Network Layer
... IP addressing: introduction Q: how are interfaces actually connected? A: we’ll learn about that in chapter 5, 6. ...
... IP addressing: introduction Q: how are interfaces actually connected? A: we’ll learn about that in chapter 5, 6. ...
APPLICATION-LAYER MULTICASTING
... In P2P structure, the routing is simply done through reversepath forwarding or forward- path forwarding or in some cases a combination of both type. ...
... In P2P structure, the routing is simply done through reversepath forwarding or forward- path forwarding or in some cases a combination of both type. ...
3rd Edition: Chapter 4
... Router-specific tasks: Routing protocols, System configuration and management Division into slow and fast path: time critical (or fast path) non-time critical (or slow path ...
... Router-specific tasks: Routing protocols, System configuration and management Division into slow and fast path: time critical (or fast path) non-time critical (or slow path ...
slides
... IP addressing: introduction Q: how are interfaces actually connected? A: we’ll learn about that in chapter 5, 6. ...
... IP addressing: introduction Q: how are interfaces actually connected? A: we’ll learn about that in chapter 5, 6. ...
The OSI Model - La Salle University
... What’s the point? The purpose of belonging to a network is for computers to communicate — an exchange of information. The information must get where it’s going – addressing is important to networking. If that information is incorrect or not trustworthy, then there is no gain. Thus error detec ...
... What’s the point? The purpose of belonging to a network is for computers to communicate — an exchange of information. The information must get where it’s going – addressing is important to networking. If that information is incorrect or not trustworthy, then there is no gain. Thus error detec ...
Linux+ Guide to Linux Certification
... • WPANs encompass technology that is designed for portable devices, typically PDAs, cell phones, and tablet or laptop computers at transmission speeds lower than the other types of networks • The IEEE 802.15 standards address wireless personal area networks • RFID is not a standard but is a technolo ...
... • WPANs encompass technology that is designed for portable devices, typically PDAs, cell phones, and tablet or laptop computers at transmission speeds lower than the other types of networks • The IEEE 802.15 standards address wireless personal area networks • RFID is not a standard but is a technolo ...
Packets and Protocols - St. Clair County Community College
... recipient(s) receives and processes the data that is sent Error detection—Determines whether the data made the trip across the physical medium successfully Identification of the encapsulated data— Determines the type of header that follows the ...
... recipient(s) receives and processes the data that is sent Error detection—Determines whether the data made the trip across the physical medium successfully Identification of the encapsulated data— Determines the type of header that follows the ...
3rd Edition: Chapter 4
... CPU extracts dest address from packet’s header, looks up output port in forwarding table, copies to output port ...
... CPU extracts dest address from packet’s header, looks up output port in forwarding table, copies to output port ...
App Development for Smart Devices
... Overview • Bluetooth is a specification for the use of low power wireless communications over short distance. • Although Bluetooth standard utilizes the same 2.4 GHz range of Wi-Fi • Compared to Wi-Fi, Bluetooth networking is slower, a bit more limited in range, and supports many fewer devices ...
... Overview • Bluetooth is a specification for the use of low power wireless communications over short distance. • Although Bluetooth standard utilizes the same 2.4 GHz range of Wi-Fi • Compared to Wi-Fi, Bluetooth networking is slower, a bit more limited in range, and supports many fewer devices ...
Survey on Routing Protocol in Wireless Sensor Network
... other so that it will overcome collapse and overlap of nodes. That is only useful information will be transferred. Observed data must be described by meta-data. B. Hierarchical Routing: Hierarchical routing saves total energy consumption of WSN. In this routing cluster is created and as head node is ...
... other so that it will overcome collapse and overlap of nodes. That is only useful information will be transferred. Observed data must be described by meta-data. B. Hierarchical Routing: Hierarchical routing saves total energy consumption of WSN. In this routing cluster is created and as head node is ...
3rd Edition: Chapter 4
... output (within router!) routing: determine route taken by packets from source to dest. (on network level) routing algorithms ...
... output (within router!) routing: determine route taken by packets from source to dest. (on network level) routing algorithms ...
Chapter 4 slides
... 4.4.3 Datagram format 4.4.4 IP fragmentation 4.4.5 ICMP: Internet Control Message Protocol ...
