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đồ án nghiên cứu hệ thống thông tin di động 3g

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[...]... việc đang ứng dụng các hệ thống di động trong tương lai gần và xa.Đồng thời qua chương này chúng ta đã có thể thấy được sự hình thành tất yếu của hệ thống thông tin di động 3G, các công nghệ được ứng dụng khi phát triển từ hệ thống 2G lên 3G. Hơn nữa chúng ta cũng có thể định hướng cho sự phát triển của hệ thống trong tương lai khi chuyển lên công nghệ 4G Nguyễn Hữu Phước 14 Đồ án tốt nghiệp GVHD: ThS... Anh CHƢƠNG 2 CÔNG NGHỆ HSDPA Nội dung chính :Hệ thống thông tin di động thế hệ thứ ba 3G UMTS sử dụng công nghệ đa truy nhập phân chia theo mã băng rộng –WCDMA.Tuy nhiên trong quá trình phát triển lên mạng di động 3G một số mạng di động( mà tiêu biểu là các mạng di động của Việt Nam) không lựa chọn công nghệ này mà chọn bước phát triển cao hơn trong công nghệ đa truy nhập,đó là công nghệ truy nhập gói tốc... hiểu cấu trúc mạng của toàn bộ hệ thống UMTS phù hợp với từng điều kiện nghiên cứu cụ thể.Qua đó chúng ta thấy được sự tương đồng của hệ thống UMTS với hệ thống GSM và đặc biệt là hệ thống GPRS.Điều đó có nghĩa rằng sự phát triển của các hệ thống mạng GSM (mà VinaPhone là một ví dụ điển hình) lên hệ thống 3G UMTS sẽ có sự kế thừa một cách nhất định Nguyễn Hữu Phước 35 Đồ án tốt nghiệp GVHD: ThS Dương... vào WCDMA.Dù sao thì công nghệ HSDPA vẫn cho chúng ta một giải pháp công nghệ hấp dẫn và mạnh mẽ khi ứng dụng vào xây dựng và phát triển mạng 3G vốn dĩ đòi hỏi tôc độ hỗ trợ của mạng rất cao Nguyễn Hữu Phước 24 Đồ án tốt nghiệp GVHD: ThS Dương Tuấn Anh CHƢƠNG 3 CẤU TRÚC HỆ THỐNG UMTS Nội dung chính :Hệ thống thông tin di động UMTS là một hệ thống phức tạp bao gồm nhiều hệ thống mạng con kết hợp tạo thành.Tuy... W-CDMA với tƣ cách là một sản phẩm của công nghệ 3G Nguyễn Hữu Phước 23 Đồ án tốt nghiệp GVHD: ThS Dương Tuấn Anh Sơ kết chƣơng: Công nghệ HSDPA là một công nghệ hiện đại được ứng dụng rộng rãi trong các hệ thống thông tin di động 3G và ngay cả ở Việt Nam khi triển khai các mạng 3G thì nó vẫn là công nghệ được ưu tiên sử dụng nhất mặc dù nó được xem như một công nghệ của chuẩn 3.5G.Tuy n hiên cũng cần phải... hiện giao di n ngƣời sử dụng với hệ thống Hình 3-8 Mô hình cấu trúc hệ thống UMTS WCDMA là một giao di n vô tuyến phức tạp và tiên tiến trong lĩnh vực thông tin di động, nó sẽ là công nghệ xây dựng cơ sở hạ tầng và kiến trúc mạng tế bào của hầu hết mạng 3G trên thế giới, hình thành kết nối giữa thiết bị di động của ngƣời