| 1. | Set - valued linear programming and its satisfactory solution
集值线性规划及其满意解 |
| 2. | Calculator simulate of most satisfactory solution in fuzzy linear programming
模糊线性规划最满意解的计算机模拟 |
| 3. | The satisfaction solution of multi - objective optimization of reliability based on control principle of feedback
基于反馈控制原理可靠性多目标优化设计的满意解 |
| 4. | It bases on the evaluation of adaptability , and uses probability searching technology to find out the problem ’ s satisfying solution
它基于适应度评价,并使用概率搜索技术,找到问题的满意解。 |
| 5. | Though the method is used by others , it remains unsolved about how to adjust satisfying solution according to dm ' s preference
尽管以前人们也应用这种方法，但并没有考虑如何根据决策者的愿望和偏好调整满意解。 |
| 6. | Alti1ough neuial network gets a satistw soluhon of prob1em , it is not deted to use ned ned solving problem of automated reasoning
尽管神经网络寻找到的解是一个满意解，但这不影响我们考虑将神经网络技术应用于自动推理理论与方法中。 |
| 7. | Numerical experiments show that the model provides systemic simulation for the whole load process , and the results of ga are stable and acceptable in allowable cpu time
实验表明，上述模型针对整个装载过程获得了系统模拟结果，其算法在允许的运算时间内能获得稳定的满意解。 |
| 8. | Combination with membership function , decentralized use of interactive programming , the multilevel problem is simplified to single level . the satisfied solution can be gained
并利用模糊数学中的隶属函数，逐层使用交互式规划法，将多层问题化为单层问题，求得问题的满意解。 |
| 9. | Examples show that the algorithm proposed meets the requirement of engineering and it is an effective approach to settling the problem of optimal planning for high voltage distribution substations with fast speed
算例表明，该方法可以求得工程上的满意解，并且计算速度快，是求解高压配电变电站优化规划问题的有效方法。 |
| 10. | It can get a relative satisfied result using self - adaptation and study of genetic algorithms ( ga ) , and can get a lot of them due to ga ' s parallelism . therefore we can choose a better one according to the reality
由于遗传算法的并行性，可以获得多个满意解，因而可以根据实际情况，比较选择，具有较好的可替代性，有一定的经济实用价值。 |
