LAN Applications
... Must determine the ATM address of the LECS Use SNMP ILMI to get address from a table in the switch and place call to that address Use well-known ATM address If that fails, use the VPI/VCI 0/17 PVC as the connection to the LECS If LECS is not available, try the LES ...
... Must determine the ATM address of the LECS Use SNMP ILMI to get address from a table in the switch and place call to that address Use well-known ATM address If that fails, use the VPI/VCI 0/17 PVC as the connection to the LECS If LECS is not available, try the LES ...
Network Addressing - Cisco Networking Academy
... A subnet mask of 255.0. 0.0 uses 8 bits to identify the network number, which leaves 24 bits to create host addresses for the network A subnet mask of 255.255. 0.0 uses 16 bits to identify the network number, which leaves 16 bits to create host addresses for the network A subnet mask of 255.255. ...
... A subnet mask of 255.0. 0.0 uses 8 bits to identify the network number, which leaves 24 bits to create host addresses for the network A subnet mask of 255.255. 0.0 uses 16 bits to identify the network number, which leaves 16 bits to create host addresses for the network A subnet mask of 255.255. ...
IP Relay HWg-ER02b Manual
... menu, right-click the receiving or transmitting pane. At this point, click “Read” in the lower right-hand corner to read the inputs (8 switches at the test board). Input states are indicated by the virtual LEDs D0 to D7, respectively. States can be inverted with the “LED polarity” option. The D0 – D ...
... menu, right-click the receiving or transmitting pane. At this point, click “Read” in the lower right-hand corner to read the inputs (8 switches at the test board). Input states are indicated by the virtual LEDs D0 to D7, respectively. States can be inverted with the “LED polarity” option. The D0 – D ...
How Network Address Translation Works
... A computer on the stub domain attempts to connect to a computer outside the network, such as a Web server. The router receives the packet from the computer on the stub domain. The router saves the computer's non-routable IP address and port number to an address translation table. The router replaces ...
... A computer on the stub domain attempts to connect to a computer outside the network, such as a Web server. The router receives the packet from the computer on the stub domain. The router saves the computer's non-routable IP address and port number to an address translation table. The router replaces ...
Slide 1
... IPv6 Header • Version (4 bits): This field identifies the IP version number. For IPv6 it is 6, for IPv4 it is 4 • Traffic class (8 bits): This field is used by the source and routers to identify the packets belonging to the same traffic class and thus distinguish between packets with ...
... IPv6 Header • Version (4 bits): This field identifies the IP version number. For IPv6 it is 6, for IPv4 it is 4 • Traffic class (8 bits): This field is used by the source and routers to identify the packets belonging to the same traffic class and thus distinguish between packets with ...
momina-RIP
... One of Interior gateway protocol (IGP) routing protocols on internal networks. Helps routers dynamically adapt to changes of network connections by communicating information about which networks each router can reach and how far away those networks are. Its made obsolete by OSPF and IS-IS. Also some ...
... One of Interior gateway protocol (IGP) routing protocols on internal networks. Helps routers dynamically adapt to changes of network connections by communicating information about which networks each router can reach and how far away those networks are. Its made obsolete by OSPF and IS-IS. Also some ...
An active star topology for CAN networks
... bus systems, up to a certain extent, using techniques that are already known. These techniques rely on the use of replicated transmission media as well as on the use of bus guardians. However, they do not guarantee that a single component fault never causes the global failure of the communication sy ...
... bus systems, up to a certain extent, using techniques that are already known. These techniques rely on the use of replicated transmission media as well as on the use of bus guardians. However, they do not guarantee that a single component fault never causes the global failure of the communication sy ...
Managing Devices for FortiOS 5.4
... Custom avatars for custom devices (299795) You can upload an avatar for a custom device. The avatar is then displayed in the GUI wherever the device is listed, such as FortiView, log viewer, or policy configuration. To upload an avatar image,click Upload Image on the New Device or Edit Device page o ...
... Custom avatars for custom devices (299795) You can upload an avatar for a custom device. The avatar is then displayed in the GUI wherever the device is listed, such as FortiView, log viewer, or policy configuration. To upload an avatar image,click Upload Image on the New Device or Edit Device page o ...
TCP/IP model
... space into groups called subnets • The subnet ID is generally used to group hosts based on the physical network topology ...
... space into groups called subnets • The subnet ID is generally used to group hosts based on the physical network topology ...
Telcordia-NSIS - Columbia University
... in-sequence delivery avoid race conditions transport-layer security integrity, privacy ...
... in-sequence delivery avoid race conditions transport-layer security integrity, privacy ...
How Network Address Translation Works
... So what does the size of the Internet have to do with NAT? Everything! For a computer to communicate with other computers and Web servers on the Internet, it must have an IP address. An IP address (IP stands for Internet Protocol) is a unique 32-bit number that identifies the location of your comput ...
... So what does the size of the Internet have to do with NAT? Everything! For a computer to communicate with other computers and Web servers on the Internet, it must have an IP address. An IP address (IP stands for Internet Protocol) is a unique 32-bit number that identifies the location of your comput ...
Part I: Introduction - UMD Department of Computer Science
... A creates IP packet with source A, destination B A uses ARP to get R’s physical layer address for 111.111.111.110 A creates Ethernet frame with R's physical address as dest, ...
