Category: Robotics

The Earth 3 podcast will explore Earth 1 through the lens of Science, Technology, the Environment, Ethics, and Law, or STEEL for short.

Modem Futura is your guide to the bold frontiers of tomorrow.

We urge that there be a federal mandate to include bionics in federal insurance programs and insurance companies regulated by Obamacare. As prostheses advance in sensory capabilities, insurance companies need to recognize prosthetic limbs as a part of the body susceptible to personal injury, not just as equipment, since they have haptic capabilities (i.e., the sense of touch) and can feel distress.

Strengers, an Associate Professor of Digital Technology at Monash University, and Kennedy, a postdoc at RMIT University, Melbourne, VIC, Australia, argue that if we proceed down the current path of making our digital assistants, fembots, gynoids, and voice-activated devices look, sound, and/or behave like simulacra of women, we risk reinforcing traditional gender stereotypes in ways that could rebound on real women.

While it is true that technology is addressing problems and making elements of some people’s lives easier, there are aggregate measures that suggest a troubling trajectory.

This SSIT Guest Lecture was presented by Prof Clinton Andrews, Rutgers University / President of IEEE SSIT (2021 – 2022)…  Read More

This SSIT Guest Lecture was presented by Dr. Nizar Rokbani, Tunisia Section SIGHT at a Chapter Meeting organised by IEEE UK…  Read More

“Digital and Societal Transformations” – Conference website here: https://www.istas22.org/

If caregiving is the very essence of being human, why would we consider turning it over to robots? Technology—and artificial intelligence (AI, in particular—have created a world in which automation is prioritized and digital is seen as an improvement on analog—more accurate, more portable, and more controllable. Caregiving is as analog as it gets and it is a field with a serious labor shortage. That makes it ripe for automation—and in fact, the robot caregivers are already here.

Social robotics is poised to impact society by addressing isolation and providing companionship by augmenting human interaction when none is available.

In the first six months of 2018, eight New York City yellow cab drivers, impacted by big tech disruption on the taxi industry, took their own lives. “I am not a Slave and I refuse to be one,” wrote one in his suicide note.

Emerging social contexts add new requirements to the knowledge that successful roboticists need. Much of this additional knowledge comes from the social sciences and humanities.

The promise of 4IR is overblown and its perils are underappreciated. There are compelling reasons to reject—and even actively oppose—the 4IR narrative.

Although much research has been devoted to the effects of autonomous vehicles (AVs) on urban areas, little work has been dedicated to the potential impacts of AVs in rural areas, especially related to feasibility and accessibility [1]. How will automated vehicles impact rural communities?

Lethal autonomous weapon systems  have the potential to radically transform warfare. Can open source technology help regulate their development?

The technologies being investigated may hold a promising future for the elderly population, allowing people to continue to live inside their homes while aging.

Julie Wosk’s My Fair Ladies is an engaging historical account of female automata, with sidelights on dolls, disembodied electronic female voices, masks, make-up, and the sexual and gender implications of efforts to create artificial humans.

Mega-platforms have, with the addition of one extra ingredient, combined lock-in and loyalty to create a grave, and perhaps unexpected, consequence. The extra ingredient is psychology; and the unexpected consequence is what might be called digital dependence.

It is important to define autonomy in technology, which is not the same as automation. Automated systems operate by clear repeatable rules based on unambiguous sensed data. Autonomous systems take in data about the unstructured world around them, process that data to generate information, and generate alternatives and make decisions in the face of uncertainty.

The role of driverless cars in future transport systems remains debatable, in terms of their potential to replace other transport modes or have a novel, unique, and complementary functionality.