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27. The function f (x) = x 3 + x has a graph which is (a) concave up at all points (b) concave down when x < 0 and concave up when x > 0 (c) concave up when x < 0 and concave down when x > 0 (d) concave down at all points (e) decreasing at all point 28. The function g (x) = x2 has a graph which is x+1 (a) increasing on ( , 2) and (0, ), decreasing on ( 2, 0) (b) decreasing on ( , 2) and (0, ), increasing on ( 2, 0) (c) increasing on ( , 2), decreasing on (0, ), decreasing on ( 2, 0) (d) decreasing on ( , 2), increasing on (0, ), decreasing on ( 2, 0) (e) increasing everywhere x 29. The function h(x) = 2 has x +1 (a) a local minimum at x = 2 (b) a local maximum at x = 1 and a local maximum at x = 1 (c) a local minimum at x = 1 and a local maximum at x = 1 (d) a local maximum at x = 1 and a local minimum at x = 1 (e) a local minimum at x = 1 and a local minimum at x = 1

If natural monopolies are still in the local exchange network, open access to these network resources must be fostered to promote a competitive market in spite of the monopolistic nature of the ILECs The FCC continues to wrestle with how far it has to go and what requirements are necessary to open and equal access to the network Network unbundling, the process of breaking the network into separate functional elements, opens the local access to competition CLECs select unbundled components they need to provide their own service If the unbundled price is still too expensive, the service provider will provide its own private resources This is the facilities-based provider All too often, we hear about new suppliers who offer high-speed services, better than the incumbent Yet, these suppliers are typically using the Bell System s wires to get to the consumer s door.

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We have seen that the Internet is really a collection of independently owned and operated networks The concept of network was previously dominated by the telephone model It had a central switching exchange and all information ran through this exchange The telegraph network also used centralized switching Like the telephone switching system, it, too, had telegraph lines that connected the switching centers The telegraph-switching center was called a message switch These message switching centers were originally manually operated copy and relay centers Later, paper tape with automatic punches and finally computers replaced the manual switching centers It became clear that some mechanism was needed to distinguish between the message content and the control characters that were used by the computer to recognize the beginning and end of the message Message switching with its telegraphy history was message integrity-oriented Each message was carefully acknowledged Losing messages was not acceptable.

Part II:

This formed the basis for reliable message transfer About the time the Internet was taking shape, the X25 network protocol was being developed One might say that the X25 protocol is the successor to message switching It was essentially designed with the Telco model in mind It was intended to make money by charging for packets, just as the message switching system was designed to charge for each message The goal was to provide end-to-end message integrity A further impetus to the development of X25 was the deregulation of the telephone equipment market brought about by the Carterphone decision of 1968 Heretofore, modems were only available from the Telco, and the data rates were slow At that time, the Telcos controlled telephone calls between countries and all data (telex) messages went through what were known as international record carriers.

The only change that occurs is the person to whom we send the bill Hardly a competitive local networking strategy As a result, the new providers (CATV, wireless local loop, IEC, and facilities-based CLEC) are now in the mode to provide their own facilities..

Because they were the only carriers permitted to transport such international traffic, the cost was high Modems unfortunately fell into the hands of the travelling public who would make dial-up telephone calls across international boundaries and transmit data at a fraction of the cost of the record traffic The Telcos tried to control this, but it was hopeless Their next attempt was to offer a slightly lower cost Public Data Network (PDN), which was the X25 network Although it worked well, it really was still more costly (although more reliable) than using the Public Switched Telephone Network (PSTN) The X25 network replaced the telex network to most parts of the world When traveling, using the X25 network to contact, for example, CompuServe is often the most cost-effective way to do it One of the large steps forward that X.

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