IMPROVED METHOD AND SECURITY CONTROL TOOLS FOR GRAPHICAL HUMAN-MACHINE INTERFACE OF INFORMATION SYSTEM

2019;
: 41-45
https://doi.org/10.23939/ujit2019.01.041
Received: September 30, 2019
Accepted: November 20, 2019
1
Lviv Polytechnic National University
2
European University, Lviv Branch
3
European University, Lviv Branch

The ac­tua­lity, analysis and prac­ti­cal re­ali­sa­ti­on of impro­ved met­hod and techno­lo­gi­cal se­cu­red control to­ols of hu­man-mac­hi­ne in­ter­fa­ce of in­for­ma­ti­on system are con­si­de­red and pre­sen­ted. The fe­atu­res of softwa­re control to­ols of in­for­ma­ti­on system bu­ilt on the ba­sis of grap­hi­cal ele­ments are de­fi­ned. The cor­res­pon­dent analysis of met­hods of prac­ti­cal re­ali­za­ti­on of control to­ols of hu­man-mac­hi­ne in­ter­fa­ce of in­for­ma­ti­on system is fullfil­led. The pre­fe­ren­ce of met­hods of au­to­ma­ted in­tel­li­gent co­ding with uti­li­sa­ti­on of spe­ci­al softwa­re with res­pect to ot­her met­hods of de­sign of hu­man-mac­hi­ne in­ter­fa­ce control is de­fi­ned. The fe­atu­res of Q-plat­form, which is ba­sed on the cre­ati­on and uli­li­za­ti­on of grap­hi­cal two-di­men­si­onal QR-co­des for prac­ti­cal re­ali­za­ti­on of control to­ols of hu­man-mac­hi­ne in­ter­fa­ce are descri­bed. The fe­atu­res of softwa­re Smart Tags pro­du­ced by BlackBerry Li­mi­ted for scan­ning, ge­ne­ra­ti­on and spre­ading of small da­ta in the forms of bar co­de, QR-co­de and in the de­co­ded form for fi­le na­mes, di­gi­tal se­ri­es are in­ves­ti­ga­ted and pre­sen­ted. The met­hod of prac­ti­cal re­ali­za­ti­on of control to­ol in hu­man-mac­hi­ne in­ter­fa­ce of in­for­ma­ti­on system is descri­bed. The dif­fe­rent prac­ti­cal appro­ac­hes for de­sign of control ele­ments in hu­man-mac­hi­ne grap­hi­cal users in­ter­fa­ce are con­si­de­red and analysed. The complex appro­ach for control to­ols de­ve­lop­ment ba­sed on the mer­ge of met­hods of vis­ual prog­ram ob­ject-ori­en­ted co­ding with usa­ge of bu­ilt-in instru­ments of spre­adshe­ets pro­ces­sors for de­ve­lo­ping of form in­ter­fa­ce and da­ta analysis is used. The re­sult of prac­ti­cal re­ali­za­ti­on of form as control to­ol in hu­man-mac­hi­ne in­ter­fa­ce is pre­sen­ted. The functi­ona­lity of de­ve­lo­ped control to­ol in hu­man-mac­hi­ne in­ter­fa­ce is tes­ted. The prac­ti­cal so­lu­ti­on of se­cu­red control to­ol of in­for­ma­ti­on system with ele­ment of se­cu­red ac­cess control to da­ta, which are sto­red re­mo­tedly is de­ve­lo­ped and pre­sen­ted. The op­por­tu­nity of cross-plat­form exchan­ge of de­sig­ned grap­hi­cal forms in the con­tent of hu­man-mac­hi­ne in­ter­fa­ce and softwa­re co­de at the me­di­um of spre­adshe­et pro­ces­sor MS Of­fi­ce Ex­cel un­der the control of dif­fe­rent ope­ra­ti­on systems from Mic­ro­soft Win­dows fa­mily is ela­bo­ra­ted. The control to­ol, which is bu­ilt on the ba­sis of ela­bo­ra­ted appro­ach pre­sen­ted in the form with QR-co­de, was cre­ated suc­cessfully and tes­ted at the con­tent of in­for­ma­ti­on system. The perspe­ci­ve di­rec­ti­ons of de­sign of se­cu­red di­alog­ue to­ols of in­for­ma­ti­on systems are con­si­de­red.