... A creates IP packet with source A, destination B A uses ARP to get R’s physical layer address for 111.111.111.110 A creates Ethernet frame with R's physical address as dest, ...
net221 lecture 6++
... TCP, like UDP, is a process-to-process (program-toprogram) protocol uses port numbers. Unlike UDP, TCP is a connection oriented protocol; it creates a virtual connection between two TCPs to send data. TCP uses flow and error control mechanisms at the transport level. The sending and the receiving pr ...
... TCP, like UDP, is a process-to-process (program-toprogram) protocol uses port numbers. Unlike UDP, TCP is a connection oriented protocol; it creates a virtual connection between two TCPs to send data. TCP uses flow and error control mechanisms at the transport level. The sending and the receiving pr ...
Note
... (1) A local area network (LAN) is a computer network that is designed for a limited geographic area such as a building or a campus. (2) Although a LAN can be used as an isolated network to connect computers in an organization for the sole purpose of sharing resources, most LANs today are also linked ...
... (1) A local area network (LAN) is a computer network that is designed for a limited geographic area such as a building or a campus. (2) Although a LAN can be used as an isolated network to connect computers in an organization for the sole purpose of sharing resources, most LANs today are also linked ...
pptx - Cambridge Computer Laboratory
... • For the most part, the Internet is our example – again. ...
... • For the most part, the Internet is our example – again. ...
IPv4 Addressing - User Web Areas at the University of York
... Firstly, there are 21 bits in the bit mask, and ANDing the bit mask with the address gives ...
... Firstly, there are 21 bits in the bit mask, and ANDing the bit mask with the address gives ...
PDF
... and not even realize it is a router. What defines a router is not its shape, color, size or manufacturer, but its job function of routing data packets between computers. A cable modem which routes data between your PC and your ISP can be considered a router. In its most basic form, a router could si ...
... and not even realize it is a router. What defines a router is not its shape, color, size or manufacturer, but its job function of routing data packets between computers. A cable modem which routes data between your PC and your ISP can be considered a router. In its most basic form, a router could si ...
IP Forwarding
... Show the forwarding process if a packet arrives at R1 in Figure 6.13 with the destination address ...
... Show the forwarding process if a packet arrives at R1 in Figure 6.13 with the destination address ...
IOSR Journal of Computer Engineering (IOSR-JCE)
... Protocol (IP), is intended to replace IPv4, which still carries the vast majority of Internet traffic as of 2014. Protecting all traffic will include Address Resolution Protocol. To protect this, IPSec will need agreed Key. For Key setup, UDP packet is sent, which requires IPSec for secure communica ...
... Protocol (IP), is intended to replace IPv4, which still carries the vast majority of Internet traffic as of 2014. Protecting all traffic will include Address Resolution Protocol. To protect this, IPSec will need agreed Key. For Key setup, UDP packet is sent, which requires IPSec for secure communica ...
lectures1-2-3
... bits coming in one link go out all other links at same rate all nodes connected to hub can collide with one another no frame buffering no CSMA/CD at hub: host NICs detect collisions twisted pair ...
... bits coming in one link go out all other links at same rate all nodes connected to hub can collide with one another no frame buffering no CSMA/CD at hub: host NICs detect collisions twisted pair ...
39 Kyung Hee University Finding the Subnet Mask Address (cont`d)
... The network address defines the network to the rest of the Internet. Given the network address, we can find the class of the address, the block, and the range of the addresses in the block In classful addressing, the network address (the first address in the block) is the one that is assigned t ...
... The network address defines the network to the rest of the Internet. Given the network address, we can find the class of the address, the block, and the range of the addresses in the block In classful addressing, the network address (the first address in the block) is the one that is assigned t ...
I/O BUS - Univasf
... machine, and field device information in a digital format. These digital signals are less susceptible than other types of signals to signal degradation caused by electromagnetic interference (EMI) and radio frequencies generated by analog electronic equipment in the process environment. Additionally ...
... machine, and field device information in a digital format. These digital signals are less susceptible than other types of signals to signal degradation caused by electromagnetic interference (EMI) and radio frequencies generated by analog electronic equipment in the process environment. Additionally ...
dm_ipv6_lana
... service (output) points to a buffer able to contain up to servicelen bytes that receives the service name as a null-terminated string. If the service's name cannot be located, the numeric form of the service address (for example, its port number) shall be returned instead of its name. flags changes ...
... service (output) points to a buffer able to contain up to servicelen bytes that receives the service name as a null-terminated string. If the service's name cannot be located, the numeric form of the service address (for example, its port number) shall be returned instead of its name. flags changes ...
I²C
I²C (Inter-Integrated Circuit), pronounced I-squared-C, is a multi-master, multi-slave, single-ended, serial computer bus invented by Philips Semiconductor (now NXP Semiconductors). It is typically used for attaching lower-speed peripheral ICs to processors and microcontrollers. Alternatively I²C is spelled I2C (pronounced I-two-C) or IIC (pronounced I-I-C). Since October 10, 2006, no licensing fees are required to implement the I²C protocol. However, fees are still required to obtain I²C slave addresses allocated by NXP.Several competitors, such as Siemens AG (later Infineon Technologies AG, now Intel mobile communications), NEC, Texas Instruments, STMicroelectronics (formerly SGS-Thomson), Motorola (later Freescale), and Intersil, have introduced compatible I²C products to the market since the mid-1990s.SMBus, defined by Intel in 1995, is a subset of I²C that defines the protocols more strictly. One purpose of SMBus is to promote robustness and interoperability. Accordingly, modern I²C systems incorporate policies and rules from SMBus, sometimes supporting both I²C and SMBus, requiring only minimal reconfiguration.