ppt
... Routing Overhead (Bytes) DSR more expensive than AODV except at high mobility Smaller packets in AODV, may be more expensive in terms of media access, power and network utilization ...
... Routing Overhead (Bytes) DSR more expensive than AODV except at high mobility Smaller packets in AODV, may be more expensive in terms of media access, power and network utilization ...
STCP: A Generic Transport Layer Protocol for Wireless Sensor
... Sensor networks are deployed for a wide range of applications in the military, health, environment, agriculture and office domain. Every application has different characteristics and requirements such as sensed data type, rate of data transmission and reliability. Existing transport layer protocols ...
... Sensor networks are deployed for a wide range of applications in the military, health, environment, agriculture and office domain. Every application has different characteristics and requirements such as sensed data type, rate of data transmission and reliability. Existing transport layer protocols ...
What is TCP Connection Forwarding? Why should I perform TCP
... a way that maximizes resources and minimizes points of failure. Good network design often includes redundant hardware and data paths to ensure high availability, creating multiple paths from one network node to another so that no single failure along the way blocks communication between them. If ach ...
... a way that maximizes resources and minimizes points of failure. Good network design often includes redundant hardware and data paths to ensure high availability, creating multiple paths from one network node to another so that no single failure along the way blocks communication between them. If ach ...
Geographical Routing in Intermittently Connected Ad
... When a node want to send a packet it simply broadcasts it. The best forwarding node receiving the message then forwards the message in the same manner. The node that sent the message will overhear this transmission and conclude that the forwarder has taken over custody of the packet. If no such tran ...
... When a node want to send a packet it simply broadcasts it. The best forwarding node receiving the message then forwards the message in the same manner. The node that sent the message will overhear this transmission and conclude that the forwarder has taken over custody of the packet. If no such tran ...
Copy of Overheads
... Interacts with operators (the drivers and the tunnel operators) relies on a Public Mobile Network that interconnects instrumented vehicles, crossing a road tunnel infrastructure, to a Tunnel Control Centre PMN increases benefits, giving a major support to the drivers and to the road operators in ...
... Interacts with operators (the drivers and the tunnel operators) relies on a Public Mobile Network that interconnects instrumented vehicles, crossing a road tunnel infrastructure, to a Tunnel Control Centre PMN increases benefits, giving a major support to the drivers and to the road operators in ...
Module 6: Configuring Routing by Using Routing and Remote Access
... A router that is not dedicated to performing routing only, but performs routing as one of multiple processes running on the router computer ...
... A router that is not dedicated to performing routing only, but performs routing as one of multiple processes running on the router computer ...
Zigbee_Intro_v5 - University of Virginia, Department of Computer
... Piconets – Hop between channels 1600 times a second – 79 channels (1MHz each) to avoid collisions ...
... Piconets – Hop between channels 1600 times a second – 79 channels (1MHz each) to avoid collisions ...
Slides - the GMU ECE Department
... Group MAC Authentication (GMA) • Group MAC of each packet MACKg (Pj) ...
... Group MAC Authentication (GMA) • Group MAC of each packet MACKg (Pj) ...
An Information-Centric Architecture for Data Center Networks
... attention of networking researchers as an alternative architecture to the traditional IP-based networking. While there are quite a few proposals for ICN architectures and protocols [1, 10, 7], one fundamental principle that encompasses all of them is that information is accessed based on the identif ...
... attention of networking researchers as an alternative architecture to the traditional IP-based networking. While there are quite a few proposals for ICN architectures and protocols [1, 10, 7], one fundamental principle that encompasses all of them is that information is accessed based on the identif ...
Lecture15Slides
... Over a unicast network service, separate copies of the data are sent from the source to each destination. Over a multicast network service, the data is sent from the source only once and the network is responsible for transmitting the data to multiple locations. Multicasting is more efficient for ma ...
... Over a unicast network service, separate copies of the data are sent from the source to each destination. Over a multicast network service, the data is sent from the source only once and the network is responsible for transmitting the data to multiple locations. Multicasting is more efficient for ma ...
資工系網媒所 NEWS實驗室 A Distributed System
... Presentation layer – resolves the differences in formats among the various sites in the network, including character conversions, and half duplex/full duplex (echoing) Application layer – interacts directly with the users’ deals with file transfer, remote-login protocols and electronic mail, as well ...
... Presentation layer – resolves the differences in formats among the various sites in the network, including character conversions, and half duplex/full duplex (echoing) Application layer – interacts directly with the users’ deals with file transfer, remote-login protocols and electronic mail, as well ...
ภาพนิ่ง 1
... the IPv4 Type Of Service (TOS) field, which is not supported for all the devices on the network. Additionally, identification of the packet flow must be done using an upper layer protocol identifier such as a TCP or User Datagram Protocol (UDP) port. This additional processing of the packet by inter ...
... the IPv4 Type Of Service (TOS) field, which is not supported for all the devices on the network. Additionally, identification of the packet flow must be done using an upper layer protocol identifier such as a TCP or User Datagram Protocol (UDP) port. This additional processing of the packet by inter ...
GPON FTTH MARKETING AND TECHNOLOGY
... the appeal of FTTH accessnetworks is that they will provide ample bandwidth for 5, 10 and even 20 years or more. • Instead of a limited hardware solution, the GigaPASS architecture supports reprogramming of functionality so thatcarriers can fine-tune the OLT/ONU for specific subscriber services toda ...
... the appeal of FTTH accessnetworks is that they will provide ample bandwidth for 5, 10 and even 20 years or more. • Instead of a limited hardware solution, the GigaPASS architecture supports reprogramming of functionality so thatcarriers can fine-tune the OLT/ONU for specific subscriber services toda ...
