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Sat/C7-68

Defense Advanced Research Projects Agency (DARPA) initiated a project as a reaction to the Cold War (1969) That agency, realizing that the military communications network needed improvement, formed a network called Advanced Research Projects Agency (ARPA) Before DARPA was formed, technology allowed exchange of messages in one direction only This meant that if one computer crashed, the complete network would be immobilized To overcome this shortcoming, DARPA envisaged a more efficient system in which information could be sent through several networks and to several destinations instantly, and if one network crashed, the information could be routed through other networks This new network later came to be known as ARPANET and allowed more than 10,000 people to access different services at one time While the US.

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Department of Defense was still endeavoring to build on a secure channel for communication to counter the threat of a nuclear war, the scenario changed The Cold War began to wane, and nuclear threats began to subside The end of the Cold War defeated the very purpose of developing ARPANET Since this project used very expensive supercomputers, the Defense Department did not find the cost associated with this project reasonable However, at the same time, there were other developments taking place in universities where the supercomputers for ARPANET were installed In these universities, the researchers working for ARPANET began using the network for exchanging messages among colleagues located in other places Eventually, the exchange of electronic messages spread across countries, and, ultimately, all over the world These internetworks among countries later came to be known as internet.

Java API for XML Processing (JAXP) Java API for XML Messaging (JAXM) SOAP with Attachments API for Java (SAAJ) Java API for XML Registries (JAXR) Java API for XML-based RPC (JAX-RPC)

In a short time, thousands of universities, government agencies, and even businesses began to connect to computers globally By the mid 1980 s, the contemporary Internet began to take shape Having looked at the evolution of the Internet, we will introduce you to how the Internet operates..

temp variable total sum stores sums used in Newton-Raphson optimization stores tenors between caplet maturity (reset) dates calibration error of volatility parameter calibration error of alpha parameter sum of volatility squared volatility parameters to be calibrated derivatives storage variables more derivatives storage variables derivative with respect to volatility stores part of aPrime calculation derivative with respect to alpha error tolerance level maximum number of iterations allowed vector of discount bond prices vector of caplets vector of Hull White model prices vector of cash market prices stores volatility and alpha parameters size of volatility vector

linear regression identi es the linear relationship between a series of independent variables and a single response variable. Discriminant analysis is a classi cation approach that assigns observations to classes using the linear boundaries between the classes. Logistic regression can be used to build models where the response is a binary variable. In addition, the method calculates the probability that a response value is positive. Finally, naive Bayes is a classi cation approach that only works with categorical variables and it is particularly useful when applied to large data sets. These methods are described in detail, including an analysis of when they work best and what assumptions are required for each.

43 C-X Chi, D-W Huang, D Lee, and X-R Sun, Lazy Flooding: A new Techniuqe for Siganling in All Optical Network, in Proceedings of OFC 2002, pp 551 552, 2002 44 Luca Valcarenghi, Survivable IP-over-WDM Networks, PhD Thesis, University of Texas at Dallas, December 2001 45 G Li, J Yates, R Doverspike, and D Wang, Experiments in Fast Restoration Using GMPLS in Optical/Electronic Mesh Networks, in Proceedings of OFC 2001, vol PD, pp PD34\_1 PD34\_3, March 2001 46 R R Iraschko and W D Grover, A Highly Efficient Path-Restoration Protocol for Management of Optical Network Transport Integrity, IEEE Journal on Selected Areas in Communications, vol 18, pp 779 794, May 2000 47 J Yates, G Smith, P Sebos, C Cannon, P Arias, J Rice, and A Greenberg, IP Control of Optical Networks: Design and Experimentation, in Proceedings of OFC 2001, vol 1, pp.