formats, and display formats.
Legacy Software:
Unfortunately, Winisis is no longer actively supported or updated by UNESCO. The software, built for 16-bit machines, has not seen any updates for the last two decades. The lack of official updates means that it is no longer compatible with newer operating systems or technologies. Users looking for alternatives often consider other library and information management systems such as Koha, Evergreen, or other Integrated Library Systems (ILS) that are actively maintained and offer more modern features.
Continued use of Winisis:
People still continue to use Winisis for several reasons:
- Legacy Data: Many institutions have extensive databases in Winisis, making migration costly and complex.
- Familiarity: Long-term users are accustomed to Winisis, reducing retraining needs.
- Specific Features: Tailored features for bibliographic management make it irreplaceable for some.
- Cost: As a free tool provided by UNESCO, it remains a cost-effective option for resource-limited institutions.
- Teaching in Library Science: Winisis is still taught in some library science programs to provide historical context and foundational knowledge in database management.
- Low Resource Requirement: Winisis runs efficiently on older hardware and operating systems.
Installation on Modern OS:
Installing Winisis on modern operating systems can be challenging due to its outdated software architecture. Here are some methods:
- Compatibility Mode: Run the installation file in compatibility mode for older versions of Windows (e.g., Windows XP or Windows 7).
- Virtual Machines: Use a virtual machine (VM) running an older version of Windows that supports Winisis. Software like VMware or VirtualBox can help set this up.
- Wine on Linux/Mac: For Linux or Mac users, use Wine to run Winisis, although compatibility can vary.
These methods help ensure that Winisis can run despite its lack of updates for modern systems.
Better Installation Methods:
Here I will explain better installation methods that have been tested by myself. Depending on the machine architecture, I suggest the following two methods:
- NTVDM on 32-bit Windows 10.
- WINEVDM on 64-bit Windows.
NTVDM on 32-bit Windows 10:
This method uses the NTVDM [1] feature of Windows 10. NTVDM, or the NT Virtual DOS Machine, is a system component introduced in 1993 for all IA-32 editions of the Windows NT family (not included with 64-bit versions of the OS). This component allows the execution of 16-bit Windows applications on 32-bit Windows operating systems, as well as the execution of both 16-bit and 32-bit DOS applications. It is very similar to installing Winisis on Windows 2000, XP and NT by placing a ctl3d.dll file in the windows/system directory.
Steps:
- Mount Winisis CD or ISO file. In case, Winisis CD or ISO is not available, you may download Winisis installation files [2].
- Explore files to reach the directory containing Install.exe.
- Double-click on Install.exe.
- Windows will pop up an alert “An app on your PC needs the following Windows feature: NTVDM. Install this feature. Skip this Installation.”
- Select “Install this feature”. Windows will search for files and install the feature.
- Installation of Winisis will now proceed. Select various options for Winisis installation. It would suggest default options, which are fine. That will complete Winisis installation in a directory named “WINISIS”.
- Restart the system.
- Now explore the WINISIS directory and look for WISIS.EXE. Execute it to start up Winisis.
- In case you get the error – “Can’t run 16-bit Windows program …”, press OK to close WISIS.
- Download ctl3d.dll [3] file and place it in the Windows/System directory. Replace the existing file if any with the same name.
- WISIS should now work fine. Create a shortcut icon for WISIS and place it on the desktop.
WINEVDM on 64-bit Windows:
This method uses the WINEVDM [4]. Otvdm or WineVDM, is an open-source compatibility layer and user-mode emulator developed for 64-bit Windows. It consists of WineVDM, a component of Wine that serves the same role the NTVDM does on 32-bit Windows. This method has been tested to work on 64-bit versions of Windows 10 and Windows 11.
Steps:
- We would require Microsoft Visual C++ Redistributable Version [5] for the x86 Architecture. It is important to note to download an X86 architecture version [6] although we are going to install it on an x64 architecture machine.
- Install Microsoft Visual C++ Redistributable Version.
- Download the latest version of WINEVDM [4]. Extract the contents of the downloaded zip file and execute the install file.
- Mount Winisis CD or ISO file or download Winisis installation files [2].
- Explore files to reach the directory containing Install.exe.
- Double-click on Install.exe.
- Winisis will start installing and on completion there will be a directory named “WINISIS”.
- Now explore the WINISIS directory and look for WISIS.EXE.
- Create a shortcut icon for WISIS and place it on the desktop.
- Winisis should work fine.
REFERENCES/ LINKS:
- NTVDM and 16-bit app support. https://learn.microsoft.com/en-us/windows/compatibility/ntvdm-and-16-bit-app-support [Accessed – 30th July 2024].
- Winisis Version 1.4 Installation Files. https://drive.google.com/file/d/1erLfII8k0o5M74c–IXJ5ZahSD0RpTIT/view?usp=sharing [Accessed 30th July 2014]
- CTL3D.DLL file. https://drive.google.com/file/d/1lcmAxDtr_YFq_YtWynrrDKMlcnuRgIdD/view?usp=sharing [Accessed 30th July 2024].
- WINEVDM. https://github.com/otya128/winevdm/releases/tag/v0.9.0 [Accessed 30th July 2024].
- Microsoft Visual C++ Redistributable Version. https://learn.microsoft.com/en-us/cpp/windows/latest-supported-vc-redist [Accessed 30th July 2024].
- Microsoft Visual C++ Redistributable Version for X86 Architecture. https://aka.ms/vs/17/release/vc_redist.x86.exe [Accessed 30th July 2024].