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(ChineseToday)CHINA-TIANJIN-DIGITAL TWIN TECHNICIAN (CN)

(240501) -- TIANJIN, May 1, 2024 (Xinhua) -- Ma Xinqi prepares for performance at a motion capture booth in the National Animation Industry Park in Binhai New Area, north China's Tianjin Municipality, April 23, 2024. Surrounded by dozens of high-definition infrared cameras, Ma Xinqi, a motion capture actor, performs in a booth while a visual character on the computer screen records and repeats his movements. "This is called digital twin technology, which can capture specific marks on an actor's body with infrared cameras set in the booth and calculate the actor's movement in milliseconds. The data will be transmitted to the computer for rendering to realize the synchronized performance of an virtual character," said Cui Shengji, a technical consultant of a motion capture booth in the National Animation Industry Park. Cui has been engaged in digital-technology-related work for nearly ten years, and now he has set up a studio, applying digital twin technology in fields of animation, immersive cultural t

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(ChineseToday)CHINA-TIANJIN-DIGITAL TWIN TECHNICIAN (CN)

(240501) -- TIANJIN, May 1, 2024 (Xinhua) -- A member of Cui Shengji's studio adjusts movements of a visual character in the National Animation Industry Park in Binhai New Area, north China's Tianjin Municipality, April 23, 2024. Surrounded by dozens of high-definition infrared cameras, Ma Xinqi, a motion capture actor, performs in a booth while a visual character on the computer screen records and repeats his movements. "This is called digital twin technology, which can capture specific marks on an actor's body with infrared cameras set in the booth and calculate the actor's movement in milliseconds. The data will be transmitted to the computer for rendering to realize the synchronized performance of an virtual character," said Cui Shengji, a technical consultant of a motion capture booth in the National Animation Industry Park. Cui has been engaged in digital-technology-related work for nearly ten years, and now he has set up a studio, applying digital twin technology in fields of animation, immersi

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(ChineseToday)CHINA-TIANJIN-DIGITAL TWIN TECHNICIAN (CN)

(240501) -- TIANJIN, May 1, 2024 (Xinhua) -- Ma Xinqi (L) performs as a visual character doing the same movement is generated in real time on the computer at a motion capture booth in the National Animation Industry Park, Binhai New Area, north China's Tianjin Municipality, April 23, 2024. Surrounded by dozens of high-definition infrared cameras, Ma Xinqi, a motion capture actor, performs in a booth while a visual character on the computer screen records and repeats his movements. "This is called digital twin technology, which can capture specific marks on an actor's body with infrared cameras set in the booth and calculate the actor's movement in milliseconds. The data will be transmitted to the computer for rendering to realize the synchronized performance of an virtual character," said Cui Shengji, a technical consultant of a motion capture booth in the National Animation Industry Park. Cui has been engaged in digital-technology-related work for nearly ten years, and now he has set up a studio, app

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(ChineseToday)CHINA-TIANJIN-DIGITAL TWIN TECHNICIAN (CN)

(240501) -- TIANJIN, May 1, 2024 (Xinhua) -- Cui Shengji (C) briefs the movements of a motion capture actor to a colleague at a motion capture booth in the National Animation Industry Park, Binhai New Area, north China's Tianjin Municipality, April 23, 2024. Surrounded by dozens of high-definition infrared cameras, Ma Xinqi, a motion capture actor, performs in a booth while a visual character on the computer screen records and repeats his movements. "This is called digital twin technology, which can capture specific marks on an actor's body with infrared cameras set in the booth and calculate the actor's movement in milliseconds. The data will be transmitted to the computer for rendering to realize the synchronized performance of an virtual character," said Cui Shengji, a technical consultant of a motion capture booth in the National Animation Industry Park. Cui has been engaged in digital-technology-related work for nearly ten years, and now he has set up a studio, applying digital twin technology in

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(ChineseToday)CHINA-TIANJIN-DIGITAL TWIN TECHNICIAN (CN)

(240501) -- TIANJIN, May 1, 2024 (Xinhua) -- Cui Shengji (2nd L) and his colleagues check data at a motion capture booth in the National Animation Industry Park, Binhai New Area, north China's Tianjin Municipality, April 23, 2024. Surrounded by dozens of high-definition infrared cameras, Ma Xinqi, a motion capture actor, performs in a booth while a visual character on the computer screen records and repeats his movements. "This is called digital twin technology, which can capture specific marks on an actor's body with infrared cameras set in the booth and calculate the actor's movement in milliseconds. The data will be transmitted to the computer for rendering to realize the synchronized performance of an virtual character," said Cui Shengji, a technical consultant of a motion capture booth in the National Animation Industry Park. Cui has been engaged in digital-technology-related work for nearly ten years, and now he has set up a studio, applying digital twin technology in fields of animation, immers

