Precise dynamic model of engine is the foundation of making shift schedule and realizing optimal match of vehicle powertrain.
精确的发动机动态模型是制定换挡规律并实现车辆动力传动系统最佳匹配的基础。
The results indicate that the new shift schedule is better than traditional one.
结果表明，该换挡规律优于传统换挡规律。
This paper analyzes the reasons of shift cycle for the common 3-parameter-controlled optimal-power shift schedule.
通过分析通常最佳动力性换档规律产生循环换档的原因，提出一种改进的动态三参数最佳动力性换档规律。
The test results from a light truck shows that the method using vehicle load degree to establish shift schedule is suitable to a changing vehicle load and environments.
在轻型货车上实验表明，利用车辆负荷度方法来建立换挡规律对车辆载荷及环境变化具有较强的适应性。
As to the automatic transmission automobile, shift schedule decides whether the automobile shifts on the best shifting point, decides the exerting extent of the vehicle performance.
在自动变速的车辆中，换档规律决定了自动换档汽车是否在最佳换挡点进行换挡，决定了汽车性能的发挥程度。
By calculating and analyzing the non-linear relationship between the status of cars with automatic transmission and the optimum shift based on neural-network, the shift schedule model can be obtained.
通过对电控自动变速器汽车的状态与最佳档位之间的非线性关系进行基于神经网络的计算和分析，得出换档规律模型。
By calculating and analyzing the non-linear relationship between the status of cars with automatic transmission and the optimum shift based on neural-network, the shift schedule model can be obtained.
通过对电控自动变速器汽车的状态与最佳档位之间的非线性关系进行基于神经网络的计算和分析，得出换档规律模型。
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