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  4. MODELS AND DEVICES OF SYSTEMS FOR FOCUSING ATTENTION OF DRIVERS OF TRANSPORT MEANS FOR MOBILE APPLIANCES

MODELS AND DEVICES OF SYSTEMS FOR FOCUSING ATTENTION OF DRIVERS OF TRANSPORT MEANS FOR MOBILE APPLIANCES

UJIT.
2019;
Volume 1, Number 1
: 28-34
https://doi.org/10.23939/ujit2019.01.028
Received: October 07, 2019
Accepted: November 20, 2019

Цитування за ДСТУ: Теслюк В. М., Поцілуйко О. І., Теслюк Т. В. Моделі та засоби системи зосередження уваги водіїв транспортних засобів для мобільних пристроїв. Український журнал інформаційних технологій. 2019, т. 1, № 1. С. 28–34.

Citation APA: Теslyuk, V. M.,  Potsiluiko, O. I., & Teslyuk, T. V. (2019). Models and devices of systems for focusing attention of drivers of transport means for mobile appliances. Ukrainian Journal of Information Technology, 1(1), 28–34. https://doi.org/10.23939/ujit2019.01.028

Authors:
  1. V. M. Теslyuk
  2. O. I. Potsiluiko
  3. T. V. Teslyuk
1
Lviv Polytechnic National University
2
Lviv Polytechnic National University
3
Lviv Polytechnic National University, Lviv, Ukraine

A system for impro­ving control of at­ten­ti­on of transport me­ans dri­vers has be­en de­ve­lo­ped. An analysis of li­te­rary so­ur­ces on the exis­ting met­hods and systems instal­led on mo­dern cars for es­ti­ma­ting dri­ver's ti­red­ness has be­en con­duc­ted. No­wa­days the­re are se­ve­ral ways to ob­ta­in da­ta abo­ut dri­ver's ti­red­ness. The da­ta are ba­sed on the dri­ver's physi­olo­gi­cal sta­te at the whe­el analyzing his physi­olo­gi­cal re­ac­ti­on. On the ba­sis of the con­duc­ted analysis the ad­van­ta­ges and di­sad­van­ta­ges of the exis­ting system ha­ve be­en re­ve­aled. An al­go­rithm of the system's functi­oning and a struc­tu­re for fo­cu­sing at­ten­ti­on of dri­vers of transport me­ans ha­ve be­en de­ve­lo­ped and a lo­gic mo­del has be­en bu­ilt. The system's struc­tu­re is ba­sed on mo­du­lar prin­cip­le which ma­kes it pos­sib­le to impro­ve and mo­der­ni­ze the de­sig­ned de­vi­ce. A struc­tu­ral mo­del of the system, de­ve­lo­ped on the ba­sis of Pet­ri net the­ory, ma­kes it pos­sib­le to re­se­arch dyna­mics of the system functi­oning on the system le­vel of de­sign. The ob­ta­ined tes­ting re­sults of the de­ve­lo­ped appli­ca­ti­on con­firm the cor­rect so­lu­ti­ons of the prob­lem of the de­ve­lop­ment of the system for impro­ving control of at­ten­ti­on of transport me­ans dri­vers. An in­for­ma­ti­on mo­del has be­en bu­ilt. The mo­del inclu­des an in­for­ma­ti­on da­ta flow struc­tu­re bet­we­en com­po­nents of the system, da­ta list struc­tu­res and the de­ve­lo­ped da­ta ba­se. The system ac­cepts the fol­lo­wing in­put da­ta: in­for­ma­ti­on abo­ut day ti­me, we­at­her con­di­ti­ons, dri­ver's sta­te of he­alth, traf­fic and sle­eping sta­te. Each da­ta struc­tu­re is descri­bed with the help of pri­mi­ti­ves. This ma­kes it pos­sib­le to sto­re the pro­ces­sed da­ta ef­fi­ci­ently. The in­put da­ta are sto­red in a da­ta ba­se and on de­mand are sent to the cal­cu­la­ti­on mo­du­le for analysis and pro­ces­sing. This way the re­le­vant system com­po­nents de­ter­mi­ne the val­ue of ti­me in­ter­val when it is ne­ces­sary to let the dri­ver know to fo­cus his at­ten­ti­on. In ad­di­ti­on to it, the de­ve­lo­ped softwa­re is ba­sed on the ob­ject-ori­en­ted Ja­va prog­ram­ming lan­gua­ge with the use of Andro­id SDK, Re­alm DB and Ret­ro­fit lib­rary, ma­king the softwa­re plat­form in­de­pen­dent. The bu­ilt system helps fo­cus dri­ver's at­ten­ti­on by no­ti­fi­ca­ti­on on the mo­bi­le de­vi­ce and can be instal­led on new transport me­ans and tho­se that are al­re­ady in use. On top of it, the de­ve­lo­ped Andro­id appli­ca­ti­on is che­ap, if com­pa­red with the exis­ting systems. The system is por­tab­le and ma­kes it pos­sib­le to use the appli­ca­ti­on on mo­bi­le de­vi­ces. It do­es not req­ui­re any ad­di­ti­onal techni­cal eq­uip­ment and has a simple and cle­ar user in­ter­fa­ce.

Smart transport means
system for focusing attention of transport means drivers
Mobile Application
model based on Petri net theory
modular principle

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