... 4.4.3 Datagram format 4.4.4 IP fragmentation 4.4.5 ICMP: Internet Control Message Protocol ...
Chapter 4 slides
... 4.4.3 Datagram format 4.4.4 IP fragmentation 4.4.5 ICMP: Internet Control Message Protocol ...
... 4.4.3 Datagram format 4.4.4 IP fragmentation 4.4.5 ICMP: Internet Control Message Protocol ...
Chapter 4 slides
... 4.4.3 Datagram format 4.4.4 IP fragmentation 4.4.5 ICMP: Internet Control Message Protocol ...
... 4.4.3 Datagram format 4.4.4 IP fragmentation 4.4.5 ICMP: Internet Control Message Protocol ...
Document
... 4.4.3 Datagram format 4.4.4 IP fragmentation 4.4.5 ICMP: Internet Control Message Protocol ...
... 4.4.3 Datagram format 4.4.4 IP fragmentation 4.4.5 ICMP: Internet Control Message Protocol ...
Document
... 4.4.3 Datagram format 4.4.4 IP fragmentation 4.4.5 ICMP: Internet Control Message Protocol ...
... 4.4.3 Datagram format 4.4.4 IP fragmentation 4.4.5 ICMP: Internet Control Message Protocol ...
Chapter 4 slides
... Router Architecture Overview Two key router functions: run routing algorithms/protocol (RIP, OSPF, BGP) forwarding datagrams from incoming to outgoing link ...
... Router Architecture Overview Two key router functions: run routing algorithms/protocol (RIP, OSPF, BGP) forwarding datagrams from incoming to outgoing link ...
交大資工蔡文能計概
... providing freedom from compatibility problems. (Layer 6) • Session Layer: The session layer sets up, coordinates, and terminates conversations, exchanges, and dialogues between the applications at each end. It deals with session and connection coordination. It ensures that the sender is authentic an ...
... providing freedom from compatibility problems. (Layer 6) • Session Layer: The session layer sets up, coordinates, and terminates conversations, exchanges, and dialogues between the applications at each end. It deals with session and connection coordination. It ensures that the sender is authentic an ...
CISCO 5
... the IP header is smaller. Transporting these smaller headers requires less overhead. Less overhead means less delay in delivery. This characteristic is desirable for a Layer 3 protocol. The mission of Layer 3 is to transport the packets between the hosts while placing as little burden on the network ...
... the IP header is smaller. Transporting these smaller headers requires less overhead. Less overhead means less delay in delivery. This characteristic is desirable for a Layer 3 protocol. The mission of Layer 3 is to transport the packets between the hosts while placing as little burden on the network ...
RSE-CH4g - wmmhicks.com
... ATM, etc.) while multilayer switches will only have Ethernet interfaces. While routers can be used to segment LAN devices, their major use is as WAN devices. Each devices does have its own advantages. Routers are: The backbone devices of large intranets and of the Internet They operate at ...
... ATM, etc.) while multilayer switches will only have Ethernet interfaces. While routers can be used to segment LAN devices, their major use is as WAN devices. Each devices does have its own advantages. Routers are: The backbone devices of large intranets and of the Internet They operate at ...
Chapter 4 slides
... 4.4.3 Datagram format 4.4.4 IP fragmentation 4.4.5 ICMP: Internet Control Message Protocol ...
... 4.4.3 Datagram format 4.4.4 IP fragmentation 4.4.5 ICMP: Internet Control Message Protocol ...
Simulation-Assisted Routing Protocol Design (SARPD)
... designed for small numbers of radios per subnet, ideally 10-16 radios per subnet. The protocol assumes each radio is directly connected to a router that could be a commercial-off-the-shelf (COTS) product, or a workstation running routing software (see Figure 1). Finally, the design assumes a time-va ...
... designed for small numbers of radios per subnet, ideally 10-16 radios per subnet. The protocol assumes each radio is directly connected to a router that could be a commercial-off-the-shelf (COTS) product, or a workstation running routing software (see Figure 1). Finally, the design assumes a time-va ...
Network Layer
... Router Architecture Overview Two key router functions: run routing algorithms/protocol (RIP, OSPF, BGP) forwarding datagrams from incoming to outgoing link ...
... Router Architecture Overview Two key router functions: run routing algorithms/protocol (RIP, OSPF, BGP) forwarding datagrams from incoming to outgoing link ...