20 Example Travel Websites That Will Get You Moving

Pack your bags. We’re going on vacation! That’s exactly what an effective travel website should make you feel. It should activate the travel bug with vibrant imagery and vivid copy. And while photos can do a lot of the work in inspiring visitors, a tra…

Pack your bags. We’re going on vacation! That’s exactly what an effective travel website should make you feel. It should activate the travel bug with vibrant imagery and vivid copy. And while photos can do a lot of the work in inspiring visitors, a travel site can’t accomplish its purpose without great web design. Web design plays a major role in visitors’ first impressions of a business. In fact, in one study, when participants were asked why they distrusted a website, 94% of the comments were about design. For a travel site, this means that design can be the determining...

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Human-Robot/AI Relationships: Interview with Dr. Julie Carpenter

Over at https://HumanAutonomy.com, we had a chance to interview Dr. Julie Carpenter about her research on human-robot/AI relationships. As the first post in a series, we interview one the pioneers in the study of human-AI relationships, Dr. Julie Carpenter. She has over 15 years of experience in human-centered design and human-AI interaction research, teaching, and … Continue reading Human-Robot/AI Relationships: Interview with Dr. Julie Carpenter

Over at https://HumanAutonomy.com, we had a chance to interview Dr. Julie Carpenter about her research on human-robot/AI relationships.

As the first post in a series, we interview one the pioneers in the study of human-AI relationships, Dr. Julie Carpenter. She has over 15 years of experience in human-centered design and human-AI interaction research, teaching, and writing. Her principal research is about how culture influences human perception of AI and robotic systems and the associated human factors such as user trust and decision-making in human-robot cooperative interactions in natural use-case environments.

Designing the technology of ‘Blade Runner 2049’

The original Bladerunner is my favorite movie and can be credited as sparking my interest in human-technology/human-autonomy interactions.  The sequel is fantastic if you have not seen it (I’ve seen it twice already and soon a third). If you’ve seen the original or sequel, the representations of incidental technologies may have seemed unusual.  For example, the … Continue reading Designing the technology of ‘Blade Runner 2049’

The original Bladerunner is my favorite movie and can be credited as sparking my interest in human-technology/human-autonomy interactions.  The sequel is fantastic if you have not seen it (I’ve seen it twice already and soon a third).

If you’ve seen the original or sequel, the representations of incidental technologies may have seemed unusual.  For example, the technologies feel like a strange hybrid of digital/analog systems, they are mostly voice controlled, and the hardware and software has a well-worn look.  Machines also make satisfying noises as they are working (also present in the sequel).  This is a refreshing contrast to the super clean, touch-based, transparent augmented reality displays shown in other movies.

This really great post/article from Engadget [WARNING CONTAINS SPOILERS] profiles the company that designed the technology shown in the movie Bladerunner 2049.  I’ve always been fascinated by futuristic UI concepts shown in movies.  What is the interaction like?  Information density? Multi-modal?  Why does it work like that and does it fit in-world?

The article suggests that the team really thought deeply about how to portray technology and UI by thinking about the fundamentals (I would love to have this job):

Blade Runner 2049 was challenging because it required Territory to think about complete systems. They were envisioning not only screens, but the machines and parts that would made them work.

With this in mind, the team considered a range of alternate display technologies. They included e-ink screens, which use tiny microcapsules filled with positive and negatively charged particles, and microfiche sheets, an old analog format used by libraries and other archival institutions to preserve old paper documents.