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DynamicBlockManagement11
- 操作系统实验报告：动态内存分配与回收 VC基本对话框画图演示分配与回收的过程。-Experimental report operating system: Dynamic memory allocation and recovery of basic dialog VC presentation drawing distribution and recovery process.
MONINEICUNFENPEI
- 模拟内存分配程序，实现不同算法的模拟，图显示-Simulation of memory allocation procedure, different algorithms to achieve the simulation, shows
menory
- 通过图形化的界面模拟操作系统中动态分区存储管理方式的内存分配与回收，采用的算法有首次适应算法和最佳适应算法，并且能实现内存回收功能，包括单独回收；与上边空闲区邻接，合并回收；与下边空闲区邻接，合并回收；与上、下边空闲区邻接，合并回收。-Through the graphical interface of the dynamic simulation of the operating system partition storage management and recovery of the m
Cognitivenetworkcoloringbasedongraphheorymodelofth
- 认知网络中基于图论着色模型的频谱分配算法的分析-Cognitive network coloring based on graph theory model of the analysis of spectrum allocation algorithm
neicun
- 一个操作系统的课程设计，希望能有所帮助。内存分配与回收！-Curriculum design an operating system, hoping to be helpful. Memory allocation and recovery!
MemoryManager
- 内存管理模拟器，利用MFC模拟实现了内存的管理操作--内存分配和释放；不同内存分区利用不同颜色区分；采用首次适应算法实现。-Memory management simulator, the use of MFC to achieve a simulated memory management operations- memory allocation and release different memory partition to use to distinguish between dif
sdma
- 仿真了基于智能天线的空间分集（sdma）技术，并用了两种信道的分配方案-Simulation of smart antenna based on spatial diversity (sdma) technology, and the two distribution channels
z.shen.wang
- "A Low Complexity Algorithm for Proportional Resource Allocation in OFDMA Systems"关于子载波和功率分配的代码，对应这篇文章，大家共同学习。希望大家提供的源码带上原文，以便研究。-" A Low Complexity Algorithm for Proportional Resource Allocation in OFDMA Systems" With regard to the allocati
SER_DF_Coop
- DF协作系统MPSK SER分析,包括SER上界,高信噪比条件下的优化功率分配的SER仿真结果.-DF analysis of MPSK SER Collaborative System, including the SER upper bound, under the conditions of high signal to noise ratio to optimize power distribution simulation results of SER.
intercellresourceallocation
- 详尽描述了3GPP LTE环境中小区间资源分配仿真的全过程，有蜂窝小区的模拟方法和资源调度的算法，还有性能仿真的曲线图-3GPP LTE detailed descr iption of the allocation of resources between the environment small and medium-sized simulation of the entire process, and the simulation of Cellular and resource sch
Random-traffic-distribution-in-the-effective-path-
- 随机交通分配中有效路径的分层定向算法 将交通路网中节点位置的确定性与交通出行中路径选取的有向性相结合，提出了一种有效 路径的分层定向搜索算法.通过将分层策略与定向策略结合，新算法实现了在一次性给出有效路径的同时减少冗余计算的目的.将该方法应用于随机用户-Random traffic distribution in the effective path-oriented algorithm for hierarchical
fixedmovingboundary
- 3G系统中动态信道分配的研究，对于固定和可移动边界两种方案进行了仿真实现，可移动边界方案显示出了明显的优势。-3G system, dynamic channel allocation study, fixed and moving boundary for the two scenarios were simulated to achieve, removable border program showed a clear advantage.
wanquangongxiang
- 动态信道分配的一种完全共享方案，所有用户和业务可以根据实际情况动态使用系统的时隙和频率资源-Dynamic channel allocation in a complete sharing scheme, all users and businesses can use the system according to the actual situation of dynamic time slot and frequency resources
Queuingtheorytooptimizeprogram
- 基于M/G/K 多类别共用一个资源的最优化分配问题程序 主要以系统总等待时间为目标函数-Based on M/G/K multi-class share an optimization of resources allocation process is essentially the system as the objective function the total waiting time
GACFA
- 使用遗传算法求解通信网链路容量和流量联合优化分配问题!-Communications network using genetic algorithm for solving the joint optimization of link capacity and flow allocation problem!
Hughes-Hartogs_algo
- OFDM系统的自适应功率和比特分配算法，实现系统资源的自适应分配（4)－－原创-adaptive allocation for OFDM system
Processor_schedul
- 操作系统进程调度模拟和内存分配相关模拟（用户界面）-The operating system process scheduling simulation of analog and memory allocation-related (user interface)
123123
- 合作博弈框架的资源分配 合作博弈框架的资源分配-Cooperative game framework of cooperative game framework for resource allocation resource allocation
MIMOCapacity
- 此函数计算了遍历性和中断的MIMO瑞利信道，考虑到没有CSIT（平均功率分配）和完善CSIT（注水功率分配）信道容量。在这两种情况下假设是理想的。该频道跟据克罗内克模型假设空间相关，但在时间上不相关。 -This function calculates the ergodic and outage capacity of a MIMO Rayleigh channel considering no CSIT (equal power allocation) and perfect CS
Cross-Layer
- 在这论文中，我们提出了跨层设计共同纳入 继电器的选择和最佳功率分配策略，以提高 合作网络寿命，大大降低整体 功耗。- In this paper, we proposed a cross-layer design jointly incorporating best relay selection and power allocation strategies to increase the cooperative network lifetime while minim