为避免在城市作战中一个任务投入过多超过需求的剩余资源,影响其他任务的资源分配而造成作战时间延长,将多维动态列表调度算法(multidimensional dynamic list scheduling,MDLS)应用于城市作战资源调度。通过在算法的平台选择阶段做出改...为避免在城市作战中一个任务投入过多超过需求的剩余资源,影响其他任务的资源分配而造成作战时间延长,将多维动态列表调度算法(multidimensional dynamic list scheduling,MDLS)应用于城市作战资源调度。通过在算法的平台选择阶段做出改进,加入节约模块和支援模块,建立多目标规划模型。仿真实验对比结果表明,该技术研究可为城市作战资源调度提供理论参考。展开更多
In Model Recognition, although a non-linear discriminating function may be superior to linear or quadraticclassifiers, it is difficult to construct. This paper proposes a constructing method using Legendre polynomials...In Model Recognition, although a non-linear discriminating function may be superior to linear or quadraticclassifiers, it is difficult to construct. This paper proposes a constructing method using Legendre polynomials. Theselection of an optimal set of Legendre is determined by the MDL criterion. Results using many data show the effec-tiveness of this method.展开更多
文摘为避免在城市作战中一个任务投入过多超过需求的剩余资源,影响其他任务的资源分配而造成作战时间延长,将多维动态列表调度算法(multidimensional dynamic list scheduling,MDLS)应用于城市作战资源调度。通过在算法的平台选择阶段做出改进,加入节约模块和支援模块,建立多目标规划模型。仿真实验对比结果表明,该技术研究可为城市作战资源调度提供理论参考。
文摘In Model Recognition, although a non-linear discriminating function may be superior to linear or quadraticclassifiers, it is difficult to construct. This paper proposes a constructing method using Legendre polynomials. Theselection of an optimal set of Legendre is determined by the MDL criterion. Results using many data show the effec-tiveness of this method.