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• W4296749950 abstract "At present, frequency-shift keyed signals with n discrete states have found wide application in various radio-technical digital communication systems. The main factor holding back their further development is on the one hand the limited currently attainable capacity with a given level of Quality of Service and, as a consequence, the transmission rate, which is due to a complex signal-and-noise environment, intersymbol interference and intersystem interference, and on the other hand, the attainable level of technical feasibility. The main method to increase the transmission speed in such communication systems is the transition to work in the conditions of intersymbol interference. The existing approaches to solving this problem, such as optimal and suboptimal processing methods that transform a channel with memory into a channel without memory, are of little interest because of the poor practical feasibility of the receiver itself, in principle. An alternative approach that solves this problem is the development of communication systems based on the provisions developed within the Theory of resolution time. Expanding the applicability of these provisions to service communication systems, the authors set the goal of developing a numerical method for assessing the capacity of a communication channel with memory caused by the frequency selective properties of a real channel, using frequency-shift keyed signals with n discrete states and a continuous phase. To achieve this goal, within the framework of the paper, the mathematical model of a communication channel with memory for frequency-shift keyed signals with n discrete states and continuous phase was developed, taking into account the measurement errors introduced by the receiver for determining the physical envelope and instantaneous frequency. This, in particular, makes it possible to analyze the influence of the frequency instability of the synthesizer employed in real radio-technical information transmission system on the reception quality. In this case, the mathematical model allows to optimize the system taking into account the transfer characteristic of the frequency selective communication channel of the signal constellation." @default.
• W4296749950 created "2022-09-23" @default.
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• W4296749950 date "2020-01-01" @default.
• W4296749950 modified "2023-09-30" @default.
• W4296749950 title "DEVELOPMENT OF RADIOENGINEERING DATA TRANSMISSION SYSTEM FOR FSK-N SIGNALS WITH CONTINUOUS PHASE BASED ON THE THEORY OF RESOLUTION TIME" @default.
• W4296749950 doi "https://doi.org/10.36724/2409-5419-2020-12-5-22-35" @default.
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