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(ChineseToday)CHINA-TIANJIN-DIGITAL TWIN TECHNICIAN (CN)

(240501) -- TIANJIN, May 1, 2024 (Xinhua) -- Cui Shengji (2nd L) and his colleagues check data at a motion capture booth in the National Animation Industry Park, Binhai New Area, north China's Tianjin Municipality, April 23, 2024. Surrounded by dozens of high-definition infrared cameras, Ma Xinqi, a motion capture actor, performs in a booth while a visual character on the computer screen records and repeats his movements. "This is called digital twin technology, which can capture specific marks on an actor's body with infrared cameras set in the booth and calculate the actor's movement in milliseconds. The data will be transmitted to the computer for rendering to realize the synchronized performance of an virtual character," said Cui Shengji, a technical consultant of a motion capture booth in the National Animation Industry Park. Cui has been engaged in digital-technology-related work for nearly ten years, and now he has set up a studio, applying digital twin technology in fields of animation, immers

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(ChineseToday)CHINA-TIANJIN-DIGITAL TWIN TECHNICIAN (CN)

(240501) -- TIANJIN, May 1, 2024 (Xinhua) -- Cui Shengji (R) and Ma Xinqi watch movements of a visual character at a motion capture booth in the National Animation Industry Park, Binhai New Area, north China's Tianjin Municipality, April 23, 2024. Surrounded by dozens of high-definition infrared cameras, Ma Xinqi, a motion capture actor, performs in a booth while a visual character on the computer screen records and repeats his movements. "This is called digital twin technology, which can capture specific marks on an actor's body with infrared cameras set in the booth and calculate the actor's movement in milliseconds. The data will be transmitted to the computer for rendering to realize the synchronized performance of an virtual character," said Cui Shengji, a technical consultant of a motion capture booth in the National Animation Industry Park. Cui has been engaged in digital-technology-related work for nearly ten years, and now he has set up a studio, applying digital twin technology in fields of

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(ChineseToday)CHINA-TIANJIN-DIGITAL TWIN TECHNICIAN (CN)

(240501) -- TIANJIN, May 1, 2024 (Xinhua) -- Cui Shengji (1st R) discusses with his colleagues at an office in the National Animation Industry Park, Binhai New Area, north China's Tianjin Municipality, April 23, 2024. Surrounded by dozens of high-definition infrared cameras, Ma Xinqi, a motion capture actor, performs in a booth while a visual character on the computer screen records and repeats his movements. "This is called digital twin technology, which can capture specific marks on an actor's body with infrared cameras set in the booth and calculate the actor's movement in milliseconds. The data will be transmitted to the computer for rendering to realize the synchronized performance of an virtual character," said Cui Shengji, a technical consultant of a motion capture booth in the National Animation Industry Park. Cui has been engaged in digital-technology-related work for nearly ten years, and now he has set up a studio, applying digital twin technology in fields of animation, immersive cultural

E

(ChineseToday)CHINA-TIANJIN-DIGITAL TWIN TECHNICIAN (CN)

(240501) -- TIANJIN, May 1, 2024 (Xinhua) -- Ma Xinqi performs at a motion capture booth in the National Animation Industry Park in Binhai New Area, north China's Tianjin Municipality, April 23, 2024. Surrounded by dozens of high-definition infrared cameras, Ma Xinqi, a motion capture actor, performs in a booth while a visual character on the computer screen records and repeats his movements. "This is called digital twin technology, which can capture specific marks on an actor's body with infrared cameras set in the booth and calculate the actor's movement in milliseconds. The data will be transmitted to the computer for rendering to realize the synchronized performance of an virtual character," said Cui Shengji, a technical consultant of a motion capture booth in the National Animation Industry Park. Cui has been engaged in digital-technology-related work for nearly ten years, and now he has set up a studio, applying digital twin technology in fields of animation, immersive cultural tourism, life sci

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(ChineseToday)CHINA-TIANJIN-DIGITAL TWIN TECHNICIAN (CN)

