Question 1: The phantoms for the IAEA remote QC program are complicated and allow for advanced image metrics. |
Reference: | IAEA Human Health Series Report, “Implementation of a remote and automated quality control programme for radiography and mammography equipment” |
Choice A: | true |
Choice B: | false |
Question 2: The ATIA software export data in as a CSV file to allow for analysis and databasing. |
Reference: | IAEA Human Health Series Report, “Implementation of a remote and automated quality control programme for radiography and mammography equipment” |
Choice A: | true |
Choice B: | false |
Question 3: Where was the first large scale implementation of autonomous AI |
Reference: | . |
Choice A: | In the western world (high resource countries) |
Choice B: | In the developing world (low resource countries) |
Question 4: What is the main reason for the introduction of large numbers of AI imaging applications? |
Reference: | . |
Choice A: | Availability of large training databases (big data) |
Choice B: | Cheap parallel processing with GPUs (compute) |
Choice C: | The success of supervised deep learning (algorithms) |
Question 5: One of the main advantages of the kilovoltage x-ray arc therapy system is |
Reference: | Breitkreutz, Dylan Yamabe, et al. "Monte Carlo calculated kilovoltage x-ray arc therapy plans for three lung cancer patients." Biomedical Physics & Engineering Express 5.6 (2019): 065022. |
Choice A: | increased treatment room shielding thickness |
Choice B: | decreased machine cost |
Choice C: | increased treatment time |
Choice D: | increased beam penetration compared to megavoltage x-rays |
Question 6: With a 3-kW x-ray tube operated at 160 kV, the maximum achievable surface dose rate is approximately |
Reference: | Bazalova‐Carter, Magdalena, and Nolan Esplen. "On the capabilities of conventional x‐ray tubes to deliver ultra‐high (FLASH) dose rates." Medical physics 46.12 (2019): 5690-5695. |
Choice A: | 100 Gy/s |
Choice B: | 10 Gy/s |
Choice C: | 100 cGy/s |
Choice D: | 10 cGy/s |