  1. AU­TO-ID TOP. (2019). Softwa­re. Ret­ri­eved from: https://www.denso-wave.com/en/adcd/product/software/
  2. BlackBerry World. (2019). Smart Tags. Ret­ri­eved from: https://appworld.blackberry.com/webstore/content/27686824/
  3. Cre­ate Yo­ur QR Co­de For Free. (2019). Track Cam­pa­ign Per­for­man­ce. Ret­ri­eved from: http://www.qrcode.com/en/about/
  4. Du­buk, V. I. (2014). The fe­atu­res of bu­il­ding of mat­he­ma­ti­cal mo­dels of pro­ces­ses with using of softwa­re systems with ele­ments of ar­ti­fi­ci­al in­tel­li­gen­ce. Mo­dern in­for­ma­ti­on techno­lo­gi­es in Eco­no­mics, Ma­na­ge­ment and Edu­ca­ti­on (СІ­ТЕМ-2014): Proc. IV All Uk­ra­ini­an. Sc.-Pr. Con­fe­ren­ce, Lviv, 20.03.2014 p. Lviv: Lviv Branch of Eu­ro­pe­an Uni­ver­sity, (pp. 90–94). [In Uk­ra­ini­an].
  5. Du­buk, V. I., & Chornyj, М. V. (2018a). The ela­bo­ra­ti­on of control ele­ments of hu­man-mac­hi­ne in­ter­fa­ce of in­for­ma­ti­on system with wi­se-co­ding using. Mo­dern in­for­ma­ti­on techno­lo­gi­es in Eco­no­mics, Ma­na­ge­ment and Edu­ca­ti­on (СІ­ТЕМ-2018): Proc. IX All Uk­ra­ini­an. Sc.-Pr. Con­fe­ren­ce, Lviv, 29.11.2018 p. Lviv: Lviv Branch of Eu­ro­pe­an Uni­ver­sity, (pp. 100–107). [In Uk­ra­ini­an].
  6. Du­buk, V. I., & Chornyj, М. V. (2018b). The softwa­re ela­bo­ra­ti­on with grap­hi­cal hu­man-mac­hi­ne in­ter­fa­ce in in­for­ma­ti­on-analyti­cal system of po­wer electric mar­ket es­ti­ma­ti­on. Mo­del­ling and in­for­ma­ti­on techno­lo­gi­es. Proc. Sc. Pap. IPMPE NAS Uk­ra­ine, (Vol. 82). Кyiv, (pp. 33–40). [In Uk­ra­ini­an].
  7. Du­buk, V. I., & Kot­sun, V. І. (2016). The fe­atu­res of softwa­re ela­bo­ra­ti­on for imi­ta­ti­onal mo­del­ling of work of lo­gi­cal de­vi­ces of in­for­ma­ti­on system. Mo­dern in­for­ma­ti­on techno­lo­gi­es in Eco­no­mics, Ma­na­ge­ment and Edu­ca­ti­on (СІ­ТЕМ-2016): Proc. VII All Uk­ra­ini­an. Sc.-Pr. Con­fe­ren­ce, Lviv, 8.12.2016 р. Lviv: Lviv Branch of Eu­ro­pe­an Uni­ver­sity, (pp. 59–62). [In Uk­ra­ini­an].
  8. Du­buk, V. I., & Kot­sun, V. І. (2017). The fe­atu­res of hu­man-mac­hi­ne in­ter­fa­ce ela­bo­ra­ti­on of softwa­re for au­to­ma­ted da­ta analysis. The­ory and prac­ti­ce of mo­dern sci­en­ce (p.ІІІ): Proc. ІІ In­ter­na­ti­onal Sc.-Pr. Con­fe­ren­ce, Kyiv, 15-16.06.2017 р. Kyiv: In­ter­na­ti­onal Cen­ter of Sci­en­ti­fic Re­se­arch, (pp. 40–43). [In Uk­ra­ini­an].
  9. Du­buk, V. I., Chornyj, М. V., & Chornyj, V. М. (2017a). The fe­atu­res of softwa­re ela­bo­ra­ti­on with grap­hi­cal hu­man-mac­hi­ne in­ter­fa­ce for analysis of small da­ta. Mo­dern in­for­ma­ti­on techno­lo­gi­es in Eco­no­mics, Ma­na­ge­ment and Edu­ca­ti­on (СІ­ТЕМ-2017): Proc. VIІI All Uk­ra­ini­an. Sc.-Pr. Con­fe­ren­ce, Lviv, 30.11.2017 р. Lviv: Lviv Branch of Eu­ro­pe­an Uni­ver­sity, (pp. 81–84). [In Uk­ra­ini­an].
