UE Measurement and Report

(1) Intra-frequency reporting events for FDD
- Event 1a:
A Primary CPICH enters the reporting range
- Event 1b:
A Primary CPICH leaves the reporting range
- Event 1c:
A non-active primary CPICH becomes better than an active primary CPICH
- Event 1d:
Change of best cell
- Event 1e:
A Primary CPICH becomes better than an absolute threshold
- Event 1f:
A Primary CPICH becomes worse than an absolute threshold

(2) Inter-frequency reporting events
- Event 2a:
Change of best frequency
- Event 2b:
The estimated quality of the currently used frequency is below a certain threshold and the estimated quality of a non-used frequency is above a certain threshold.
- Event 2c:
The estimated quality of a non-used frequency is above a certain threshold
- Event 2d:
The estimated quality of the currently used frequency is below a certain threshold
- Event 2e:
The estimated quality of a non-used frequency is below a certain threshold
- Event 2f:
The estimated quality of the currently used frequency is above a certain threshold

(3) Inter-RAT measurements reporting events
- Event 3a:
The estimated quality of the currently used UTRAN frequency is below a certain threshold and the estimated quality of the other system is above a certain threshold.
- Event 3b:
The estimated quality of other system is below a certain threshold
- Event 3c:
The estimated quality of other system is above a certain threshold
- Event 3d:
Change of best cell in other system

Traffic Volume Measurements
- Event 4a:
Transport Channel Traffic Volume becomes larger than an absolute threshold
- Event 4b:
Transport Channel Traffic Volume becomes smaller than an absolute threshold

Quality Measurements
- Event 5a:
A predefined number of bad CRCs is exceeded

UE internal measurements
- Event 6a:
The UE Tx power becomes larger than an absolute threshold
- Event 6b:
The UE Tx power becomes less than an absolute threshold
- Event 6c:
The UE Tx power reaches its minimum value
- Event 6d:
The UE Tx power reaches its maximum value
- Event 6e:
The UE RSSI reaches the UE's dynamic receiver range
- Event 6f:
(FDD) The UE Rx-Tx time difference for a RL included in the active set becomes larger than an absolute threshold
(1.28 Mcps TDD): The time difference indicated by TADV becomes larger than an absolute threshold
- Event 6g:
The UE Rx-Tx time difference for a RL included in the active set becomes less than an absolute threshold

090913r1

UMTS關鍵技術網路寫作計畫開放認養

寫作認養公告：

以下這本網頁書正在成形中，如果您在UMTS領域有研究/技術心得而且天性樂在分享，可在下列主題中尋找筆者尚未完成的項目書寫，如果您有筆者尚未列出的主題，認為是UMTS書籍不可缺少的議題，也請不吝提出您的寶貴建議。

寫作公約：
1. 本書以分享為原則，未來不會出版成紙張版本。
2. 共同作者亦當然成為此3Guru News Group的共同維護者，擁有一個自創名稱與密碼，可自由發表/刪改文章。(特殊寫作風格與意識形態可與筆者共議)
3. 歡迎各行各業出面包養本書主題，但是整體風格與內容品質將由筆者擔任總監。
4. 當3Guru News Group有共同作者之後，此論壇經由Google Adsense的廣告收益將以在本論壇發表文章的比例公平分配。當共同作者誕生後，本論壇將不再由筆者獨有，但整體風格仍由筆者主導協調與修正。
(以上共四點寫作公約)

書名：UMTS關鍵技術手冊
副標題：UMTS相關人員必備的網路資料庫

特色：
1. 同時兼具工程與人文觀點來書寫3G-UMTS的技術內涵與其在通信歷史上的定位。
2. 以寫程式的觀念來寫書，一個主題處理一個主要觀念，不同主題間相互引導與參照，可以個別挑選主題獨立閱讀或是順序閱讀，整體將建構成一個UMTS知識體系。
3. 強調一個主題配合至少一張關鍵插圖以方便讀者掌握概念。
4. 每個主題有獨立的參考資訊，方便讀者延伸閱讀。
5. 包含儀器與測試的介紹。
6. 提供台灣測試實驗室總覽。

內容：

第一章: UMTS簡史
說明：以編年的方式記錄重要的公司事件或技術突破
綜合類：
[-] 人類行動通信簡史
[-] 3G簡史
[-] 3G簡史 - 台灣篇
[-] 3G簡史 - 中國篇
網路類：世界重要網路供應商與手機製造商的3G發展歷程 (每個公司如有分公司都以全球、台灣、中國等三方觀點來書寫)
[-] Alcatel-Lucent
[-] AT&T
[-] Ericsson簡史
[-] Huawei
[-] LG
[-] Motorola
[-] NEC
[-] Nokia簡史
[-] Nortel
[-] Qualcomm
[-] Samsung
[-] Siemens
[-] Sony-Ericsson …etc
測試類：世界重要儀器供應商的3G發展歷程與貢獻。(每個公司如有分公司都以全球、台灣、中國等三方觀點來書寫)
[-] Aeroflex
[-] Agilent
[-] Anite
[-] Anritsu
[-] Ericsson
[-] NetHawk簡史
[-] Tektronix
[-] Radcom
[-] Rohde & Schwarz
[-] Spirent … etc

