论文涉及英文参考资料的目录及分类.doc

论文涉及英文参考资料的目录及分类

一、 绪论
二、 PON系统原理和核心技术
1、A Key(MPCP) for(EPON) Security
2、Burst mode tech（已翻译，只需校正）
3、IEEE Access Standards8023ah GE-PON Status
4、Ethernet Passive Optical Network (EPON) Tutorial
5、Ethernet Passive Optical Network (EPON)
6、Ethernet Passive Optical Network (EPON) Building a Next-Generation Optical Access Network
7、gpon vs epon
8、GPON – The Next Big Thing in Optical Access Networks
9、GPON（这篇文章很长，里面讲了很多东西，可以有重点的根据需要，提取部分内容进行翻译）
10、P2MP Ethernet Standardization Trends （PowerPoint 文档，非常好的文章）
11、PON System Overview（文章很长，但是该文章系统的讲解了PON的原理，可有重点的看或翻译！）
12、本章目录里给出了一些中文资料也可以参考阅读。
13、部分内容可以参考《光电技术与实验》一书，我这里有
14、由于一般PON系统介绍的书比较多，如果有，也能参考阅读
三、 突发模式光信号的产生与传输机理分析（数学表达式）
1、Theory of burst-mode receiver and its applications in optical multi-access networks（本文已翻译，只需校正！）
2、Burst mode tech（已翻译，只需校正）（本文即第二章里的文章）
3、DC-coupled burst-mode transmitter for 1.25 Gbps upstream PON
4、AC-coupled burst-mode optical receiver employing 8B or 10B coding
5、A 15-mW, 155-Mbps CMOS burst-mode laser driver with automatic power control and end-of-life detection
6、部分内容可以参考《光电技术与实验》一书，我这里有
四、 突发模式光信号的处理与性能分析
1、Inherent transmission capacity penalty of burst-mode receiver for optical multiaccess networks
2、A SiGe BiCMOS burst-mode 155-Mbps receiver for PON
3、Transmission performance of AC-coupled burst-mode optical receiver for ethernet PON
4、A jitter and data duty distortion tolerated PLL circuit for 156-Mbps burst-mode transmission
5、DC-1 Gbps burst-mode compatible receiver for optical bus applications（已翻译，只需校正）
6、Burst-mode compatible optical receiver with a large dynamic range（已翻译，只需校正）
7、Theory of burst-mode receiver and its applications in optical multiaccess networks（本文已翻译，只需校正！）（本文即第三章的第1篇）
8、High-speed, burst-mode, packet-capable optical receiver and instantaneous clock recovery for optical bus operation
9、BER performance of digital optical burst-mode receiver in TDMA all optical multiaccess network
10、new data detection and symbol timing recovery approaches for burst optical signal transmission
11、Digital burst mode clock recovery technique for fiber-optic systems
12、Decision threshold based on dynamic offset compensation for burst mode receiver
13、Burst-mode penalty of AC-coupled optical receivers optimized for 8B 10B line code
14、Burst-mode receiver for 1.25Gbps Ethernet PON with AGC and internally created reset signal
15、busrt－mode theory（已翻译，只需校正）（本文即第二章的第二篇）
16、Novel cell-AGC technique for burst-mode CMOS preamplifier with wide dynamic range and high sensitivity for ATM-PON system
17、sensivity penalty calculation for burst-mode receivers using avalanche photodiodes
18、光接收器性能评估
19、部分内容可以参考《光电技术与实验》一书，我这里有
五、 突发模式光收发模块中的关键技术
（注：打“！！！”表示是本章重点内容。）
（一）突发发射
1、!!! 15mv 155mbs CMOS Burst-mode laser with Automatic Power control and End-of-life detection（即第三章的第5篇，由其共享，此处不用翻译）
2、!!! A 156mps CMOS laser diode driver for optical burst-mode transmission
3、!!! Design of a generic and high performance CMOS Burst mode laser driver
4、!!! Fast and accurate level monitoring circuity for a burst-mode CMOS laser driver
5、1.2v 35mw CMOS optical transceiver ICs for 50Mbits burst-mode communication
6、155.52mbs optical Transceiver modules for ONUOLT on ATM-PON systems
7、156Mbit burst-mode transceicer with a new bit synchronization technique for PON Application
8、DC-coupled burst-mode transmitter for 1.25 Gbps upstream PON（即第三章的第3篇，由其共享，此处不用翻译）
9、Folded-cascode transimpedance amplifier for burst-mode transceiver
10、stablizing LD power in a wide temperature range for optical burst-mode communication by means of optical filter
（二）突发接收
1、!!! 1.25 Gbps CMOS Differential Transimpedance Amplifier For Gigabit
2、!!! 1.25Gbps CMOS Limiting Amplifier with instantaneous response AOC
3、!!! 1.25Gbs burst-mode optical receiver for the Ethernet PoN using 0.35um CMOS technology
4、!!! An instantaneous response CMOS optical receiver IC with wide dynamic range and extremely high sensitivity using feed-forward Auto-bias Adjustment
