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Rapid System contamination in addition to network connectivity and performance... One or more permanent faults can lead to total network failure, Global Rerouteing which contains: Global Switching, Global Rerouteing which contains: Global Switching with test, Multistage Interconnection Networks (MINs) (mouse over info) related to network error, which occurs once or repeatedly over a short time, Classified as: ???? Deformed Message, Providing a high level of performance can be make the price justified How variation in costs: Its reliability and improved performance can influence its need to be implemented into a network, Error will remain present on the system because Networks lack retry or masking capability detected on controlled lines, network error, which occurs once or repeatedly over a short time ???? Error will remain present on the system because Networks lack retry or masking capability , Missing Message ???? Using Methods: , temporary fault can be the same as a permanent fault. necessary: Uncorrectable error detection, Maintaining adequate performance levels as measured by throughput, delay, etc ???? Can be distinguished and applied for efficient fault detection, fault diagnosis, fault tolerance and testing, Classified as: ???? Multiple Messages, a particular class of Interconnection Networks (ICN) are Multistage Interconnection Networks (MINs) (mouse over info), Classified as: ???? Missing Message, Classified as: ???? False Message, Maintaining network connectivity i.e. communication paths between every pair system elements ???? Can be distinguished and applied for efficient fault detection, fault diagnosis, fault tolerance and testing, Using Methods: ???? Full-handshake (mouse over info), It then starts serving other senders since that one is no good the host PE being sent Detection of a lost packet by a timeout mechanism, Implement a form of Redundacy (Mouse over info) spatial redundancy Providing a high level of performance can be make the price justified, One or more permanent faults can lead to total network failure leading to Difficulties in system recovery after a crash, FAULT IMPACT & FAULT TOLERANCE IN MULTIPROCESSOR INTERCONNECTION NETWORKS by: + BERNARD MENEZES (U of Maryland) +ALLEN M. JOHNSON, JR. (Rainbow Analysis Systems Group) + MIROSLAW MALEK AND ROY JENEVEIN (U of Texas) + KITTY H. YAU (IBM corp), Can be distinguished and applied for efficient fault detection, fault diagnosis, fault tolerance and testing in respect to network Rapid System contamination, Maintaining the integrity of data and operation between nodes ???? Can be distinguished and applied for efficient fault detection, fault diagnosis, fault tolerance and testing, network error, which occurs once or repeatedly over a short time ???? Transient Faults, Multiple Messages ???? Using Methods: , Transient Faults extends beyond single operation or a single path between a PE and an ME, False Message ???? Using Methods: , The paper covers the effect of faults on a network Including: Different methods of routing packets, The paper covers the effect of faults on a network Including: How to handle an error, The paper covers the effect of faults on a network Including: Detection of an error, The paper covers the effect of faults on a network Including: Possible means of recovering from a network crash, Deformed Message ???? Using Methods: , Sending through a alternate path using methods: Fault Reporting, Sending through a alternate path using methods: Individual Rerouteing, Sending through a alternate path using methods: Global Rerouteing, Using Methods: ???? No-handshake (mouse over info), Implement a form of Redundacy (Mouse over info) temporiall redundancy the MIN may still be able to guarantee full access, Sending through a alternate path which is Continuous rerouting can cause significant delays to the communication of the network, Error will remain present on the system because Networks lack retry or masking capability impact of temporary fault can be the same as a permanent fault., FAULT IMPACT & FAULT TOLERANCE IN MULTIPROCESSOR INTERCONNECTION NETWORKS discusses comparison of major options in design of fault-tolerant interconnection networks, controlled lines ???? Classified as:, the MIN may still be able to guarantee full access PE and ME is interrupted The network can use intermediate PEs and route the message to its destination in a finite number of passes, Using Methods: Protocols: Speed of transmission, Using Methods: Protocols: Preserving Network integrity in the precense of faults, Uncorrectable error detection unrecovered packet: It then starts serving other senders since that one is no good, Using Methods: ???? Half-handshake (mouse over info), comparison of major options in design of fault-tolerant interconnection networks including: Maintaining network connectivity i.e. communication paths between every pair system elements, comparison of major options in design of fault-tolerant interconnection networks including: Maintaining adequate performance levels as measured by throughput, delay, etc, comparison of major options in design of fault-tolerant interconnection networks including: Maintaining the integrity of data and operation between nodes, One or more permanent faults can lead to total network failure safguard: Implement a form of Redundacy (Mouse over info), Detection of a lost packet by a timeout mechanism Conducted by: Sending through a alternate path, Transient Faults evaluated when fault detection and fault-tolerant implementations are considered