07-IPheader
... Authority (IANA) reserved private network numbers defined in RFC 1918. These address intended use is for local internal networks only. ...
... Authority (IANA) reserved private network numbers defined in RFC 1918. These address intended use is for local internal networks only. ...
Presentation - International Spacewire Conference 2008
... – Also identifies proxy ID (see next slide) – PAs of up to 4 hops may be specified ...
... – Also identifies proxy ID (see next slide) – PAs of up to 4 hops may be specified ...
Connectrix B-Series Management Simplified and Automated Network Management
... Connectrix Manager Converged Network Edition integrates with Connectrix B-Series Fabric Vision technology to provide unprecedented visibility and insight across the storage network. CMCNE supports the following Fabric Vision technology features: Monitoring and Alerting Policy Suite (MAPS): Configure ...
... Connectrix Manager Converged Network Edition integrates with Connectrix B-Series Fabric Vision technology to provide unprecedented visibility and insight across the storage network. CMCNE supports the following Fabric Vision technology features: Monitoring and Alerting Policy Suite (MAPS): Configure ...
PPT
... IETF QoS Models • Integrated services: diverse QoS at the micro-flow level. • Range of QoS: best effort, controlled load, guaranteed • Specific end-to-end service defined for each class • Requires end-to-end support, e.g. edge and core routers • Concern about complexity, cost, marketing/charging • ...
... IETF QoS Models • Integrated services: diverse QoS at the micro-flow level. • Range of QoS: best effort, controlled load, guaranteed • Specific end-to-end service defined for each class • Requires end-to-end support, e.g. edge and core routers • Concern about complexity, cost, marketing/charging • ...
Review the ppt notes
... Details the system’s functionality (what it should do?) Uses Structure charts to create top-down representation of system’s modules Uses System flowcharts to show relationships between modules ...
... Details the system’s functionality (what it should do?) Uses Structure charts to create top-down representation of system’s modules Uses System flowcharts to show relationships between modules ...
Patterns in SNMP-Based Network Management - (JP) Martin
... The management of IP networks (i.e., networks transporting traffic primarily based on the Internet Protocol) has been dominated for a decade by an open management architecture named after its communication protocol: the Simple Network Management Protocol (SNMP) [17, 20]. SNMP is based on the client- ...
... The management of IP networks (i.e., networks transporting traffic primarily based on the Internet Protocol) has been dominated for a decade by an open management architecture named after its communication protocol: the Simple Network Management Protocol (SNMP) [17, 20]. SNMP is based on the client- ...
INRIA International program - AYAME Proposal 2012
... Yukichi Fukuzawa. Since the school’s inception, the students of Keio have risen to the forefront of innovation in every imaginable academic field, emerging as social and economic leaders. In today’s internationally interdependent world, Keio places great effort upon maintaining the finest teaching ...
... Yukichi Fukuzawa. Since the school’s inception, the students of Keio have risen to the forefront of innovation in every imaginable academic field, emerging as social and economic leaders. In today’s internationally interdependent world, Keio places great effort upon maintaining the finest teaching ...
Wide Area Network
... emulates some properties of a circuit-switched network over a packetswitched network. MPLS is a switching mechanism that imposes labels (numbers) to packets and then uses those labels to forward packets. ...
... emulates some properties of a circuit-switched network over a packetswitched network. MPLS is a switching mechanism that imposes labels (numbers) to packets and then uses those labels to forward packets. ...
network-performance
... For two packets of the same size which will have the larger transmission delay? Propagation delay? ...
... For two packets of the same size which will have the larger transmission delay? Propagation delay? ...
CCNA 1 Module 11 TCP/IP Transport and Application Layers
... HTTP (Hypertext Transfer Protocol) SMTP (Simple Mail Transfer Protocol) Telnet ...
... HTTP (Hypertext Transfer Protocol) SMTP (Simple Mail Transfer Protocol) Telnet ...
Chapter 20
... Network’s Performance • Latency Sensitivity – VoIP • Voice over Internet Protocol (VoIP) describes several technologies delivering voice communications over the Internet or other data networks ...
... Network’s Performance • Latency Sensitivity – VoIP • Voice over Internet Protocol (VoIP) describes several technologies delivering voice communications over the Internet or other data networks ...
