【資料名稱】：[原創(chuàng)精華541頁]LTE-CDMA-HRPD-WCDMA-GSM-IPv6應用協(xié)議理論和log分析實例學習寶典

【資料作者】：XUYUANXING

【資料日期】：2014-1-5

【資料語言】：中文

【資料格式】：PDF

【資料目錄和簡介】：

目錄太長，部分目錄如下，暫時只提供pdf版本，僅供大家學習交流使用
附件太大，分為3部分上傳，附件見樓下, 對于錯誤疏漏之處也歡迎指正。
15LTE AS層分析篇----OOS和無線鏈路失�。≧ADIO LINK FAILURE）.........................164
15.1OOS 概念和處理........................................................................................................164
15.2協(xié)議規(guī)范對于此部分的要求 .....................................................................................164
15.3定時器和常量.............................................................................................................165
15.4分析 OOS 的 LOG關鍵字總結 ..................................................................................165
NSERV, OOS_, N31, T31, RL_FAIL, LEAVING IN_SYNC, RLM ...............................................165
15.5OOS LOG分析實例.....................................................................................................165
TC RECEIVED: LTE_CPHY_OOS_IND.........................................................................................165
15.6無線鏈路監(jiān)控的概念和 UE 的行為..........................................................................165
15.7對于此部分的其他特殊要求 .....................................................................................166
15.8與無線鏈路狀態(tài)檢測相關的常量和定時器 .............................................................166
15.9分析無線鏈路問題的 LOG關鍵字總結.....................................................................167
NSERV, OOS_, N31, T31, RL_FAIL, LEAVING IN_SYNC, RLM:..............................................167

NUMBRE_PDSCH=(12*12*100-1200)*6=13200*6=79200 ............................................................214
22.315MHZ/20MHZ小區(qū)，周期 CQI 與非周期 CQI 撞在同一子幀發(fā)送時 UE 只發(fā)送了
CQI 導致上行 PUSCH CRC錯誤。 ................................................................................................214
1.周期 CQI OR RI 上報子幀確定................................................................................................215
2.非周期 CQI+RI 上報子幀確定..................................................................................................216
TABLE 2: SUBBAND SIZE (K) VS. SYSTEM BANDWIDTH......................................................217
22.4周期 RI 與非周期 CQI/RI 撞在同一子幀發(fā)送時 UE 只發(fā)送了 RI 導致上行 PUSCH
CRC 錯誤。218
22.5SR、周期 RI 與 PUSCH 撞在同一子幀發(fā)送時 UE 沒有按協(xié)議發(fā)送 RI 導致上行
PUSCH CRC 錯誤。.........................................................................................................................220
26GSM<--->WCDMA移動性管理的基本知識..........................................................................263
26.1GSM 主要物理與邏輯信道介紹................................................................................263
26.2WCDMA物理層（LAYER1）主要信道....................................................................264
PRACH 前導發(fā)射功率調整示意圖...................................................................................................268
AICH 接入時隙的結構.......................................................................................................................273
26.3移動臺的服務小區(qū)選擇過程： .................................................................................273
26.4移動臺的服務小區(qū)重選過程： .................................................................................273
26.5小區(qū)選擇與重選算法.................................................................................................274

第 5 章ARP 協(xié)議....................................................................................................................521
8、PROTOCOL TYPE...................................................................................................522
9、HARDWARE ADDRESS LENGTH........................................................................523
10、PROTOCOL ADDRESS LENGTH.........................................................................524
11、MESSAGE TYPE......................................................................................................525
12、SOURCE HARDWARE ADDRESS ........................................................................526
13、SOURCE IP ADDRESS ............................................................................................527
14、DESTINATION HARDWARE ADDRESS..............................................................528
15、DESTINATION IP ADDRESS .................................................................................529

[ 本帖最后由 xuyuanxing 于 2014-12-6 16:16 編輯 ]