The simulation of an infantry attack using geographical information systems

An infantry attack over a specific terrain is modeled. A stochastic method described in our previous study is used. In this model, the position of each soldier during the attack is approximately defined by a square [10 × 10 m] on the battlefield. Making use of the possibilities inherent in a three‐dimensional digital map, a visibility matrix is made up, i. e. the indication whether the enemy sees the soldier in a specific case is given. First Published Online: 14 Oct 201

Application of geographical information systems in modelling of military operations

The algorithm of the stochastic model of combat is given in article. Random functions describing the basic processes of combat (movement of military personnel, detection of the enemy, firing and its results, etc.) are recorded. Corresponding mathematical expressions and numerical evaluations are given. Application of Geographical Information Systems (GIS) technologies and three‐dimensional map in planning battle tactics are discussed. First Published Online: 14 Oct 201

Geografinių informacinių sistemų taikymo galimybės karinių operacijų modeliavime

The algorithm of the stochastic model of combat is given in article. Random functions describing the basic processes of combat (movement of military personnel, detection of the enemy, firing and its results, etc.) are recorded. Corresponding mathematical expressions and numerical evaluations are given. Application of Geographical Information Systems (GIS) technologies and three-dimensional map in planning battle tactics are discussed.Lietuviška santrauka. Pateikiamas kovos veiksmus aprašančiojo stochastinio modelio aolgoritmas. Užrašomos atsitiktinės funkcijos, aprašančios pagrindinius kovos veiksmų procesus: karių judėjimą mūšio lauke, priešo aptikimą, šaudymą ir jo pasekmes (pataikė, nepataikė). Pateikiamos atitinkamos matematinės išraiškos, skaitmeniniai įvertinimai. Nagrinėjamos GIS programinės įrangos ir trimačio skaitmeninio žemėlapio panaudojimo galimybės, planuojant mūšio taktiką

Pėstininkų atakų modeliavimas panaudojant geografines informacines sistemas

An infantry attack over a specific terrain is modeled. A stochastic method described in our previous study is used. In this model, the position of each soldier during the attack is approximately defined by a square [10 x 10 m] on the battlefield. Making use of the possibilities inherent in a three-dimensional digital map, a visibility matrix is made up, i. e. the indication whether the enemy sees the soldier in a specific case is given.Lietuviška santrauka. Modeliuojama pėstininkų ataka konkrecioje vietovėje. Naudojamas stochastinis modelis, aprašytas mūsų ankstyvesniame darbe. Šiame modelyje kario vieta atakos metu apytikriai nusakoma nurodant kvadrato [10 x 10 m] padėtį kovos lauke. Pasinaudojantis trimačio skaitmeninio žemėlapio galimybėmis sudaroma matomumo matrica, t.y. nurodoma, ar konkreciu atveju priešas mato karį

Modeling of the detection system of flying objects

A scheme for the dislocation of 3D radar is proposed, and the process of the detection of a flying object is discussed in this paper. The formulae for the evaluation of the probability of detection of a flaying object in case of surveillance by one radar or radar system proposed. The cases are discussed when the probabilistic density of the detection of a flying object is expressed by Normal Distribution or Relay Distribution (in case of bad meteorological conditions). A quantitative estimation of a detection system with concrete parameters is done. The results of the calculation allow the efficiency of the surveillance system to be estimated. The method of calculations can be used for study or for the estimation of the systems of detection of a flying object. First Published Online: 14 Oct 201

Studijas reglamentuojančių aprašų kitose valstybėse studija

Edukologijos tyrimų institutasISM Vadybos ir ekonomikos universitetasKauno medicinos universitetasKauno technologijos universitetasVilniaus kolegijaVilniaus universitetasVytauto Didžiojo universiteta