sử dụng cùng với mạng lõi Nguyễn Hữu Phước 26 Đồ án tốt nghiệp GVHD: ThS Dương Tuấn... dụng với hệ thống UE gồm hai phần: - Thiết bị di động (ME: Mobile Equipment): Là đầu cuối vô tuyến đƣợc sử dụng cho thông tin vô tuyến trên giao di n Uu - Module nhận dạng thuê bao UMTS (USIM): Là một thẻ thông minh chứa thông tin nhận dạng của thuê bao, nó thực hiện các thuật toán nhận thực, lƣu giữ các khóa nhận thực và một số thông tin thuê bao cần thiết cho đầu cuối UTRAN (UMTS Terestrial Radio Access... thành.Tuy nhiên do có đặc điểm là hệ thống được phát triển từ hệ thống GSM và xa hơn nữa là hệ thống GPRS nên cấu trúc và các đặc điểm của nó cũng phù hợp với sự kế thừa này.Chương này sẽ đi vào tìm hiểu cấu trúc của mạng UMTS với các mô hình khác nhau tùy vào yêu cầu nghiên cứu, đồng thời cũng tìm hiểu kỹ phần hệ thống truy nhập vô tuyến(UTRAN) -hệ thống mà người dùng mạng có thể thông qua đó để thực hiện các... bá thông tin hệ thống - Thiết lập các kênh mang báo hiệu và truy cập ngẫu nhiên - Quản lý kênh mang vô tuyến (RB) Nguyễn Hữu Phước 31 Đồ án tốt nghiệp GVHD: ThS Dương Tuấn Anh - Các chức năng an toàn trong mạng UTRAN - Quản lý di động lớp UTRAN - Xử lý cơ sở dữ liệu - Định vị thuê bao 3.3 CẤU TRÚC MẠNG LÕI THEO TIÊU CHUẨN 3GPP R99 3GPP R99 là hệ tiêu chuẩn UMTS đầu tiên, trong đó thể hiện một hệ thống. .. triển các phiên bản 3GPP cao hơn R5 bao gồm: - Hoàn thiện IP hóa toàn mạng UMTS; - Triển khai công nghệ truy cập HSUPA cho WCDMA nhằm nâng khả năng uplink cho các dịch dùng IP - Nghiên cứu đa truy nhập và các mạng hoạt động tƣơng tác định hƣớng hội tụ Sơ kết chƣơng:Qua phần tìm hiểu và nghiên cứu chương 1 này chúng ta đã có thể định hình ra được sự phát triển của hệ thống thông tin di động trong quá khứ . 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 8di4 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. 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4ODg/Pz83v27Ons7Ny1a1dnZ2dtbW06nZ6ZmQkSdmVlZWRk5MqVK+3t7fX19eXl5bdu3bp9+/bMzExxcXF1dXVTU1NQnwsLCw0NDVu2bGlpaRkcHJycnIxEIvfcc8/OnTvb2tqCw1JXr169du3a0tLSZz7zmeARU+fOnQsWU1OpVDgcTqVSg4ODq6urFRUVzz333O7du+Px+AsvvPDqq69evXo1Eok0Njbee++9W7ZsqaysDBLw8OHDzz//fHNz8/Dw8GuvvfbSSy8NDw/v2bOnqqoqHo9fvXp1cHAwLy/vM5/5zCOPPJJOp7/1rW+dPn16dHR0fX19fX29sLCwq6vriSee+OIXv/iFL3yho6Njdnb2u9/97htvvHH27NngIqytrS0sLExOTo6Pj09NTVVVVT3wwANf+tKXtm/f/snzYcHZ/8HBwdnZ2fX19WDMqk4F/me5dwP8JlpeXp6cnOzv7x8aGhofH19YWFhcXEwmk1lZWdFoNDifXlpaWlxcnJubW1tbW1ZW9thjj23ZsmVwcDCRSKTT6eDrJBKJZDKZm5tbV1fX3t5eV1cXjUaj0WhXV1dlZeWOHTsmJyfj8fjS0lIsFotEIjU1Nffee2+wZ6CsrOyDDz44c+bMzZs3Jycni4uLS0tL0+n06dOnc3NzZ2dn77///kcffTQvL+/kyZOzs7Nra2uNjY2lpaWRSCQajY6Pj4+MjLzzzjuHDh1qaGh48sknE4nEmTNn0un03NzcysrK0tLS1q1bP/vZz27atCkWi126dOnGjRsbGxudnZ1lZWUlJSX5+fljY2Nzc3OZTObJJ598+OGHa2trL1++fOrUqddffz2RSJSVlS0uLo6OjsZisVgstnv37u7u7uPHj2/dunV1dfWLX/zixMTE6upqcXFxsB5cU1PT2NjY0NBQW1sbDoerqqoeffTRxsbGwcHBlZWV/Pz8u+eisrOzI5FIc3NzW1vb6urq22+/PTExESTs/Pz8xsbG6urq0tJSVlZWXl5eaWlpSUlJTU1NU1PT1q1bGxoa7h7tAhCpwP 8di4 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. 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

Ngày đăng: 03/12/2014, 08:30

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Hình 1.5 Cấu trúc mạng 3G theo tiêu chuẩn 3GPP R99 - đồ án nghiên cứu hệ thống thông tin di động 3g
Hình 1.5 Cấu trúc mạng 3G theo tiêu chuẩn 3GPP R99 (Trang 10)
Hình 1.6 Cấu trúc mạng 3G theo tiêu chuẩn 3GPP R4 - đồ án nghiên cứu hệ thống thông tin di động 3g
Hình 1.6 Cấu trúc mạng 3G theo tiêu chuẩn 3GPP R4 (Trang 11)
Hình 1.7 Cấu trúc mạng 3G theo tiêu chuẩn 3GPP R5 - đồ án nghiên cứu hệ thống thông tin di động 3g
Hình 1.7 Cấu trúc mạng 3G theo tiêu chuẩn 3GPP R5 (Trang 12)
Hình 1.8 Mô hình cung cấp dịch vụ sử dụng giao thức SIP trên IMS - đồ án nghiên cứu hệ thống thông tin di động 3g
Hình 1.8 Mô hình cung cấp dịch vụ sử dụng giao thức SIP trên IMS (Trang 13)
Bảng 1 Dung lượng ứng với các phương thức điều chế khác nhau - đồ án nghiên cứu hệ thống thông tin di động 3g
Bảng 1 Dung lượng ứng với các phương thức điều chế khác nhau (Trang 18)
Hình 3.3: Trình tự nhanh và hợp lý - đồ án nghiên cứu hệ thống thông tin di động 3g
Hình 3.3 Trình tự nhanh và hợp lý (Trang 19)
Hình 2.4: Quá trình truyền lại block dữ liệu IR - đồ án nghiên cứu hệ thống thông tin di động 3g
Hình 2.4 Quá trình truyền lại block dữ liệu IR (Trang 20)
Hình 2.5:Giao thức HSDPA - đồ án nghiên cứu hệ thống thông tin di động 3g
Hình 2.5 Giao thức HSDPA (Trang 21)
Hình 3.6: Microcell HSDPA - đồ án nghiên cứu hệ thống thông tin di động 3g
Hình 3.6 Microcell HSDPA (Trang 22)
Hình 2.7:Độ trể trên đường truyền đối với các công nghệ khác nhau. - đồ án nghiên cứu hệ thống thông tin di động 3g
Hình 2.7 Độ trể trên đường truyền đối với các công nghệ khác nhau (Trang 22)
Hình 3.7 Mô hình khái niệm mạng WCDMA. - đồ án nghiên cứu hệ thống thông tin di động 3g
Hình 3.7 Mô hình khái niệm mạng WCDMA (Trang 26)
Hình 3-8 Mô hình cấu trúc hệ thống UMTS. - đồ án nghiên cứu hệ thống thông tin di động 3g
Hình 3 8 Mô hình cấu trúc hệ thống UMTS (Trang 26)
Hình 3.9  Sơ đồ khối tổng quát của mạng thông tin di động thế hệ 3 WCDMA. - đồ án nghiên cứu hệ thống thông tin di động 3g