Chapter 1
... • When many locations must be joined, a hierarchical solution is recommended. • A mesh network is clearly not feasible because there would be hundreds of thousands of links. • A three-layer hierarchy is often useful when the network traffic mirrors the enterprise branch structure and is divided To W ...
... • When many locations must be joined, a hierarchical solution is recommended. • A mesh network is clearly not feasible because there would be hundreds of thousands of links. • A three-layer hierarchy is often useful when the network traffic mirrors the enterprise branch structure and is divided To W ...
Dynamic Routing
... Routing • Static Routing • Dynamic Routing ◦ Characteristics of Distance Vector Routing protocols. ◦ Network discovery process using Routing Information Protocol (RIP). ◦ Identify the conditions leading to a routing loop and explain the implications for router performance. ◦ Recognize that distance ...
... Routing • Static Routing • Dynamic Routing ◦ Characteristics of Distance Vector Routing protocols. ◦ Network discovery process using Routing Information Protocol (RIP). ◦ Identify the conditions leading to a routing loop and explain the implications for router performance. ◦ Recognize that distance ...
Presentation Prepared By: Mohamad Almajali
... including the ability to generate ICMP, UDP, or TCP traffic. ...
... including the ability to generate ICMP, UDP, or TCP traffic. ...
3rd Edition: Chapter 2
... reduce response time for client request reduce traffic on an institution’s access link. Internet dense with caches: enables “poor” content providers to effectively deliver content (but so does P2P file sharing) ...
... reduce response time for client request reduce traffic on an institution’s access link. Internet dense with caches: enables “poor” content providers to effectively deliver content (but so does P2P file sharing) ...
ppt - Courses
... - Reliable end-to-end transport Highly successful in supporting one-to-one (unicast) communication But there are some limitations: - Difficult to deploy new network services (e.g., IP multicast, IP anycast, QoS, IPv6) - Lack of support for one-to-many (multicast) or even many-tomany (“peer-to-pe ...
... - Reliable end-to-end transport Highly successful in supporting one-to-one (unicast) communication But there are some limitations: - Difficult to deploy new network services (e.g., IP multicast, IP anycast, QoS, IPv6) - Lack of support for one-to-many (multicast) or even many-tomany (“peer-to-pe ...
Solutions to Finals
... Sliding window protocols were introduced in the text at the link layer, but other books (e.g. Kurose) introduce them at the transport layer. Why? What is different (purpose and implementation) about a sliding window protocol at the link layer vs. one at the transport layer? ...
... Sliding window protocols were introduced in the text at the link layer, but other books (e.g. Kurose) introduce them at the transport layer. Why? What is different (purpose and implementation) about a sliding window protocol at the link layer vs. one at the transport layer? ...
Sender window includes bytes sent but not acknowledged
... •TCP must perform typical transport layer functions: Segmentation breaks message into packets End-to-end error control since IP is an unreliable Service End-to-end flow control to avoid buffer overflow Multiplexing and demultiplexing sessions ...
... •TCP must perform typical transport layer functions: Segmentation breaks message into packets End-to-end error control since IP is an unreliable Service End-to-end flow control to avoid buffer overflow Multiplexing and demultiplexing sessions ...
Slide
... Optimizing SONET costs doesn’t mean you have optimized total service delivery cost Today operational, service, and complete network topology roadblocks hinder such a network configuration Architectures which address these problems are emerging Price points for equipment and operations are changing, ...
... Optimizing SONET costs doesn’t mean you have optimized total service delivery cost Today operational, service, and complete network topology roadblocks hinder such a network configuration Architectures which address these problems are emerging Price points for equipment and operations are changing, ...
photo.net Introduction - ADUni.org: ArsDigita University
... Each server registers a service and a version Service - typically implemented as an integer; a set of well-known services exist Version - a number used to select which server to use Who decides which server to return to the client? Key issue: Load Balancing ...
... Each server registers a service and a version Service - typically implemented as an integer; a set of well-known services exist Version - a number used to select which server to use Who decides which server to return to the client? Key issue: Load Balancing ...
William Stallings, Cryptography and Network Security 3/e
... • have considered some application specific security mechanisms – eg. S/MIME, PGP, Kerberos, SSL/HTTPS ...
... • have considered some application specific security mechanisms – eg. S/MIME, PGP, Kerberos, SSL/HTTPS ...
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.