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Advantages of Virtual Reality in the Teaching and Training of Radiation Protection during Interventions in Harsh Environments.

, , , , and . ETFA, page 784-789. IEEE, (2019)

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Underpinning UK high-value manufacturing: Development of a robotic re-manufacturing system., and . ETFA, page 1-8. IEEE, (2016)Advantages of Virtual Reality in the Teaching and Training of Radiation Protection during Interventions in Harsh Environments., , , , and . ETFA, page 784-789. IEEE, (2019)Usability study to qualify a dexterous robotic manipulator for high radiation environments., , and . ETFA, page 1-6. IEEE, (2016)High-Resolution Thermal Imaging and Analysis of TIG Weld Pool Phase Transitions., , , , and . Sensors, 20 (23): 6952 (2020)Evaluating the Radiation Tolerance of a Robotic Finger., , , and . TAROS, volume 10965 of Lecture Notes in Computer Science, page 103-111. Springer, (2018)Process monitoring and industrial informatics for online optimization of Welding Procedure Specifications (WPS) in Gas Tungsten Arc Welding (GTAW) - Industry 4.0 for robotic additive remanufacturing of aeroengine components., , and . ICARM, page 812-817. IEEE, (2018)Development of a Vision System for TIG Welding - A Work-in-Progress Study., , , and . ETFA, page 1193-1196. IEEE, (2018)Robotic additive manufacturing system featuring wire deposition by electric arc for high-value manufacturing., , , and . CASE, page 1748-1754. IEEE, (2019)Development of an Intelligent Robotic Additive Manufacturing Cell for the Nuclear Industry., , , and . AHFE (20), volume 971 of Advances in Intelligent Systems and Computing, page 3-13. Springer, (2019)