Archive 14.09.2021

Peaches, not surprisingly, pack a punch for Georgia's economy.

Lilly interviews Chris Lee, a graduate student at Oregon State University. Lee explains his research on marsupial robots, or carrier-passenger pairs of heterogeneous robot systems. They discuss the possible applications of marsupial robots including the DARPA Subterranean Competition, and some of the technical challenges including optimal deployment formulated as a stochastic assignment problem.

Chris Lee

Chris Lee is pursuing a Master of Science in Robotics at Oregon State University, having received a Bachelor of Science in Mechanical Engineering from the University of Buffalo. His research is in robotic exploration, frontier extraction, and stochastic assignment.

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In the following article we will discuss how one company employs creative design techniques and online configuration tools to provide customized motors and gearheads for their latest robotic arm and gripper – able to fit into a wide variety of applications.

Chatting with a robot is now part of many families' daily lives, thanks to conversational agents such as Apple's Siri or Amazon's Alexa. Recent research has shown that children are often delighted to find that they can ask Alexa to play their favorite songs or call Grandma.

Apart from the IEEE/RSJ IROS 2020 (International Conference on Intelligent Robots and Systems) original series Real Roboticist that we have been featuring in the last weeks, another series of three videos was produced together with Black in Robotics and the support of Toyota Research Institute. In this series, black roboticists give their personal examples of why diversity matters in robotics, showcase their research and explain what made them build a career in robotics.

Here’s a list of all the speakers and organisations who took part in the videos:

• Ariel Anders – Roboticist at Robust.AI
• Allison Okamura – Professor of Mechanical Engineering at Stanford University
• Alivia Blount – Data Scientist
• Anthony Jules – Co-founder and COO at Robust.AI
• Andra Keay – Robotics Industry Futurist, Managing Director of Silicon Valley Robotics and Core Team Member of Robohub
• Carlotta A. Berry – Professor of Electrical and Computer Engineering at Rose-Hulman Institute of Technology
• Donna Auguste – Entrepreneur and Data Scientist
• Clinton Enwerem – Robotics Trainee from the Robotics & Artificial Intelligence Nigeria (RAIN) team
• Quentin Sanders – Postdoctoral Research Fellow at North Carolina State University
• George Okoroafor – Robotics Research Engineer from the Robotics & Artificial Intelligence Nigeria (RAIN) team
• Tatiana Jean-Louis – Amazon & Robotics Geek
• Patrick Musau – Graduate Research Assistant at Vanderbilt University
• Melanie Moses – Professor of Computer Science at the University of New Mexico

There are concerns regarding the use of fully autonomous security robots which may get in the way of bringing them to market. Whether those concerns are legitimate or not may impact how quickly robotics will be adopted for security purposes.

An Israeli defense contractor on Monday unveiled a remote-controlled armed robot it says can patrol battle zones, track infiltrators and open fire. The unmanned vehicle is the latest addition to the world of drone technology, which is rapidly reshaping the modern battlefield.

The turning of the lead screw transfers the motor power to the spring. It presses from the lower belt on the upper belt, supports the upper body and relieves the lumbar spine.

A social robot from the National Robotarium, hosted by Heriot-Watt University, has become the world's first squash coach to explore if performance improvements and motivation levels can be increased during a player's solo practice.

The distance between the Norwegian towns of Røros and Trondheim is about 100 kilometers as the crow flies. Three entrepreneurs from the Norwegian University of Science and Technology (NTNU)want to use drones to transport medical samples between them.

If you have added manufacturing robots to your facility, you are already aware of the advantages they provide and the ROI. Robots do have a downside, however, when it comes to programming—most of the time, they must be offline to be updated or programmed.

On August 8th, 2021, a team of four graduate students from the University of Toronto presented their ethical design in the world’s first ever roboethics competition, the RO-MAN 2021 Roboethics to Design & Development Competition. During the competition, design teams tackled a challenging yet relatable scenario—introducing a robot helper to the household. The students’ solution, entitled ”Jeeves, the Ethically Designed Interface (JEDI)”, demonstrated how home robots can act safely and according to social and cultural norms. Click here to watch their video submission. JEEVES acted as an extension of the mother and the interface rules accommodated her priorities. For example, the delivery of alcohol was prohibited when the mother was not home. Moreover, JEEVES was cautious about delivering hazardous material to minors and animals.

Judges from around the world, with diverse backgrounds ranging from industry professionals to lawyers and professors in ethics, gave their feedback on the team’s submission. Open Roboethics Institute also hosted an online opinion poll to hear what the general public thinks about the solution for this challenge. We polled 172 participants who were mostly from the U.S, as we used SurveyMonkey to get responses. Full results from the surveys can be found here.

I think that JEEVES suggests a reasonable and fair solution for the robot-human interactions that could happen in our everyday lives within a
household.

RO-MAN Roboethics Competition Judge

The evaluation of JEEVES from the judges and the public was positive and yet critical.

