frame alignment time slot

In order to improve the identification efficiency of tag anti-collision algorithm in RFID system further,analyzing the performance of framed slotted ALOHA anti-collision algorithm,the improved framed slotted ALOHA algorithm is proposed with accurate tag estimation and binary search.

为进一步提高RFID系统中电子标签防碰撞算法的识别效率,对帧时隙ALOHA防碰撞算法的性能进行分析,提出一种结合精确标签估计和二进制搜索的改进型帧时隙ALOHA算法。

This paper proposes RFID anti-collision algorithm based on grouping dynamic frame slotted by analyzing frame slotted ALOHA algorithm.

为了解决射频识别(RFID)系统中的多标签防碰撞问题,在分析帧时隙ALOHA算法的基础上,提出一种基于分组动态帧时隙的RFID防碰撞算法。

Fast anti-collision algorithm based on framed slotted Aloha

帧时隙ALOHA的快速防冲突算法

Steady dynamic framed slot ALOHA algorithm with high system efficiency

一种稳定高效的动态帧时隙ALOHA算法

Frame-Sloted-ALOHA-based data analysis of tags estimation

基于帧时隙ALOHA算法的标签估算数据分析

Research on the Slotted ALOHA System Based on Spread Spectrum Technology;

基于扩频技术的时隙ALOHA系统的研究

A Kind of Enhanced Dynamic Slotted ALOHA Algorithm for Anti-collision in RFID Systems

一种改进的RFID防碰撞时隙ALOHA算法

The Stability and Performance of the Acknowledgment-type-ALOHA-CDMA Channels

准时隙ALOHA-CDMA信道的性能及稳定性

Anti-collision Algorithm for Dynamic Distribution Slotted ALOHA

动态分配时隙ALOHA的抗碰撞算法

RFID Anti-collision Algorithm Based on Grouping Dynamic Frame Slotted

基于分组动态帧时隙的RFID防碰撞算法

Simulation and Research on an RFID Dynamic Framed Slotted Algorithm

RFID系统中一种动态帧时隙算法的研究与仿真

A periodic interval of time that can be uniquely

可以唯一被识别和确定的周期性时间间隔，例如位时隙、路时隙、帧时隙。

The protocol is based on slotted TDMA architecture in which every slot is divided into reservation phase and data transmission phase.

该协议基于时分多址的帧结构,每个时隙分为预约阶段和数据传输阶段。

The number of slots per frame depends on the bit rate.

每帧的隙数依赖于位速率。

Constant Key Reduction Filtering

减少过滤时关键帧不变

frame time base

图象扫描电路, 帧时基

frame suppression period

帧(扫描回程)熄灭时间

The frame rate is then 60 Hz.

这时，帧速率为60赫。

Show Key Times Toggle

显示关键帧时间标记

Design of Remote Real-time Acquisition of 1000 fps High Frame Rate Image Data

1000帧每秒高帧频图像数据远程实时采集设计