Figure 17
... • Old bridges required these tables to be built by hand. • The learning bridge builds and maintains a map of the physical port and the MAC address. • It does this by watching source MAC address of frames and from what physical port they come. Problem: What if we have multiple bridges connecting netw ...
... • Old bridges required these tables to be built by hand. • The learning bridge builds and maintains a map of the physical port and the MAC address. • It does this by watching source MAC address of frames and from what physical port they come. Problem: What if we have multiple bridges connecting netw ...
ip route 0.0.0.0 0.0.0.0 172.16.10.5
... The ip route command tells us simply that it’s a static route. 172.16.3.0 is the remote network we want to send packets to. 255.255.255.0 is the mask of the remote network. 192.168.2.4 is the next hop, or router, that packets will be sent to. But what if the static route looked like this instead? Ro ...
... The ip route command tells us simply that it’s a static route. 172.16.3.0 is the remote network we want to send packets to. 255.255.255.0 is the mask of the remote network. 192.168.2.4 is the next hop, or router, that packets will be sent to. But what if the static route looked like this instead? Ro ...
Applying Operating System Principles to SDN Controller
... The introduction of software-defined networks has generated tremendous buzz in the past few years as it promises to ease many of the network management headaches that have been plaguing network operators for years [12, 14]. Software-defined networking uses a logically centralized control plane to ma ...
... The introduction of software-defined networks has generated tremendous buzz in the past few years as it promises to ease many of the network management headaches that have been plaguing network operators for years [12, 14]. Software-defined networking uses a logically centralized control plane to ma ...
Verification of Proposed Model for Long Term Evolution
... increment and maybe there are other value to route these requirements locally specifically in areas of upper network latency. In LTE-Advanced systems, may a different base stations are cooperated together using the X2 interface, where this interface is simply a logical one and so it’s not guaranteed ...
... increment and maybe there are other value to route these requirements locally specifically in areas of upper network latency. In LTE-Advanced systems, may a different base stations are cooperated together using the X2 interface, where this interface is simply a logical one and so it’s not guaranteed ...
iUMG Key Features and Benefits Key Fe
... PSTN/2G-3G wireless networks. It functions seamlessly and transparently with the legacy PSTN, providing maximum scalability and cost-efficiency. As an integral part of the Genew mSwitch product family, the TG delivers distributed, superior voice communication over IP networks. Working in concert wit ...
... PSTN/2G-3G wireless networks. It functions seamlessly and transparently with the legacy PSTN, providing maximum scalability and cost-efficiency. As an integral part of the Genew mSwitch product family, the TG delivers distributed, superior voice communication over IP networks. Working in concert wit ...
Mobility Management Compromise Proposal
... – ADSL is also asymmetrical in wired service but cable isn’t ...
... – ADSL is also asymmetrical in wired service but cable isn’t ...
ITI 510 - CJU.com - The Homepage Site of Chris Uriarte
... • Sending an IP packet from one host to another host on network is known as IP Routing. • In a computer network, the host sending a packet is known as the source host. The host receiving the packet is known as the destination host. • When a host wants to transmit a packet to another host on an IP Ne ...
... • Sending an IP packet from one host to another host on network is known as IP Routing. • In a computer network, the host sending a packet is known as the source host. The host receiving the packet is known as the destination host. • When a host wants to transmit a packet to another host on an IP Ne ...
F41023946
... commercial sector such as disaster relief effort for eg. Fire, flood or earthquake, etc. MANET is also used in personal area networking. MANET has some limitations like limited resources and physical security. It is also hard to detect the malicious node because of its volatile network topology. The ...
... commercial sector such as disaster relief effort for eg. Fire, flood or earthquake, etc. MANET is also used in personal area networking. MANET has some limitations like limited resources and physical security. It is also hard to detect the malicious node because of its volatile network topology. The ...
Follow this link to Network
... Ethernet is the most widespread bus network. It can be implemented as a coaxial cable (ThinLAN) or using telephonestyle twisted pair cabling (Ethertwist). The characteristics of an Ethernet network are illustrated in the slide. Ethernet allows multiple stations to access the transmission medium wit ...
... Ethernet is the most widespread bus network. It can be implemented as a coaxial cable (ThinLAN) or using telephonestyle twisted pair cabling (Ethertwist). The characteristics of an Ethernet network are illustrated in the slide. Ethernet allows multiple stations to access the transmission medium wit ...
4.new-mj-hawaii
... It is assumed that a lightpath will have a number of attributes that describe it such as framing, bandwidth, etc Canarie asserts that across a given AS a lightpath may be abstracted to look like a single (possibly blocking) cross-connect ...
... It is assumed that a lightpath will have a number of attributes that describe it such as framing, bandwidth, etc Canarie asserts that across a given AS a lightpath may be abstracted to look like a single (possibly blocking) cross-connect ...
Recursive InterNetwork Architecture (RINA)
The Recursive InterNetwork Architecture (RINA) is a computer network architecture that unifies distributed computing and telecommunications. RINA's fundamental principle is that computer networking is just Inter-Process Communication or IPC. RINA reconstructs the overall structure of the Internet, forming a model that comprises a single repeating layer, the DIF (Distributed IPC Facility), which is the minimal set of components required to allow distributed IPC between application processes. RINA inherently supports mobility, multi-homing and Quality of Service without the need for extra mechanisms, provides a secure and programmable environment, motivates for a more competitive marketplace, and allows for a seamless adoption.