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anti_e
- 此代码为RFID中防冲突算法固定帧ALOHA算法中的，时隙中的平均标签数目e随帧的大小而变化的仿真-this code for RFID defense algorithm conflict fixed fr a me ALOHA algorithm. Slot the average number of e labels with fr a me size change of the simulation
anti_d_aloha
- 此代码为RFID中防冲突算法中动态帧ALOHA算法的仿真，利用时隙中标签平均数的期望值e。-this code for RFID defense algorithm conflict dynamic fr a me ALOHA algorithm simulation, Slot label use of the average e expectations.
一种改进的动态帧时隙ALOHA算法
- 针对现有的ALOHA算法提出的一些改进
anti_e
- 此代码为RFID中防冲突算法固定帧ALOHA算法中的，时隙中的平均标签数目e随帧的大小而变化的仿真-this code for RFID defense algorithm conflict fixed fr a me ALOHA algorithm. Slot the average number of e labels with fr a me size change of the simulation
anti_d_aloha
- 此代码为RFID中防冲突算法中动态帧ALOHA算法的仿真，利用时隙中标签平均数的期望值e。-this code for RFID defense algorithm conflict dynamic fr a me ALOHA algorithm simulation, Slot label use of the average e expectations.
aloha2
- 分别实现了对连续的标签和随机生成的标签的帧时隙算法的对比，通过比较标签的应答和响应次数来得出结果。帧的选择是通过一个随机数来实现的-, Respectively, for the realization of the labels and the labels randomly generated fr a me slot comparison algorithm, by comparing the tags in response t
Interval_estimation_of_the_RFID_based_anti_collisi
- 多个应答器的碰撞问题是影响超高频射频识别(RFID)系统读取效率的一个关键问题。从EPC Class1 Generation2 (C1G2)RFID系统帧长受约束特点出发， 分析了帧时隙ALOHA防碰撞机制及其经典应答器估计方法的特点。提出了应答器间隔估计方法(IEM)以及基于该方法的EPC C1G2 RFID防碰撞算法，并给出了仿真结果。与现有基于经典应答器估计方法的射频识别系统防碰撞算法相比较，提出的防碰撞算法减少了识别时间， 提高
science[1]
- RFID防冲突算法基于ALOHA帧时隙算法的改进算法-Optimal Dynamic fr a med Slotted ALOHA Based Anti-collision Algorithm for RFID Systems
fulltext[1]
- RFID的应用及基于ALOHA帧时隙算法的改进算法-RFID applications and its improved algorithm
Aloha
- 基于RFID平台下的防碰撞算法，基于随机数传送的动态帧时隙Aloha算法-Based on the anti-collision algorithm in RFID platform, based on the random number sent by Dynamic fr a med Slotted Aloha algorithm
tantti_eeh
- 此代码为RFID中防冲突算法固定帧ALOHA算法法中的，时隙中的平均标签数目e随帧的大小而变化的仿真 -This code for the simulation of the time slot, the anti-collision algorithm in RFID fixed fr a me ALOHA algorithm method, the average number of tags e varies with the
tantti_d_alooh
- 此代码为RFID中防冲突算法中动态帧ALOHHA算法的仿真，运用时隙中标签平均数的期望值e。 -This code for RFID anti-conflict algorithm to dynamically fr a me ALOHHA algorithm simulation, use the slot label average expectations e.
Dynamic-frame-slot-ALOHA-algorithm
- 动态帧时隙ALOSH算法在标签数增加过多的情况下，所需时隙数增长过快；而由于硬件限制，时隙数不能无限增长。为改进此不足，可从以下三个步骤优化算法。首先根据hash函数进行时隙分配，将标签分配到 不同的时隙；其次根据三维估计方法估计标签数，为下一周期调整帧长做准备；最后根据估计到的标签数调整帧长，当帧长为标签数的1.7倍时，识别效果最好。实验结果表明，标签数相同的情况下，本算法所用的时隙数最少。-Dynamic fr a me slo
RFID
- 几篇很好的研究rfid防碰撞算法的文章，主要是动态帧时隙aloha算法的改进算法研究。-Several good research articles rfid anti-collision algorithm, mainly to improve the algorithm of dynamic fr a me slotted aloha algorithm.
ALOHA-Matlab
- 时隙 ALOHA（Slotted ALOHA）算法是在纯ALOHA 算的基础上将时间分成了多个离散的时隙，被分割成的时隙的长度要大于标签所携带数据信息帧的长度-Slot ALOHA (Slotted ALOHA) algorithm is based on pure ALOHA time will be counted into the slot more discrete, divided into the slot length i
Aloha2
- 对射频识别中aloha算法的吞吐率、时延性能进行了仿真，并与帧时隙aloha算法进行了对比。-The throughput and delay performance of Aloha algorithm in radio frequency identification are simulated and compared with fr a me time slot Aloha algorithm.
RFID-ALOHA
- RFID ALOHA算法仿真，包括固定帧时隙、动态帧时隙和随机时隙算法-RFID ALOHA algorithm simulation, comprising a fixed fr a me time slot, time slot and fr a me dynamic random Slot Algorithm
ALOHA
- aloha算法,帧时隙算法,系统效率分析(Aloha algorithm, fr a me slot algorithm, system efficiency analysis)
ALOHA
- 实现动态帧时隙防碰撞算法，采用matlab语言编写，供大家参考使用。(The dynamic fr a me time slot anti-collision algorithm is implemented in MATLAB language for reference.)
anti-collision
- ALOHA anti-collision、二进制数搜索算法以及帧时隙算法，解决了UHF RFID标签碰撞的问题(ALOHA anti-collision, binary search algorithm and a fr a me slot algorithm to solve the problem of collisions of UHF RFID tags)