課程大綱 Syllabus |
學生學習目標 Learning Objectives |
單元學習活動 Learning Activities |
學習成效評量 Evaluation |
備註 Notes |
序 No. | 單元主題 Unit topic |
內容綱要 Content summary |
1 | Computer Networks and the Internet |
1. the network edge and core
2. access networks and physical media
3. ISP and Internet backbones
4. protocol layers and service models
5. history of computer networking and the Internet |
1. the network edge and core
2. access networks and physical media
3. ISP and Internet backbones
4. protocol layers and service models
5. history of computer networking and the Internet |
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2 | Application Layer |
1. principles of network applications
2. the Web and HTTP
3. FTP, SMTP, DNS
4. P2P
5. Socket programming with TCP and UDP |
1. principles of network applications
2. the Web and HTTP
3. FTP, SMTP, DNS
4. P2P
5. Socket programming with TCP and UDP |
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3 | Application Layer |
1. principles of network applications
2. the Web and HTTP
3. FTP, SMTP, DNS
4. P2P
5. Socket programming with TCP and UDP |
1. principles of network applications
2. the Web and HTTP
3. FTP, SMTP, DNS
4. P2P
5. Socket programming with TCP and UDP |
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4 | Application Layer |
1. principles of network applications
2. the Web and HTTP
3. FTP, SMTP, DNS
4. P2P
5. Socket programming with TCP and UDP |
1. principles of network applications
2. the Web and HTTP
3. FTP, SMTP, DNS
4. P2P
5. Socket programming with TCP and UDP |
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5 | Application Layer |
1. principles of network applications
2. the Web and HTTP
3. FTP, SMTP, DNS
4. P2P
5. Socket programming with TCP and UDP |
1. principles of network applications
2. the Web and HTTP
3. FTP, SMTP, DNS
4. P2P
5. Socket programming with TCP and UDP |
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6 | Transport Layer |
1. transport layer services
2. connectionless transport: UDP
3. reliable data transport
4. connection-oriented transport: TCP
5. congestion control |
1. transport layer services
2. connectionless transport: UDP
3. reliable data transport
4. connection-oriented transport: TCP
5. congestion control |
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7 | Transport Layer |
1. transport layer services
2. connectionless transport: UDP
3. reliable data transport
4. connection-oriented transport: TCP
5. congestion control |
1. transport layer services
2. connectionless transport: UDP
3. reliable data transport
4. connection-oriented transport: TCP
5. congestion control |
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8 | Transport Layer |
1. transport layer services
2. connectionless transport: UDP
3. reliable data transport
4. connection-oriented transport: TCP
5. congestion control |
1. transport layer services
2. connectionless transport: UDP
3. reliable data transport
4. connection-oriented transport: TCP
5. congestion control |
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9 | Transport Layer |
1. transport layer services
2. connectionless transport: UDP
3. reliable data transport
4. connection-oriented transport: TCP
5. congestion control |
1. transport layer services
2. connectionless transport: UDP
3. reliable data transport
4. connection-oriented transport: TCP
5. congestion control |
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10 | Network Layer |
1. virtual circuit and datagram networks
2. router architecture
3. IP: forwarding and addressing
4. routing algorithms
5. routing
6. broadcast and multicast routing |
1. virtual circuit and datagram networks
2. router architecture
3. IP: forwarding and addressing
4. routing algorithms
5. routing
6. broadcast and multicast routing |
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11 | Network Layer |
1. virtual circuit and datagram networks
2. router architecture
3. IP: forwarding and addressing
4. routing algorithms
5. routing
6. broadcast and multicast routing |
1. virtual circuit and datagram networks
2. router architecture
3. IP: forwarding and addressing
4. routing algorithms
5. routing
6. broadcast and multicast routing |
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12 | Network Layer |
1. virtual circuit and datagram networks
2. router architecture
3. IP: forwarding and addressing
4. routing algorithms
5. routing
6. broadcast and multicast routing |
1. virtual circuit and datagram networks
2. router architecture
3. IP: forwarding and addressing
4. routing algorithms
5. routing
6. broadcast and multicast routing |
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13 | Network Layer |
1. virtual circuit and datagram networks
2. router architecture
3. IP: forwarding and addressing
4. routing algorithms
5. routing
6. broadcast and multicast routing |
1. virtual circuit and datagram networks
2. router architecture
3. IP: forwarding and addressing
4. routing algorithms
5. routing
6. broadcast and multicast routing |
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14 | Link Layer and LANs |
1. link layer services
2. error-detection and correction techniques
3. multiple access control
4. link layer addresssing
5. Ethernet
6. hubs and switches
7. PPP |
1. link layer services
2. error-detection and correction techniques
3. multiple access control
4. link layer addresssing
5. Ethernet
6. hubs and switches
7. PPP |
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15 | Link Layer and LANs |
1. link layer services
2. error-detection and correction techniques
3. multiple access control
4. link layer addresssing
5. Ethernet
6. hubs and switches
7. PPP |
1. link layer services
2. error-detection and correction techniques
3. multiple access control
4. link layer addresssing
5. Ethernet
6. hubs and switches
7. PPP |
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16 | Link Layer and LANs |
1. link layer services
2. error-detection and correction techniques
3. multiple access control
4. link layer addresssing
5. Ethernet
6. hubs and switches
7. PPP |
1. link layer services
2. error-detection and correction techniques
3. multiple access control
4. link layer addresssing
5. Ethernet
6. hubs and switches
7. PPP |
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17 | Wireless and Mobile Networks |
1. wireless links and networks characteristics
2. Wi-Fi
3. cellular networks
4. mobility management
5. Mobile IP |
1. wireless links and networks characteristics
2. Wi-Fi
3. cellular networks
4. mobility management
5. Mobile IP |
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18 | Wireless and Mobile Networks |
1. wireless links and networks characteristics
2. Wi-Fi
3. cellular networks
4. mobility management
5. Mobile IP |
1. wireless links and networks characteristics
2. Wi-Fi
3. cellular networks
4. mobility management
5. Mobile IP |
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