Simulations

System Modeling and Simulations

Design changes add significant cost and delay product launch; more so if they come at later stages in product development. At Koftech, we’re experienced in building mathematical and software models to simulate and predict system performance. This allows us to quickly test and optimize many design parameters before building the actual hardware. Our expertise spans sensors ranging from visible light to x-rays. For a given application, we analyze a number of sensor properties to select and optimize system performance.
Imaging Performance Mathematical models are built to predict imaging system performance as measured with parameters including Contrast Sensitivity, Signal-to-Noise Ratio and Resolution. For imaging modalities with penetrating radiation, we can also estimate penetration performance.
Radiation Dose For systems with radiations sources (e.g., x-rays), Monte Carlo simulations can predict radiation dose to environment, scanned subjects, and operators. These simulation techniques can be also used to optimize system energy, power, filtration and shielding to bring dose levels in compliance with regulatory standards.

Design changes add significant cost and delay product launch; more so if they come at later stages in product development. At Koftech, we’re experienced in building mathematical and software models to simulate and predict system performance. This allows us to quickly test and optimize many design parameters before building the actual hardware.

Our expertise spans sensors ranging from visible light to x-rays. For a given application, we analyze a number of sensor properties to select and optimize system performance.

Imaging Performance

Mathematical models are built to predict imaging system performance as measured with parameters including Contrast Sensitivity, Signal-to-Noise Ratio and Resolution. For imaging modalities with penetrating radiation, we can also estimate penetration performance.

Radiation Dose

For systems with radiations sources (e.g., x-rays), Monte Carlo simulations can predict radiation dose to environment, scanned subjects, and operators. These simulation techniques can be also used to optimize system energy, power, filtration and shielding to bring dose levels in compliance with regulatory standards.