DESIGN AND ANALYSIS OF 2.56 GBPS CML CMOS TRANSCEIVER WITH SPECIFIC LOAD FOR PHYSICAL INSTRUMENTATION APPLICATIONS

In the work we describe the process of designing 2.56 Gbps CML receiver and 1.28 Gbps CML transmitter with specific transmission line properties. The blocks have been designed for the specific need of high speed data transmission in the radiation environment. Signal integrity is also analyzed

DEVICE FOR NITROAROMATIC SUBSTANCE DETECTING AND IDENTIFICATION

Designing and modeling of optic-related part of device for nitroaromatic substance detection are described

X-RAY IMAGE SEGMENTATION WITH THE USE OF MACHINE LEARNING ALGORITHMS

Oncological diseases interpretation through CT imaging is a commonly used method of cancer issues diagnosis. Designed neural network reaches aggregations segmentation accuracy of about 90-93%, although some weak points still remain

PARAMETRIC LAYOUT CELL DESIGN OF n-MOS TRANSISTOR WITH ENHANCED RADIATION HARDENED PROPERTIES

Design technique to provide n-channel MOS transistors with radiation hardened properties is considered. Radiation hardening is done through enclosed gate transistor structure design. Some aspects are considered in terms of characterization and test structures implementation