5、!!! Burst-mode penalty of AC-coupled optical receivers optimized for 8B10B line code（即第四章的第13篇，由其共享，此处不用翻译）
6、!!! burst-mode receiver for 1.25GbEthernet PON with AGC and internally created reset signal（即第四章的第14篇，由其共享，此处不用翻译）
7、!!! DC-coupled 1.25Gbs burst-mode receiver with automatic offset compensation
8、!!! Decision threshold based on dynamic offset compensation for burst-mode receiver（即第四章的第12篇，由其共享，此处不用翻译）
9、!!! Folded-cascode transimpedance amplifier for burst-mode transceiver
10、!!! Integrated Differential Preamplifier for 155MbS ATM-PON system with Fast Response, High Sensitivity and Wide Dynamic Range
11、!!! sensitivity improvement techniques for high-speed burst-mode photoreceivers
12、!!! sensivity penalty calculation for burst-mode receivers using avalanche photodiodes（即第四章的第17篇，由其共享，此处不用翻译）
13、!!!A 1.25G high sensitive peak detector in optical burst-mode receiver using a 0.18um CMOS technology
14、+3.3 V PON Receiver IC with a High-speed ATC Circuit
15、1.2v 35mw CMOS optical transceiver ICs for 50Mbits burst-mode communication
16、155.52mbs optical Transceiver modules for ONUOLT on ATM-PON systems（即第五章（一）的第6篇，由其共享，此处不用翻译）
17、156Mbit burst-mode transceicer with a new bit synchronization technique for PON Application（即第五章（一）的第7篇，由其共享，此处不用翻译）
18、A 156-Mbps CMOS optical receiver for burst-mode transmission
19、A SiGe BiCMOS burst-mode 155M receiver for pon（即第四章的第2篇，由其共享，此处不用翻译）
20、AC-coupled burst-mode optical receiver employing 8B10B coding（即第三章的第4篇，由其共享，此处不用翻译）
21、！！！Burst-mode compatible optical receiver with a large dynamic range（已翻译，只需校正）（即第四章的第6篇，由其共享，此处不用翻译）
22、！！！Burst-mode optical receiver with two preamplifiers having different bandwidths
23、burst-mode receiver for 1.25Gbs Ethernet PON with AGC and internally created reset signal
24、CMOS limiting optical preamplifiers using dynamic biasing for wide dynamic range
25、high-speed burst-mode optical interconnects for photonic packet communication
26、High-speed, burst-mode, packet-capable optical receiver and instantaneous clock recovery for optical bus operation（即第四章的第8篇，由其共享，此处不用翻译）
27、low-power CMOS limitting amplifier for burst-modereceiver in ATM-PON system
28、Automatic Gain Control (AGC) circuits Theory and design
29、Novel 1.25Gbps CMOS burst mode optical receiver with automatically gain controllable preamplifier and high sensitive peak detector without extern
30、Novel Cell-AGC Technique for Burst-Mode CMOS Preamplifier With Wide Dynamic Range and High Sensitivity for ATM-PON System（即第四章的第16篇，由其共享，此处不用翻译）
31、paper
32、power penalty improvement for burst-mode fibre optic receiver
33、Theory of burst-mode receiver and its applications in optical multiaccess networks（本文已翻译，只需校正！）（即第三章的第1篇，由其共享，此处不用翻译）
34、Transient characteristic of AGC loop in burst-mode transimpedance amplifier for EPON
35、Transmission Performance of AC-Coupled Burst-Mode Optical Receiver for Ethernet PON即第四章的第3篇，由其共享，此处不用翻译）
（三）CDR电路
1、!!! A 1Gbps clock and data recovery circuit with Two-XOR phase and Frequency detector
2、!!! Fratinal rate phase detectors for clock and data recovery
3、!!! New data detection and symbol timing recovery approaches for burst optical signal
4、A 156 Mbps CMOS clock recovery circuit for burst-mode transmission
5、a jitter suppression technique for a 2.48832-Gbs clock and data recovery circuit
6、a multibitrate burst-mode CDR circuit with bit-rate discrimination function from 52 to 1244Mbs
7、bit-rate detection circuit for rapidly reconfigurable rate-transparent optical networks
8、Clock recovery circuits with instantaneous locking
9、Digital burst mode clock recovery technique for fiber-optic systems即第四章的第10篇，由其共享，此处不用翻译）
（四）新的接收方法
1、！！！ONU power equalization of ethernet PON systems
2、！！！Wide Dynamic Range 10-Gbps DPSK Packet Receiver

注：（1）本分类只是初略的按内容分类，实际上，每一章里文章的内容和其他章节里文章的内容都是相关的，大家在看文章、写文章时，可以相互交流、相互参考！！！
（2）为了防止翻译重复，对重复出现的文章已作了说明，如果还有未表明的却重复了的文章，请注意别翻译重复了。
（3）本文所有内容都要参考IEEE802.3ah（for EPON），该草案中和EPON相关的内容翻译了大部分。
（4）APON参考ITU-T 983.1/.2; BPON参考ITU-T G.983.3/.4/.5; GPON参考G.984.1/.2。