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mulal
- This is the machine-generated representation of a Handle Graphics object and its children. Note that handle values may change when these objects are re-created. This may cause problems with any callbacks written to depend on the value of the ha
交通路网分配计算程序
- 本程序实现了交通规划中交通分配的计算,程序中内置四种模式:1为采用线性时间-流量函数按UE计算;2为线性时间-流量函数按SO计算;3为BPR型时间-流量函数,按UE计算;4为BPR型时间-流量函数,按SO计算
UE
- UE Simulation LTE from Vienna University
publicationdtl
- S u r f e r自动控制技术在气象资料 自动成图中的应用 -Ab s t r a c t : The ma i n f un c t i o n s o f Su r fe r s o f t wa r e,Ac t i v e X a u t o ma t i o n t e c h ni q ue a nd t he i n t e r fa c e o f VB a p p l i c a t i o n a n d S u r
F_mobility_model
- 应用matlab为ue的移动性进行仿真。包括速度,与bs夹角等模拟-Applications for the ue of the mobility matlab simulation. Including speed, the angle between the simulation and bs
Final-project
- 利用matlab 制作GUI系统 模拟并分析LTE 基站的功效与多种调制方式之间的配合 从而得出最优化方案。 -Produced using matlab GUI system simulation and analysis of the effectiveness of LTE base station with a variety of co-ordination between the modulation and thus finding the most optimal solutio
dotm1
- 蜂窝系统中分布蜂窝用户,蜂窝小区500米,随机分布的用户。-UE distribute
uerx
- randomly distribute Ue in Macro eNB
LW_utux0
- function [ue,un]=LW_utux0(v,dt,t) 一个简单的双曲型偏微分方程: ut + ux = 0 初始条件为: u(x,0) = 1, x≤0 = 0, x>0. 边界条件为: u(-1,t)=1,u(1,t)=0. 本题要求: 使用Lax-Windroff method,选择 v=0.5, 计算并画出当dt=0.01和0.0025时, 方程在t=0.5,x在(-1,1)时的数值解和精确解 输入:
LW_utux0_2
- function [ue,un]=LW_utux0_2(v,dt,t) 一个简单的双曲型偏微分方程: ut + ux = 0 初始条件为: u(x,0) = exp[-10(4x-1)^2] 边界条件为: u(-1,t)=0,u(1,t)=0. 本题要求: 使用Lax-Windroff格式,选择 v=0.5, 计算并画出当dt=0.01和0.0025时, 方程在t=0.5,x在(-1,1)时的数值解和精确解 输入: v--即a
UPW_utux0
- function [ue,un]=UPW_utux0(v,dt,t) 一个简单的双曲型偏微分方程: ut + ux = 0 初始条件为: u(x,0) = 1, x≤0 0, x>0. 边界条件为: u(-1,t)=1,u(1,t)=0. 本题要求: 使用迎风格式,选择 v=0.5, 计算并画出当dt=0.01和0.0025时, 方程在t=0.5,x在(-1,1)时的数值解和精确解 输入: v--即a*dt/dx
UPW_utux0_2
- function [ue,un]=UPW_utux0_2(v,dt,t) 一个简单的双曲型偏微分方程: ut + ux = 0 初始条件为: u(x,0) = exp[-10(4x-1)^2] 边界条件为: u(-1,t)=0,u(1,t)=0. 本题要求: 使用迎风格式,选择 v=0.5, 计算并画出当dt=0.01和0.0025时, 方程在t=0.5,x在(-1,1)时的数值解和精确解 输入: v--即a*dt/dx
ch44
- - implementation d ue commande par mode glissant -- - implementation d ue commande par mode glissant -
DahmenThesis04
- * *** *** *** *** * implementation d ue commande par mode glissant ***************************************** - * ************************* implementation d ue commande par mode glissant *****************************************
LTE scheduling algorithms
- LTE scheduling algorithms eNB to UE used in Link level simulation Adaptive Feedback Scheduler best Cqi Scheduler MIMO best Cqi Scheduler MIMO HARQ fixed Scheduler Proportional FairScheduler round Robin Scheduler
BERbuffer
- Initialize UE receive waveform with noise Select PDSCH TP based on the highest reported wideband CQI Generate TP1 and TP2 transmissions. Each transmission contains cell-specific reference signal, synchronizing signals, CSI-RS and TM10 OCN
UE
- 交通网络设计中求解Beakman模型的Frank-wolf解法源码-Traffic network design to solve Beakman Frank- Wolf solution to the source code of the model
UE_BPR.m
- 采用全有全无法进行用户均衡(UE)条件下的流量分配(trips distribution when user equilibrium with all-or-nothing method)