Robotic dogs are patrolling President-elect Donald Trump's Mar-a-Lago residence in Florida days after his election victory as the Republican has faced two assassination attempts and reports of an Iranian murder plot against him.

Video of the B9 robot from "Lost In Space" and his most famous catchphrases.; Credit: timtomp (via YouTube)

Robert Kinoshita, the Los Angeles native who designed the iconic robots from "Lost in Space" and "Forbidden Planet," has passed away. He was 100 years old.

Konishita died Dec. 9 at a Torrance nursing home, according to the Hollywood Reporter, citing family friend Mike Clark. His creations included "Forbidden Planet's" Robby the Robot, the B9 robot from "Lost in Space," Tobor from "Tobor the Great" and more. Kinoshita also created "Lost in Space's" iconic flying-saucer-shaped Jupiter 2 spaceship.

Kinoshita built the original miniature prototype of Robby the Robot out of wood and plastic by combining several different concepts, according to the Reporter; the Rafu Shimpo reported that he struggled with the design.

"I thought, what the hell. We’re wasting so much time designing and drawing one sketch after another. I said to myself, I’m going to make a model," Kinoshita told the Rafu Shimpo in a 2004 interview. "Then one day, the art director sees the model. He says, ‘Give me that thing.’ He grabbed it and ran. ... Ten minutes later, he comes running back and puts the model back on my desk and says, ‘Draw it!’"

Watch Kinoshita and his colleagues talking about the construction of Robby the Robot:

Robby the Robot's construction

The 1956 classic sci-fi movie "Forbidden Planet" — based on Shakespeare's "The Tempest" — went on to be nominated for a special effects Oscar.

Kinoshita later served as art director on the 1960s sci-fi TV series "Lost in Space," creating the arm-flailing robot — named B9 — who delivered the classic line "Danger! Danger, Will Robinson!" That robot received as much fan mail as the actual humans on the show, according to the Reporter.

Watch the robot's feud with "Lost in Space's" Dr. Smith:

The robot vs. Dr. Smith

The "Lost in Space" robot even inspired a B9 Robot Builders Club, featured in Forbes. Kinoshita sent a message in 2000 to the club, thanking them for their support for the robot he originally nicknamed "Blinky."

"I'm truly flabbergasted and honored by your support for 'Blinky!' It's a well-designed little beauty," Kinoshita wrote. "Your thoughtful remembrance is something we designers seldom are lucky enough to receive."

Kinoshita described the thought process behind its design in a 1998 interview.

"You're laying in bed, and something comes to you," he said. "Until, finally, you get to a point where you say, 'This could work,' 'OK, let's see what the boss man says.' And you present it to him."

He told the Rafu Shimpo that he tried to create his robots to disguise the fact that there was a person inside. "I tried to camouflage it enough so you’d wonder where the hell the human was," he said.

Both the Japanese-American Kinoshita and his wife, Lillian, were sent to an Arizona internment camp during World War II, though they were able to get out before the end of the war and moved to Wisconsin, according to the Reporter.

While in Wisconsin, Kinoshita learned industrial design and plastic fabrication, designing washing machines for the Army and Air Force before returning to California, according to the Rafu Shimpo.

Kinoshita said that he had to overcome racial prejudice to break into working in Hollywood.

Kinoshita attributed his long life to clean living — along with daily doses of apple cider vinegar, family friend Clark told the Reporter.

Kinoshita also worked as a designer and art director on numerous classic TV shows, including "Kojak," "Barnaby Jones," "Hawaii Five-O," "Bat Masterson," "Sea Hunt," "Tombstone Territory," "Star Trek" creator Gene Roddenberry's "Planet Earth" and more, according to his IMDB. His last TV show was 1984's "Cover Up."

Kinoshita grew up in Boyle Heights, according to the Reporter, attending Maryknoll Japanese Catholic School, Roosevelt High School and USC's School of Architecture. His career began with work on 1937's "100 Men and a Girl." Kinoshita graduated cum laude from USC, according to the Rafu Shimpo.

Watch Kinoshita speak at his 95th birthday gathering with the B9 Robot Builders Club. He said he hoped to make it to 100, and he ended up doing so.

Kinoshita's 95th birthday speech

This content is from Southern California Public Radio. View the original story at SCPR.org.

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Electronic Arts vuelve a la carga con una franquicia que dejó sabores agridulces en su primera entrega. Además de la apuesta multijugador, ahora llega con una campaña individual muy sugerente.

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Continuing with our annual look at the top trends in small business, this week we get to the Top 5. Apparently, the only thing constant is change.

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Tonight: Group Exhibit reception for OH, TULSA! at Living Arts of Tulsa's ArtSpace, 307 E Brady. The reception is from 6-9 pm Friday, 8/5. One of the projects on display is Oom-A-Gog, recreated by artist Chris Wollard, who is also a Tulsa Tiki aficionado. Curator is Melanie Fry of Joyce Martel fame. More details and links at the top of just-archived GroupBlog 329.

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How to instruct Web crawlers (search engine spiders) what to do when they visit your site. You can specify that some parts of your site should be private and non-searchable. You can control how Web crawlers index your site at different levels - the entire site, specific directories, and individual pages.

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From washing urinals to tidying up the beach, we can already see a future where our robot servants help keep our world a little cleaner. Now, a robotic arm has mastered the surprisingly complex task of sink washing, showing off its ability to learn.

Continue Reading

Category: Robotics, Technology

Tags: Robot, Automation, TU Wien, Cleaning

It takes years of intense study and a steady hand for humans to perform surgery, but robots might have an easier time picking it up with today's AI technology.

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Category: Robotics, Technology

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I’ve been promising Kiddo 1 I’d draw his requests whenever he finishes his home learning. Here’s one.

Michael Franco, New Atlas, Nov 13, 2024

The depth and detail in this paper (8 page PDF) are daunting, but the gist, as summarized in this post, is straightforward: provided only with observations of a human cleaning (" using a so-called instrumented tool, which is a standard tool equipped with additional sensors") the front of an ordinary sink, a robot arm learn to clean entire sinks with varying surface topology. "The model implicitly learned the correct
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Prior work demonstrates the importance of introducing young children to programming and engineering content before gender stereotypes are fully developed and ingrained in later years. However, very little research on gender and early childhood technology interventions exist. This pilot study looks at N=45 children in kindergarten through second grade who completed an eight-week robotics and programming curriculum using the KIWI robotics kit. KIWI is a developmentally appropriate robotics construction set specifically designed for use with children ages 4 to 7 years old. Qualitative pre-interviews were administered to determine whether participating children had any gender-biased attitudes toward robotics and other engineering tools prior to using KIWI in their classrooms. Post-tests were administered upon completion of the curriculum to determine if any gender differences in achievement were present. Results showed that young children were beginning to form opinions about which technologies and tools would be better suited for boys and girls. While there were no significant differences between boys and girls on the robotics and simple programming tasks, boys performed significantly better than girls on the advanced programming tasks such as, using repeat loops with sensor parameters. Implications for the design of new technological tools and curriculum that are appealing to boys and girls are discussed.

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This book serves as a comprehensive guide for individuals interested in mobile robotics, including: (i) novices interested in programming simple simulated robots; (ii) individuals with basic knowledge of robotics, that is, intermediate learners, who seek to know

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