Investigation of the Influence of the Controllability Parameter on the Choice of an On-Board Equipment Data Exchange Interface

Abstract

The article compares the methods of monitoring digital high-speed interfaces of data transmission. Parametric control of the key characteristics of the data transmission interface is used to optimize the verification time, and functional control with the addition of distortion of the transmitted data is used to debug the software. The features of interface control are considered, taking into account the data transfer rate, their architectures and functional features. To systematize interface checks, the option of dividing control methods with levels of the OSI interface model is being studied. Recommendations on the choice of measuring instruments for signal analysis are given. Aspects of parametric control techniques are considered. The developed methods of parametric control of high-speed interfaces make it possible to control the parameters of the skew and jitter of the signal. Such measurements are a more complex task than measuring the signal rise time and amplitude. The results of comparing the parameters of the interfaces of the MIL-STD 1553, SpaceWire and Serial RapidIO applied to the task of controllability are presented: an important factor influencing the cost and complexity of such a development

Please cite this article in English as:

Treschetkin A.Yu., Balizh K.S., Bylinkin I.K., et al. Investigation of the influence of the controllability parameter on the choice of an on-board equipment data exchange interface. Herald of the Bauman Moscow State Technical University, Series Instrument Engineering, 2025, no. 4 (153), pp. 46--60 (in Russ.). EDN: KPTGUC

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