	集中决策	分散决策
$w^{*}$	—	$\frac{a μ - 2 c k_{1}^{2} k_{2}^{2} + 3 b c μ - η {(t / T)}^{2} k_{2} μ + k_{2} μ θ_{0}}{4 b μ - 2 k_{1}^{2} k_{2}^{2}}$
$e^{*}$	$\frac{k_{1} k_{2} (a - b c - η {(t / T)}^{2} k_{2} + k_{2} θ_{0})}{2 μ b - k_{1}^{2} k_{2}^{2}}$	$\frac{k_{1} k_{2} (a - b c - η {(t / T)}^{2} k_{2} + k_{2} θ_{0})}{4 b μ - 2 k_{1}^{2} k_{2}^{2}}$
$p^{*}$	$\frac{a μ - c k_{1}^{2} k_{2}^{2} + b c μ - k_{2} μ η {(t / T)}^{2} + k_{2} μ θ_{0}}{2 b μ - k_{1}^{2} k_{2}^{2}}$	$\frac{(3 b μ - k_{1}^{2} k_{2}^{2}) (a + k_{2} (θ_{0} - η {(t / T)}^{2})) + b c (b μ - k_{1}^{2} k_{2}^{2})}{2 b (2 b μ - k_{1}^{2} k_{2}^{2})}$
$π_{s}^{*}$	—	$\frac{μ {(a - b c - η {(t / T)}^{2} k_{2} + k_{2} θ_{0})}^{2}}{8 (2 b μ - k_{1}^{2} k_{2}^{2})}$
$π_{r}^{*}$	—	$\frac{μ {(a - b c - η {(t / T)}^{2} k_{2} + k_{2} θ_{0})}^{2}}{4 (2 b μ - k_{1}^{2} k_{2}^{2})}$
$π_{l}^{*}$	$\frac{μ {(a - b c - k_{2} η {(t / T)}^{2} + k_{2} θ_{0})}^{2}}{2 (2 b μ - k_{1}^{2} k_{2}^{2})}$	$\frac{3 μ {(a - b c - η {(t / T)}^{2} k_{2} + k_{2} θ_{0})}^{2}}{8 (2 b μ - k_{1}^{2} k_{2}^{2})}$