毫微細胞網路中基於使用者資訊之細胞間干擾消除機制

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姓名

鄭南宏(Nan-hung Cheng) 查詢紙本館藏

畢業系所

通訊工程學系

論文名稱

毫微細胞網路中基於使用者資訊之細胞間干擾消除機制
(UE assisted inter-cell interference cancellation in femtocell network system)

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摘要(中)

近年來，高品質的行動通訊需求大量增加，而在未來的行動通訊網路中，為了要滿足大量且各式各樣的需求，會有許多不同後端網路支援與不同發射功率的基地台共存，因此異質網路在近年來被廣泛的討論，其中毫微型基地台網路(femtocell network)被許多研究人員注意並且認為其適用於下一代行動通訊，原因是因為它體型輕巧，能安置在辦公室與住宅，因此可解決行動通訊覆蓋率不佳及室內傳輸量不足等棘手問題，以提高無線資源重複使用的效率。而毫微型基地台在3G末已被提出討論，但一直遲遲無法發展的原因即是干擾協調的問題，干擾主要分為來自大型基地台的干擾與毫微型基地台彼此之間互相干擾等兩種情況。這些干擾會影響到使用者聯網品質，造成網路延遲、斷線以及訊號消失等問題，因此我們必須最優先去討論的即是細胞之間的干擾協調(inter-cell interference coordination，ICIC)。

摘要(英)

In recent years, demand for high-quality mobile communications is significant increasing. In the future, in order to meet the large and wide variety of needs, there will be many different back-end network and different power of base stations coexist. Therefore, heterogeneous network has been widely discussed in recent years. Femtocell network are considered suitable for next-generation mobile communication because it is small size that can place in the office and house and it can solve inadequate coverage of mobile communication problem. Femtocell network

has been discussed at the end of 3G, but the reason that it could not have been developed is the problem of interference coordination. Interference is divided into two categories. The first interference is from large base stations and the second interference is femtocell base stations with each other. These interference will affect network quality of users, network delays, disconnection and signal problems, so we must discuss interference coordination (inter-cell interference coordination, ICIC) first.

關鍵字(中)

★ 毫微型基地台
★ 異質網路
★ 干擾協調

關鍵字(英)

★ femtocell network
★ heterogeneous network
★ ICIC

論文目次

目錄 IV

圖目錄 VI

表目錄 VII

第一章　緒論 1

1.1研究背景: 1

1.2研究動機 2

1.3論文架構 3

第二章　異質網路的簡介 4

2.1 微型基地台 5

2.2 中繼站 6

2.3 毫微型基地台 7

2.3.1毫微型基地台網路架構 8

2.3.2 毫微型基地台特點 9

2.3.3 毫微型基地台發展的問題 10

2.4 進階基地台間干擾協調 11

第三章分散式演算法介紹 13

3.1 分散式演算法的優缺點 13

3.2 分散式演算法文獻 14

3.2.1 環境與假設 14

3.2.2流程圖與做法 15

3.2.3結論 17

第四章最佳化演算法 18

4.1 通訊常見的最佳化問題 18

4.2 細胞間的干擾協調演算法 20

4.3 涵蓋與容量優化演算法 21

第五章自動化流程設計 23

5.1系統模型 24

5.2自我感測 27

5.3分散式演算法 32

5.3.1 假設與定義: 32

5.3.2 做法： 33

5.4 最佳化 35

5.5 模擬結果 38

第六章、結論 43

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指導教授

林嘉慶(Jia-chin Lin)

審核日期

2015-8-26

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