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Me

I’m K. Tsuji. I’m a software engineer specialized in signal processing and camera imaging technology about CMOS image sensors. I’ve been working in semiconductor manufacturing field to develop image sensor-related technology from 2018 to the present.

And as a PhD student who has a full time job since 2024, I’m doing research on artificial intelligence (AI) and computer vision in a university lab. By applying generative AI technology to the medical imaging domain and improving computer-aided systems that support physicians’ diagnosis, I contribute to patients’ quality of life.

For more detailed skills and work history, see my Github and LinkedIn.

Experience and Skills

Work experience and skills are as shown below:

  • Develop noise simulation algorithm that generates noises based on physical phenomena and add them to images, for reproducing specific image sensor’s performance on PC.
  • Develop image quality improvement algorithm that reduces noises generated by image sensors.
  • Develop camera simulator that simulate photos taken by specific camera system including light sources, subjects, lens, and an image sensor.
  • Set up evaluation environments in a darkroom by using light sources, subjects (for instance a color checker chart), cameras.
  • Modeling physical phenomena as programmable formulas by statistically analyzing actual measurement data.
  • Implement software and its test code by using C/C++ and Python for data analysis, prototyping, and production.
  • Knowledge about total architectures of camera system and how them work.
  • Render photo-realistic images by using 3DCG production tools like 3ds Max, Blender, and Unity, for training data for machine learning.
  • Discuss customers’ needs with business team or our customers, for proposing simulation plan to solve their problems based on my technical knowledge.
  • Summarize wide and complex technical information as easy-to-understand documents by using PowerPoint, Word, Excel and other tools.

Experience and skills in academic research are as follows:

  • Implement AI architectures using Python libraries.
  • Give presentations about our studies at some international conferences.
  • Receive a paper award in the journal.

Publications

  1. Detection of Circulating Tumor Cells in Fluorescence Microscopy Images Based on ANN Classifier