(240501) -- TIANJIN, May 1, 2024 (Xinhua) -- Cui Shengji (1st R) discusses with his colleagues at an office in the National Animation Industry Park, Binhai New Area, north China's Tianjin Municipality, April 23, 2024. Surrounded by dozens of high-definition infrared cameras, Ma Xinqi, a motion capture actor, performs in a booth while a visual character on the computer screen records and repeats his movements. "This is called digital twin technology, which can capture specific marks on an actor's body with infrared cameras set in the booth and calculate the actor's movement in milliseconds. The data will be transmitted to the computer for rendering to realize the synchronized performance of an virtual character," said Cui Shengji, a technical consultant of a motion capture booth in the National Animation Industry Park. Cui has been engaged in digital-technology-related work for nearly ten years, and now he has set up a studio, applying digital twin technology in fields of animation, immersive cultural

E

(ChineseToday)CHINA-TIANJIN-DIGITAL TWIN TECHNICIAN (CN)

(240501) -- TIANJIN, May 1, 2024 (Xinhua) -- Cui Shengji (2nd L) briefs the movements of a motion capture actor to his colleagues at a motion capture booth in the National Animation Industry Park, Binhai New Area, north China's Tianjin Municipality, April 23, 2024. Surrounded by dozens of high-definition infrared cameras, Ma Xinqi, a motion capture actor, performs in a booth while a visual character on the computer screen records and repeats his movements. "This is called digital twin technology, which can capture specific marks on an actor's body with infrared cameras set in the booth and calculate the actor's movement in milliseconds. The data will be transmitted to the computer for rendering to realize the synchronized performance of an virtual character," said Cui Shengji, a technical consultant of a motion capture booth in the National Animation Industry Park. Cui has been engaged in digital-technology-related work for nearly ten years, and now he has set up a studio, applying digital twin techno

E

(ChineseToday)CHINA-TIANJIN-DIGITAL TWIN TECHNICIAN (CN)

(240501) -- TIANJIN, May 1, 2024 (Xinhua) -- Cui Shengji (C) briefs the movements of a motion capture actor to his colleagues at a motion capture booth in the National Animation Industry Park, Binhai New Area, north China's Tianjin Municipality, April 23, 2024. Surrounded by dozens of high-definition infrared cameras, Ma Xinqi, a motion capture actor, performs in a booth while a visual character on the computer screen records and repeats his movements. "This is called digital twin technology, which can capture specific marks on an actor's body with infrared cameras set in the booth and calculate the actor's movement in milliseconds. The data will be transmitted to the computer for rendering to realize the synchronized performance of an virtual character," said Cui Shengji, a technical consultant of a motion capture booth in the National Animation Industry Park. Cui has been engaged in digital-technology-related work for nearly ten years, and now he has set up a studio, applying digital twin technology

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Chinese scientists develop trajectory planning system for collision-free flight of drone swarms

STORY: Chinese scientists develop trajectory planning system for collision-free flight of drone swarms DATELINE: May 6, 2022 LENGTH: 00:00:46 LOCATION: HANGZHOU, China CATEGORY: TECHNOLOGY SHOTLIST: 1. various of the smart drones flying STORYLINE: Chinese scientists have developed a new flight path planning system that can help miniature, fully autonomous drone swarms fly smartly through crowded forests, without collisions. The planning system enabled 10 aerial robots to collectively maneuver unhindered through a cluttered bamboo forest and find the most efficient flight path, according to the study published Thursday in the journal Science Robotics. Inspired by how flocks of birds can flexibly coordinate their collective flight paths, the researchers from Zhejiang University designed a trajectory planning method that processes data from onboard sensors and incorporates collision avoidance, flight efficiency, and swarm coordination to optimize swarm flying within a few milliseconds. The fleet o

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Hokuyo Electric's UGM-50LAP range finder

Hokuyo Electric has developed a range sensor that can withstand 50G of shock acceleration and more than 1,000 shocks of 25G. The distance to the target is determined from the reflection time of the laser. The measurement range is 120 meters when the laser scanning angle is 190 degrees, 20 milliseconds when measuring at a pitch of 0.32 degrees, and 80 milliseconds when measuring at a pitch of 0.08 degrees. The outer frame and the internal structure for scanning the laser have been designed to resist shock. The surface of the sensor is also hard coated to prevent scratches. The shock resistance has been increased 2.5 times compared to the conventional product. Heavy machinery is expected to be subjected to severe shocks and vibrations at the sites where they are used, and high reliability has been required of sensors for safety monitoring. We will prepare the production system and set the price for the launch.