第二章: UMTS網路架構
說明：網路架構將強調在不同版本的演進與差異，以及未來的趨勢。
[-] R99
[-] R4
[-] R5
[-] R6
[-] R7
[-] R8
[-] TD-SCDMA
[-] cdma2000
[-] LTE
[-] MS/UE
[-] GERAN
[-] UTRAN
[-] CN
[-] CAMEL
[-] IMS
[-] HSPA
[-] I-WLAN
[-] I-WiMAX
[-] FMC
[-] NGN
[-] Femto Cell
…etc

第三章: UMTS的網路界面
說明：將每個界面的通信協定推疊劃清楚，勾勒其基本運作原理與技術議題
[-] Uu
[-] Iub
[-] Iur
[-] Iur-g
[-] Iu-CS
[-] Iu-PS
[-] Um
[-] A
[-] Abis
[-] Gb
[-] G(x) in GPRS
[-] L(x) in LCS
[-] M(x) in IMS
[-] W(x) in I-WLAN
[-] R(x) in WIMAX … etc

第四章: UMTS通信協定簡介
說明：本章深入描述第三章所介紹各界面上的重要通信協定與功能，屬於靜態描述
[-] 無線的實體層 - WCDMA
[-] MAC
[-] RLC
[-] RRC
[-] PDCP
[-] BMC
[-] 有線的實體層 – E1, IMA, STM-1, Ethernet
[-] AAL5
[-] ALCAP
[-] FP – Iub, Iur, Iu
[-] NBAP
[-] SS7
[-] Sigtran
[-] RANAP
[-] RSNAP
[-] CS-NAS
[-] PS-NAS
[-] Iu-UP
[-] AMR
[-] GTP-U
[-] GTP-C
[-] RTP/RTCP
[-] SIP
[-] MEGACO
[-] RADIUS/DIAMETER
[-] UMA
[-] MAP
[-] RRLP
[-] CAP
[-] ISUP
[-] BICC

第五章: UMTS網路程序
說明：本章描述在GERAN與UMTS網路上重要的網路程序，屬於動態描述
[-] Cell起始程序
[-] MO call
[-] MT call
[-] MM call
[-] RRC程序
[-] Power Control程序
[-] Handover程序
[-] 認證程序
[-] MM程序
[-] CC程序
[-] PDP程序
[-] UE Measurement and Report程序

第六章: UMTS測試與儀器
[-] 手機/網路設備的符合性測試
[-] 手機/網路設備的IOT測試
[-] 定位測試
[-] SIM/USIM測試
[-] Loading test
[-] 手機場測
[-] 網路路測
[-] 網路優化
[-] 通信協定分析
[-] ASN.1
[-] TTCN
[-] Aeroflex , Agilent, Anite, Anritsu, Spirent, Rohde & Schwarz's solutions (for handset conformance test)
[-] Agilent's solution (for protocol analysis)
[-] Anite's solution (for drive test and field test)
[-] Ericsson's solution (for drive test and field test)
[-] NetHawk's solution (for protocol analysis and simulation)
[-] Radcom's solution (for protocol analysis)
[-] Solver's solution (for loading test)
[-] Tektronix's solution (for protocol analysis and simulation and loading test)

第七章: KPI in UMTS and network planning
(TBD)

第八章: Security and QoS
(TBD)

第九章: 無線通道概論
[-] 無線通道知識地圖
[-] 都卜勒效應
[-] Free Space Loss
[-] Path Loss Models
[-] Shadowing
[-] Fast Fading
[-] Narrowband/Wideband Channel
[-] Power-Delay-Profile參數
[-] 各種技術規範中的RF Channel models
(TBD)

第十章: 應用
[-] A-GPS
[-] MBMS
[-] PTT (Push-To-Talk)
[-] Mobile IP
(TBD)

附錄：
[-] 通信字典(針對本書所使用的名詞)
[-] 台灣測試實驗室總覽

圖例：
黑色：尚未開始
綠色：初稿已完成
天藍：第一次修正
淺藍：接近完成

090913r11
3GPP, UMTS, WCDMA, 3GPP, UMTS, WCDMA, 3GPP, UMTS, WCDMA, UMTS