Differential game with a ``life-line'' for nonlinear motion dynamics of players

Turgunboeva , M.A., Soyibboev , U.B.

O‘zbekiston matematika jurnali · 2025-yil

Annotatsiya

 We investigate the interception problem in a differential game with non-inertial players (a pursuer and an evader) who move in dynamic flow fields with various influences. Throughout the paper, we solve the pursuit and ``life-line'' game problems. To solve the pursuit, the strategy of parallel pursuit ($\bf{\Pi}$-strategy for short) is defined and used. With the help of the $\bf{\Pi}$-strategy and applying the Gr\"{o}nwall-Bellman inequality, sufficient pursuit condition is determined. In order to solve the ``life-line'' game to the advantage of the pursuer, we build the set of meeting points of the players and prove that this set monotonically decreases with regard to inclusion relative to time. The ``life-line'' game to the advantage of the evader is solved by constructing evader's attainability domain where it reaches without being caught for an arbitrary control of the pursuer.

Maqola ma’lumotlari
MualliflarTurgunboeva , M.A., Soyibboev , U.B.
JurnalO‘zbekiston matematika jurnali
Nashr sanasi2025-11-03
Jild69
Son4
Betlar201-216
TilIngliz
DOI10.29229/uzmj.2025-4-20

Kalit so‘zlar

Differential game, Caratheodory's conditions, Lipschitz's condition, players, geometric constraint, pursuit, ``life-line'', $\bf{\Pi}$-strategy, Gr\

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