COA2011-6 - KT6144-UKM
... packets between two adjacent nodes Packets at this layer are called frames Often divided into the following two sublayers: ◦ Software logical link control sublayer Error correction, flow control, retransmission, packet reconstruction and IP datagram/frame conversions Numbers frames and reord ...
... packets between two adjacent nodes Packets at this layer are called frames Often divided into the following two sublayers: ◦ Software logical link control sublayer Error correction, flow control, retransmission, packet reconstruction and IP datagram/frame conversions Numbers frames and reord ...
Logistical Networking
... without being downloaded into their end system • Direct access to collaborators private storage is not required » Depot-to-depot transfers can take advantage of multithreading, UDP transfer, Net/Web 100, other high-performance optimizations ...
... without being downloaded into their end system • Direct access to collaborators private storage is not required » Depot-to-depot transfers can take advantage of multithreading, UDP transfer, Net/Web 100, other high-performance optimizations ...
presentation2
... – groups raw data bits received via the physical layer into frames, for passing on to the upper layers – may include an error recovery mechanism and also a flow control mechanism, although this may be done at the transport layer ...
... – groups raw data bits received via the physical layer into frames, for passing on to the upper layers – may include an error recovery mechanism and also a flow control mechanism, although this may be done at the transport layer ...
ECE544_Review
... • PIM-SM (Sparse Mode), or just PIM - instead of directly building per-source, shortest-path trees: – initially builds a single (unidirectional) tree per group , shared by all senders to that group – once data is flowing, the shared tree can be converted to a persource, shortest-path tree if needed ...
... • PIM-SM (Sparse Mode), or just PIM - instead of directly building per-source, shortest-path trees: – initially builds a single (unidirectional) tree per group , shared by all senders to that group – once data is flowing, the shared tree can be converted to a persource, shortest-path tree if needed ...
Chapter
... Transmission Control Protocol (TCP). TCP/IP’s User Datagram Protocol (UDP) is an example of a protocol that uses unreliable connections. ...
... Transmission Control Protocol (TCP). TCP/IP’s User Datagram Protocol (UDP) is an example of a protocol that uses unreliable connections. ...
No Slide Title
... The data field has only 8 bytes You must specify for each data frame how many data bytes follow Remote frames are not necessary to use CAN ...
... The data field has only 8 bytes You must specify for each data frame how many data bytes follow Remote frames are not necessary to use CAN ...
Physical Layer
... Recommended Standard) was developed in 1969 is still widely used. • The latest version is called RS-232D. – Electrical, ITU-T V.28 ...
... Recommended Standard) was developed in 1969 is still widely used. • The latest version is called RS-232D. – Electrical, ITU-T V.28 ...
Assignment #4 - comp
... 4. Consider the following IP subnetted network. The three routers employ a routing protocol that do not carry subnet mask information (e.g., RIP-I). Therefore, the route's subnet mask is assumed to be the same as the subnet mask of the network interface where the route is received. In this case, can ...
... 4. Consider the following IP subnetted network. The three routers employ a routing protocol that do not carry subnet mask information (e.g., RIP-I). Therefore, the route's subnet mask is assumed to be the same as the subnet mask of the network interface where the route is received. In this case, can ...
Layer 1: Encoding. Read Chapter 5-5.2
... JPEG: Joint Photographic Experts Group: Encodes one picture Assume 640x480 RGB with 24 bits/pixel Luminance: Y = 0.30R + 0.59G + 0.11B Block Preparation: Chrominance (I,Q) is averaged over 4 pixels: 320x240 Other compression techniques: DCT, quantization, differential quantization, run-lengt ...
... JPEG: Joint Photographic Experts Group: Encodes one picture Assume 640x480 RGB with 24 bits/pixel Luminance: Y = 0.30R + 0.59G + 0.11B Block Preparation: Chrominance (I,Q) is averaged over 4 pixels: 320x240 Other compression techniques: DCT, quantization, differential quantization, run-lengt ...
ppt
... • Standards bodies were left with the seven-layer model • Advocates for the seven-layer model have tried to stretch the definitions to match TCP/IP • They argue that layer three could be considered an Internet layer and that a few support protocols might be placed into layers five and six • Perhaps ...
... • Standards bodies were left with the seven-layer model • Advocates for the seven-layer model have tried to stretch the definitions to match TCP/IP • They argue that layer three could be considered an Internet layer and that a few support protocols might be placed into layers five and six • Perhaps ...
R&D at LPHE/EPFL: SiPM and electronics
... with the necessary data bandwidth, for example 300 Gbit/s input and 40 Gbit/s output bandwidth is required (TELL1 x 10 in bandwidth). Make use of the future Gigabit Bidirectional Trigger and Data link (GBT) developed by Cern as interconnect between the FE and the DAQ. Minimize power consumption as i ...
... with the necessary data bandwidth, for example 300 Gbit/s input and 40 Gbit/s output bandwidth is required (TELL1 x 10 in bandwidth). Make use of the future Gigabit Bidirectional Trigger and Data link (GBT) developed by Cern as interconnect between the FE and the DAQ. Minimize power consumption as i ...
photo.net Introduction
... IP is the Network Layer Internet Protocol UDP/IP - User Datagram Protocol over IP TCP/IP - Transmission Control Protocol over IP RTP/IP - Real-Time Protocol over IP ...
... IP is the Network Layer Internet Protocol UDP/IP - User Datagram Protocol over IP TCP/IP - Transmission Control Protocol over IP RTP/IP - Real-Time Protocol over IP ...
Network Models
... processes at this time with port addresses a, b, and c. The receiving computer is running two processes at this time with port addresses j and k. Process a in the sending computer needs to communicate with process j in the receiving computer. Note that although physical addresses change from hop to ...
... processes at this time with port addresses a, b, and c. The receiving computer is running two processes at this time with port addresses j and k. Process a in the sending computer needs to communicate with process j in the receiving computer. Note that although physical addresses change from hop to ...
Networking and Internetworking
... until they reach over-congested nodes, hold them at earlier nodes ...
... until they reach over-congested nodes, hold them at earlier nodes ...
UPnP & DLNA
... • The two most common reasons for delivery failures – Link transmission failures – Queue congestion at the receiver ...
... • The two most common reasons for delivery failures – Link transmission failures – Queue congestion at the receiver ...
Networking
... IP Routing as Scalable Sharing of Bandwidth • The Internet is a collection of links connected by routers • Internet Protocol (IP) datagrams flow from sender to reciever along some path of links • The choice of paths is made by routers according to topological considerations ...
... IP Routing as Scalable Sharing of Bandwidth • The Internet is a collection of links connected by routers • Internet Protocol (IP) datagrams flow from sender to reciever along some path of links • The choice of paths is made by routers according to topological considerations ...
Where Have We Been? - Oakton Community College
... Data-Link Layer Application Presentation Session ...
... Data-Link Layer Application Presentation Session ...
Getting Connected (Chapter 2 Part 3) Networking CS 3470, Section 1
... Everyone speaks at the same time Competition for the same link, speaking at the same time produces the notion of a collision domain. ...
... Everyone speaks at the same time Competition for the same link, speaking at the same time produces the notion of a collision domain. ...