Difference between revisions of "CLIO Design Considerations"
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This is a list of major considerations that we feel need to be taken into account for CLIO to succeed within our host sites and the GLAM field at large. These are overarching themes, concepts and philosophies that we use to both expand and constrain our design, research and evaluation. | This is a list of major considerations that we feel need to be taken into account for CLIO to succeed within our host sites and the GLAM field at large. These are overarching themes, concepts and philosophies that we use to both expand and constrain our design, research and evaluation. | ||
Revision as of 12:58, 16 November 2021
This is a list of major considerations that we feel need to be taken into account for CLIO to succeed within our host sites and the GLAM field at large. These are overarching themes, concepts and philosophies that we use to both expand and constrain our design, research and evaluation.
Versatility
Exhibits
CLIO should act as a framework that allows it to be integrated into many different types of exhibitions and activities. It should work in both a physical space, through a kiosk or terminal, as well as in the digital space, through a web page or integrated modules.
Technology
CLIO should aim to use versatile and modular technologies that don't just work to solve one problem, but help cultivate an ecosystem that can be used to solve many problems. Technologies should work natively across different platforms without requiring users to install additional software.
Scalability
Simplicity
Creating a new kiosk and a new interactive experience should be simple enough for a professional without extensive technology experience to accomplish out of the box by using the appropriate guides.
Reproducibility
Creating additional interactive should be a streamlined process that allows institutions to create kiosks both as-needed or in batches. The process of replicating and setting up a new kiosk should be the same each time.
Affordability
Creating a new kiosk should be an affordable solution that allows institutions to take into consideration the electronics they already have, or explore low-cost commodity hardware.
Sustainability
Repairable
Each part used for the prototype kiosk should be fabricated in-house or be standardized with reliable sourcing. Each kiosk should be modular and allow individual parts to be replaced as they are damaged or obsoleted.
Recyclable
When possible, parts used in the kiosk should be recyclable, compostable or have a sustainable and eco-conscious disposal solution.
Power Consumption
Each kiosk should efficiently manage its power usage and provide different options for powering it, including renewable energy solutions.
Environmental Impact
While it may not be possible to create a kiosk without any negative environmental impact, we can still work to understand the scope of the problem and minimize it.
Accessibility
Physical Kiosk
The prototype kiosk should be compact and lightweight, but still allow it to be easily gripped by visitors. It should be accessible with one hand and limited dexterity. It should provide access to content that engages multiple senses.
Interactive Interface
The interface should be responsive and only require one finger to fully engage with. It should contain a collection of basic direct access accommodations when used without personal assistive devices. The interface should be compatible with personal assistive devices and accessibility tools.
Learn by Doing
Accessibility is also ensuring that its users understand how it works. We should provide documentation related to creating and using the product, with accompanying resources such as video tutorials, guides, source code comments and a wiki.
Openness
Open Source Software
Open Hardware
Open Knowledge