  10. Du­buk, V. I., Chornyj, М. V., & Chornyj, V. М. (2017b). The fe­atu­res of softwa­re ela­bo­ra­ti­on with grap­hi­cal hu­man-mac­hi­ne in­ter­fa­ce for mar­ket of ser­vi­ces es­ti­ma­ti­on. Techni­cal news, 1(45), 2(46), 100–102. [In Uk­ra­ini­an].
  11. Du­buk, V. I., Chornyj, М. V., & Ho­manchuk, B. B. (2018). The fe­atu­res of softwa­re ela­bo­ra­ti­on with grap­hi­cal hu­man-mac­hi­ne in­ter­fa­ce for es­ti­ma­ti­on of ex­port costs of electric po­wer. In­for­ma­ti­on techno­lo­gi­es in eco­nomy, ma­na­ge­ment and bu­si­ness. Prob­lems of sci­en­ce, prac­ti­ce and edu­ca­ti­on. Proc. ХХІV Int. Sc.-Pr. Con­fe­ren­ce, Kyiv, 20.11.2018 p. Ed. bo­ard: І. І. Tymos­hen­ko and oth. Kyiv: Eu­ro­pe­an Uni­ver­sity, (pp. 41–44). [In Uk­ra­ini­an].
  12. Du­buk, V. I., Kot­sun, V. І., & Chornyj, М. V. (2019a). The ela­bo­ra­ti­on of grap­hi­cal hu­man-mac­hi­ne in­ter­fa­ce for au­to­ma­ted control system of electric po­wer supply. Int. sci­en­ti­fic In­ter­net-Con­fe­ren­ce "In­for­ma­ti­on So­ci­ety: techno­lo­gi­cal, eco­no­mi­cal and techni­cal fe­atu­res of stan­ding". Proc. of the­sis, (Vol. 35), Ter­no­pil, 5 Feb. 2019. Ter­no­pil, (pp. 9 –11). [In Uk­ra­ini­an].
  13. Du­buk, V. I., Kot­sun, V. І., & Chornyj, М. V. (2019b). The ela­bo­ra­ti­on of se­cu­red control to­ols of grap­hi­cal hu­man-mac­hi­ne in­ter­fa­ce of in­for­ma­ti­on system. Int. sci­en­ti­fic In­ter­net-Con­fe­ren­ce "In­for­ma­ti­on So­ci­ety: techno­lo­gi­cal, eco­no­mi­cal and techni­cal fe­atu­res of stan­ding". Proc. of the­sis, (Vol. 37), Ter­no­pil, 2 Ap­ril 2019. Ter­no­pil, (pp. 16–19). [In Uk­ra­ini­an].
  14. Ge­isel, W. A. (1990). Tu­to­ri­al on Re­ed–So­lo­mon Er­ror Cor­rec­ti­on Co­ding (PDF). Techni­cal Me­mo­ran­dum, NA­SA, Au­gust 1990, TM-102162
  15. Ge­ne­ra­ting a QR co­de. (2019). Po­int for ge­ne­ra­ting a WR co­de. Ret­ri­eved from: http://www.qrcode.com/en/howto/generate.html
  16. Gryciuk, Yu. I., & Sivec, O. O. (2016). Ground of reasonable sufficientness of structure of the system of defence of informative resources of enterprise. Scientific Bulletin of UNFU, 26(7), 378–388. https://doi.org/10.15421/40260759. [In Ukrainian].
  17. Pro­tec­ting Our World. (2019). Se­cu­ring Yo­ur Fu­tu­re. Ret­ri­eved from: https://www.blackberry.com/en
  18. Q plat­form. (2019). A clo­ud ser­ver that ge­ne­ra­tes, re­ads, and logs QR Co­de. Ret­ri­eved from: https://www.denso-wave.com/en/system/qr/product/pratform.html
  19. QR Co­de. (2019). What is QR Co­de Mo­del 1 & Mo­del 2. Ret­ri­eved from: http://www.qrcode.com/en/codes/model12.html
  20. Re­ed, I. S., & Chen, X. (1999). Er­ror-Control Co­ding for Da­ta Net­works, Bos­ton, MA: Klu­wer Aca­de­mic Pub­lis­hers, 324 p.
  21. Re­ed, I. S., & So­lo­mon, G. (1960). Polyno­mi­al Co­des over Cer­ta­in Fi­ni­te Fi­elds. Jo­ur­nal of the So­ci­ety for In­dustri­al and Appli­ed Mat­he­ma­tics (SI­AM), 8(2), 300–304.
  22. SQRC. (2019). A single co­de car­ri­es two types of da­ta: pub­lic and pri­va­te. Ret­ri­eved from: https://www.denso-wave.com/en/system/qr/product/sqrc.html