Investigation of communication parameters based on monitoring and statistical modelling

Abstract

For the effective construction of a network infrastructure, it is recommended to carry out a preliminary investigation of communications and information processing by using suitable methods and tools. In this regard, the article deals with an approach applied in the investigation of network communications in a local network structure based on program monitoring and statistical analysis of the measured data. To specify the research object and the means used, the organization of the network structure is presented, and a brief discussion of sample monitoring programs is made. The organization for the conducted program monitoring is presented and main factors of network communications are defined. Statistical modelling approach is used to investigate selected parameters of communication in the network environment. Some obtained statistical assessments are presented which permit to make conclusions for access and communication organization.

A new model of ultra wideband sensors based interactive system

“…1. When synthesizing new models of such CBIS, certain technological approaches should be considered, by means of architectural organization of the network infrastructure through the usage of Internet of Things, Cloud Computing, Industry 4.0, Wireless Sensor Networks, Cyber Physical Systems [1,2]; 2. Intersystem integration in existing CBIS is highly limited due to the presence of technological specifications of certain components (camera, optical emitter, etc.…”

“…), which lead to the creation of complex hardware and software interfaces; 3. Existing CBIS have certain limitations in compatibility with modern approaches such as generally accessible environment with opportunities for remote use of information resources in connected local segments [2]. As main objective of the present paper, a new model of a specific interactive system is presented, which could replace in certain cases the models of the existing CBIS.…”

Computer simulation of strength testing of an object based on signal shaped resources

“…These studies are a list of some methods and methods for testing systems and structures. These include testing, an expensive and time-consuming stage in the development of software systems [2], spectral analysis of diagnostic signals [3], ultrasonic sensing [4], pulse testing [5], integration of advanced CAE tools and test environments [6], modelbased testing [7], micro-level computer processing [8], patterns for natural language translation in SQL queries [9]. Especially it should be noted the most common method of shock testing in all its diversity [10].…”