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shuxuemoxing.rar
- 某城区有 36 个垃圾集中点，每天都要从垃圾处理厂（第 37 号节点）出发将垃圾运回。现有一种载重 6 吨的运输车。每个垃圾点需要用 10 分钟的时间装车，运输车平均速度为 40 公里／小时（夜里运输，不考虑塞车现象）；每台车每日平均工作 4 小时。运输车重载运费 1.8 元 / 吨公里；运输车和装垃圾用的铲车空载费用 0.4 元 / 公里；并且假定街道方向均平行于坐标轴。请你给出满意的运输调度方案以及计算程序。,City have a focal point 36 of refuse ever
Computational_Electromagnetics_for_RF_and_Microwa
- A MATLAB implementation of the 2D FDTD theory for scattering off a PEC cylinder,
kalmanexpri
- The Kalman filter is a set of mathematical equations that provides an efficient computational [recursive] means to estimate the state of a process, in a way that minimizes the mean of the squared error. The filter is very powerful in several aspe
LDPCtutorial
- Low-density parity-check (LDPC) codes are a class of linear block LDPC codes. The name comes from the characteristic of their parity-check matrix which contains only a few 1’s in comparison to the amount of 0’s. Their main advantage is that the
fangledviterbi
- document containing how to implement a new scheme of viterbi algorithm which comparatively is faster than the conventional viterbi algorithm with an interleaver especially designed to reduce the computational complexity.
2080_davidson
- Computational Electromagnetics for RF and Microwave Engineering
2081_ch4
- Computational Electromagnetics for RF and Microwave Engineering
2082_ch5
- Computational Electromagnetics for RF and Microwave Engineering
2083_ch6
- Computational Electromagnetics for RF and Microwave Engineering
2084_ch7
- Computational Electromagnetics for RF and Microwave Engineering
2085_ch8
- Computational Electromagnetics for RF and Microwave Engineering
2086_ch9
- Computational Electromagnetics for RF and Microwave Engineering
NarrowBandFilterDesign
- 窄带FIR数字滤波器是滤波器设计的关键课题，利用窄带滤波器可以减少设备的计算量，进而提高速度。本文档的目的是研究性能较好且运算量较小的窄带FIR数字滤波器。实现可以通过DSP编程完成。-Narrow-band FIR digital filter is a key issue in filter design, use of narrow-band filter can reduce the computational device, and then increase speed. The p
Computational-Electronics
- Computational Electronics
City-RF-Propagation-Models
- Calculation of the path loss is usually called prediction. Exact prediction is possible only for simpler cases, such as the free space propagation or the flatearth model, which is called deterministic methods. They based on the physical laws of
ComputationalSensor_Networks
- Computational Sensor Networks book good for to read
hundun
- ：针对正交编码信号已有设计方法计算复杂、编码长度和数量受限等问题，该文利用混沌序列类随机、初值 敏感， 易产生和易使用的特点， 提出应用混沌序列设计随机离散频率编码信号。 在给出编码信号设计方案的基础上， 详细推导此类信号的模糊函数，分析了其距离、多普勒分辨能力，讨论了信号的准正交特性，并比较了不同混沌序 列对信号性能的影响。 理论分析和仿真实验表明， 结合混沌序列的频率编码信号具有优良的模糊函数、 准正交性能， 且信号产生容易，编码长度和数量可以任意设置，可以作为一类有潜力的雷
multidimensional-scaling
- 本文提出一种基于多维定标的无线传感器网络三维定位算法,结合RSS经验衰减模型和最短路径建立相异性矩阵,采用轻量级矩阵分解算法降低相异性矩阵分解的计算复杂性,并利用网络中存在的周期性消息将初始定位信息回送,在后台使用迭代优化算法对初始定位结果求精。仿真实验表明,在测距误差一定的情况下,该算法能够提高节点三维坐标的初始计算精度,经过集中式的优化求精后与MDS-MAP算法相比,能够明显地提高节点三维定位的精度-This paper presents a method based on multidim
Monodromies-Computational
- 发表在 The MIT Talbot 2013 Workshop 的论文-Monodromies and Computational Arithmetic- paper by F. Robinson, M. Bhabha, Y. Bhabha and L. Martinez
《Computational Semantics with Functional Programming》
- 《Computational Semantics with Functional Programming》