Hình 3.9 Sơ đồ khối tổng quát của mạng thông tin di động thế hệ 3 WCDMA (Trang 27)
Hình 3-10  Cấu trúc quản lý tài nguyên. - đồ án nghiên cứu hệ thống thông tin di động 3g
Hình 3 10 Cấu trúc quản lý tài nguyên (Trang 29)
Hình 3-15  Cấu trúc giao thức ở  giao diện vô tuyến. - đồ án nghiên cứu hệ thống thông tin di động 3g
Hình 3 15 Cấu trúc giao thức ở giao diện vô tuyến (Trang 34)
Hình 4-1 Quá trình quy hoạch và triển khai mạng WCDMA - đồ án nghiên cứu hệ thống thông tin di động 3g
Hình 4 1 Quá trình quy hoạch và triển khai mạng WCDMA (Trang 37)
Hình truyền sóng - đồ án nghiên cứu hệ thống thông tin di động 3g
Hình truy ền sóng (Trang 40)
Hình 4-3 Vùng phủ sóng của cell theo các loại dịch vụ khác nhau. - đồ án nghiên cứu hệ thống thông tin di động 3g
Hình 4 3 Vùng phủ sóng của cell theo các loại dịch vụ khác nhau (Trang 41)
Hình 4-4 Ảnh hưởng của SFM đến vùng phủ sóng. - đồ án nghiên cứu hệ thống thông tin di động 3g
Hình 4 4 Ảnh hưởng của SFM đến vùng phủ sóng (Trang 44)
Hình  dạng nhiễu  2,1 dB tại tần số 2,1GHz - đồ án nghiên cứu hệ thống thông tin di động 3g
nh dạng nhiễu 2,1 dB tại tần số 2,1GHz (Trang 45)
Bảng 4-8 Bảng tính R-Cell tham khảo. - đồ án nghiên cứu hệ thống thông tin di động 3g
Bảng 4 8 Bảng tính R-Cell tham khảo (Trang 46)
Bảng 4-10 Tính lưu lượng hệ thống tham khảo 2 - đồ án nghiên cứu hệ thống thông tin di động 3g
Bảng 4 10 Tính lưu lượng hệ thống tham khảo 2 (Trang 50)
Bảng 5.2 Thống kế mạng vô tuyến GSM Vinaphone - đồ án nghiên cứu hệ thống thông tin di động 3g
Bảng 5.2 Thống kế mạng vô tuyến GSM Vinaphone (Trang 57)
Bảng 4.5 Kế hoạch triển khai kỹ thuật công nghệ - đồ án nghiên cứu hệ thống thông tin di động 3g
Bảng 4.5 Kế hoạch triển khai kỹ thuật công nghệ (Trang 62)
Bảng 5.6 Quy mô mạng lưới 3G trong 15 năm - đồ án nghiên cứu hệ thống thông tin di động 3g
Bảng 5.6 Quy mô mạng lưới 3G trong 15 năm (Trang 63)
Hình 5.1 Mô tả thiết bị 3G dùng chung sở hạ tầng 2G - đồ án nghiên cứu hệ thống thông tin di động 3g
Hình 5.1 Mô tả thiết bị 3G dùng chung sở hạ tầng 2G (Trang 65)
Hình 5.2 Phương án sử dụng anten cho 3G - đồ án nghiên cứu hệ thống thông tin di động 3g
Hình 5.2 Phương án sử dụng anten cho 3G (Trang 66)
Hình 5.3 Mô tả khái quát việc dùng chung feeder - đồ án nghiên cứu hệ thống thông tin di động 3g
Hình 5.3 Mô tả khái quát việc dùng chung feeder (Trang 66)
Hình 5.5 Mô tả dùng chung nhà trạm - đồ án nghiên cứu hệ thống thông tin di động 3g
Hình 5.5 Mô tả dùng chung nhà trạm (Trang 68)

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