The judges generally felt that the team’s solution is understandable, accessible, and simple to implement. In our public opinion poll, the public also felt similarly about JEEVES. “I think that JEEVES suggests a reasonable and fair solution for the robot-human interactions that could happen in our everyday lives within a household”, said MinYoung Yoo, a PhD student studying Human-Computer Interaction at Simon Fraser University. “The three grounding principles are rock solid and [the robot’s] decisions meet moral expectations.” The public’s opinion echoed these thoughts. Of the 172 people we surveyed, around 43% felt that the solution was effective in addressing the ethical challenges posed by the home robot.

In addition, about 40% of respondents also evaluated the JEDI solution as realistic and relatable.

However, about 38 – 41% of the poll participants were indecisive about how effective or relatable the solution and about 18% thought it was neither effective or relatable. The judge’s discussion could inform why the participants had this perspective.

Concerns about JEEVES being limited in scope and not generalizable came up throughout the conversation with the judges. With any solution, it is really important to consider how the design would apply in a variety of different scenarios. Although this competition presents the challenge of how a robot may interact with a single-mother household, the judges asked what would happen if there was a second adult in the home. For example, if the mom had a long-term girlfriend and they bought the robot together, would the robot still defer to the mother for important decisions, such as when to give alcohol to the teenage daughter and her boyfriend? In another scenario, the mom purchases a new piece of jewellery for her daughter. This piece of jewellery is her birthday present and because of its size and its shape it could be hazardous for the dog and the baby. Should the robot deliver this item to the daughter if she asks for it while the dog and baby are in the room?

[The JEEVES solution] assumes a single owner and thus puts the responsibility on one person only. What happens when there are two parents and they disagree on things?

A public opinion poll participant

As reflected in the earlier scenario, a major topic of discussion was on ownership and who should be responsible for the robot’s decisions. A respondent of the public opinion poll was also worried about the ownership of the home robot: “[The JEEVES solution] assumes a single owner and thus puts the responsibility on one person only. What happens when there are two parents and they disagree on things?”

Timothy Lee, one of the judges and an industry expert in mechatronics, posed a similar worry, “What if the mother is intoxicated and makes the wrong call?” Placing the onus on only one individual to make the right decisions is risky. Correspondingly, a majority of the participants (about 60%) disliked that the solution assumes that the intentions and choices of the mother are always good. Interestingly, a smaller portion of participants thought that the daughter or boyfriend’s perspective should be taken into account. ORI had explored how ownership of a robot should affect a robot’s action in a previous poll, and it was clear that people were divided on what a robot should do based on ownership. Humans have a strong sense of ownership and this is reflected in law (ex. Product liability, company ownership, etc). How robotic platform ownership should be managed is a major research and legal question.

The crux of the JEEVES solution lies in the robot’s ability to categorize objects as harmless (i.e. food and water), hazardous, and personal possessions. However, how objects are categorized can change over time. Dr. Tae Wan Kim, a professor in business ethics, posed an interesting thought regarding the categorization of the mother’s gun. The team initially designed the robot to only give the gun to the mother and no other member of the household. However, Dr. Kim presented an interesting potential counterexample—what if an armed thief breaks into the house and the daughter needs the gun for self-defense? In this particular situation, should the robot give the gun to the daughter even though it is considered a hazardous object? Or perhaps, does it become more hazardous to not give the gun to the daughter? In response to this scenario, a member of the design team added that the baby will also grow up and certain objects will no longer be hazardous.

JEEVES ultimately prioritizes the safety of the household members in its ethical design, as reflected in the team’s report: “The first priority is the prevention of harm to users, the robot, and the environment.” Interestingly, the public seemed to have a slightly different opinion. The majority of poll respondents liked that the solution values and protects the privacy for the owner of the objects. In fact, more people seemed to value privacy over physical safety, which is a somewhat surprising result. But perhaps this is because the public doesn’t believe that the home robot can really cause physical harm. Alternatively, the public might be more concerned about their privacy considering the association between smart technologies and data breaches in the media over the past few years. Finally, It is important to highlight that all of the participants were from the United States or Canada where privacy is highly valued in society. Other cultures could have a very different perspective on which values should be prioritized.

Another notable point is that these ethical issues in robotics are exceptionally difficult to solve. “There’s no right answer, and that’s the beauty of itthere are just a whole bunch of answers with different reasoning that we can discuss”, said one of the judges at the end of the evaluation session. As reflected by our poll results where a significant number of people were unclear about how they felt, as well as the ongoing debates between experts in the field, and the judges’ open-ended comments, developing an ethical robot is an immense challenge. Any attempt is a commendable feat—and JEEVES is an excellent start.

There’s no right answer, and that’s the beauty of itthere are just a whole bunch of answers with different reasoning that we can discuss.

RO-MAN Roboethics Competition Judge

Soft robots driven by pressurized fluids could explore new frontiers and interact with delicate objects in ways that traditional rigid robots can't. But building entirely soft robots remains a challenge because many of the components required to power these devices are, themselves, rigid.

Singapore is in the midst of a three-week trial for a pair of autonomous robots that patrol the public for "undesirable social behaviors" that include smoking in prohibited areas and violating COVID-19 gathering regulations.

Solving the challenge of the last mile using traditional methods, like human teams and traditional automation systems, can require a massive upfront investment of capital and time – and often isn’t enough to gain an edge in an already cutthroat market.