Conception of optoimmittance converters construction is developed. The system of their classification is grounded, basic parameters were defined, requirements was formulated and possible ways of their technical implementation was analysed. By combining a set of the optical and immittance parameters it is possible to realize a large number of optoimmittance converters.
Free forms synthesized by means of the perturbation functions are proposed. the problem of mapping a two-dimensional texture array to curved surfaces defined by perturbation functions is considered. surface patterns are created by interactions between texture and surface. the synthesis a 2d and 3d texture array onto curvilinear surfaces is solved. For shape creating, we propose a set of algorithms and software based on function-defined surfaces that perform an interactive rate and enable intuitive operations.
KEYWORDS: Sensors, Active sensors, Prisms, Transition metals, Aerospace engineering, Electronics, Information technology, Scientific research, Mathematical modeling, Control systems
The concept of active background plane touching of two abstract objects is considered in the paper. The model of active plane touches on the principles of real and imaginary surfaces is offered. Geometry of active plane sensors at the touches of the technological objects, and theoretical density of elementary detector elements at the location on a common plane of technological object are shown. Using the model of the active zone, the concept of zone accuracy is offered. In the followed scientific of research direction, you should consider of the overall situation, which a sensor is create at the time by touch of the two surfaces of technological objects
KEYWORDS: Fuzzy logic, Vital signs, Sensors, Beam propagation method, Machine learning, Data processing, Data analysis, Oxygen, Body temperature, Signal processing
The methods of machine learning for real-time detection of abnormal values of the patient's vital signs are considered. The aim is to assess the risk of the disease with worsening of the patient's condition. The system is designed to monitor patients using expert assessments that are included in fuzzy logic rules to compare patient vitals signs with disease risk assessment. Deviation of values from the norm is identified as an "abnormal" class in order to determine the reasons for the worsening of the patient's condition. The integrated platform "m-Health" system for decision making with feedback control allows the patient to be mobile and their vital signs are mapping in the current mode.
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