software

In connection with the enhanced development of cyber-physical systems, considerable attention in the world is given to various aspects of their formation and operation. So in 2014, NIST, USA has created a Cyber-Physical System (further CPS) Community Working Group to bring together a wide range of professionals at an open, public forum to help identify and shape the main characteristics of the CPS to guide the design and implementation of “intelligent” programs in various areas, including smart production, transportation, energy and healthcare.

Approaches to the collection and accumulation of information parameters from user interface software CAD Software (on MEMS example) presented to further systematize and project evaluation to improve the quality of software user interfaces.

Vegetables has a number of specific properties that aremanifested in consumption, storage and processing of vegetables. The study is the formation and systematization of quality vegetable products to develop common principles for the evaluation and determination of complex quality indicator taking into account the needs of different profiles of consumers.

This article presents the features of functioning the cyber-physical systems and their components. The cyber-physical systems are complex systems which components may be located at great distance from one another. The cyber-physical systems perform processing of information and functions of monitoring and control equipment. Cyber-physical systems infrastructure mainly consists of subsystems, which electronic components are implemented through the embedded system control and get information about the environment through sensors and measuring device and can influence it through actuators.

Developed algorithms and software modules analyzing system involving two modes of operation (training or monitoring), two types of monitoring (search for a given substance or recognition known), the use of which depends on the intensity and destabilizing factors control the duration requirements.

The paper proposes a new model of software life cycle, which allows to improve the phase formation specification. This makes it possible to calculate the preliminary cost software development, reduce risk and to design stage vehicle to develop a prototype user interface and generate code.

In the article the results of testing of software of telemetric microseismic system for determination of increase of seismic intensity in on-line mode are presented. Those programs works with the stations of production of Inst. of Geoph. of NAS of Ukraine. As a sensors the modified VEGIK and SM-3 seismographs was used. Information is transmitted on TCP/IP protocol through Wifi devices.
 

The behaviour of failure intensity function for software reliability model with complexity index depending on the model parameters has been simulated. It allows identifying the margins of the complexity index and explaining the defect revealing function behaviour depending on software complexity.

An implementation of client-server interaction model based on the request / response in the form of formulas. As well as testing network interface to load its client requests.