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// Demonstrate interface references. using System; // Define the interface. public interface ISeries { int GetNext(); // return next number in series void Reset(); // restart void SetStart(int x); // set starting value } // Implement ISeries one way. class ByTwos : ISeries { int start; int val;
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Randall wants to be considered for his manager s job when this person retires in six months. However, Randall believes that others in the organization do not perceive him as a serious contender for this position, based, he thinks, on their view that Randall does not have the depth of knowledge or organizational respect required. When asked why this matters to him, he states, I ve always wanted this since I began working in this group. I want to be taken seriously. In fact, I m not really sure how I m perceived or why others think I would not be a candidate for this job.
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Some designers have expressed concern that this approach causes the index not to be used. While I have not seen this problem in practice, it is true that the Oracle optimizer can sometimes get confused when there are many OR connectors. You can use Oracle Hints in your SELECT statement to encourage the optimizer to continue to use an index. I am not an advocate of building hints into universes, because it undermines the ad hoc nature of user queries, and in the end, Oracle still may ignore your hint. However, good response time is paramount to a successful deployment, so if you run into problems, incorporate hints where appropriate. The syntax for Oracle Hints for indexes is
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Anticipate problems in getting WAN connectivity completed according to installation promises. Plan to do more work up front in order to ensure that the data connectivity is complete before installation. Even when a local exchange carrier (LEC) confirms that a data connection is complete, take the time to test it yourself. We ve seen miscommunication between an LEC and a national telecommunication carrier cost a project weeks of time and thousands of dollars.
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First, a definition of packet switching is in order because Frame Relay falls into the category of a packet-switching family. Packet switching is a store and forward switching technology for queuing networks where user messages are broken down into smaller pieces called packets. Each packet has its own associated overhead containing the destination address and control information. Packets are sent from source to destination over shared facilities and use a statistical time-division multiplexing concept to share the resources. Typical applications for packet switching include short bursts of data such as electronic funds transfers, credit card approvals, point of sale equipment, short files, and e-mail. Fast packet switching is a combination of packet switching and faster networking using high-speed communications and low-delay networking. Fast packet is a hold and forward technology designed to reduce delay, reduce overhead and processing, improve speed, and reduce costs. It is designed to run on high-speed circuits with low (or no) error rates. Errors are corrected at the two ends, instead of every step along the route. Frame relay, as stated, is a fast packet-switching technology used for the packaging and transmission of data communications. Moreover, Frame Relay packages the data into a data link layer frame (LAPF-Core Frame) used to carry the data across the network on a permanent virtual circuit (PVC) without all the handling of the X.25 networks. Although X.25 acknowledges every packet traversing the network, Frame Relay does not provide for ACKs or NAKs. Also when an X.25 packet is corrupted, the network node requests a retransmission, which is not so on Frame Relay. Both of the services do, however, use a statistical time-division multiplexing concept. Table 10-1 below is a summary of the comparison of X.25 and Frame Relay services. Table 10-1: A Summary of the X.25 and Frame Relay Services Service Statistical time-division multiplexing OSI layer used ACK and NAK Retransmissions X.25 Yes Layer 3 (Network) Yes, extensive Yes, extensive done at each node on the network Frame Relay Yes Layer 2 (Data Link) None None done by the Frame Relay nodes; retransmissions are requested by higher-level protocols at the end Up to 1,610 bytes in some implementations
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given the conservative bias of the estimate provided here, it is believed that the cost per customer of PHY-SC-based WiMAX would be no more than what is discussed here for comparable services due to the amortization of the cost of single Subscriber Stations (SS) over multiple customers in one building that can be realized using PHYSC technology. Therefore, for the sake of this economic assessment, we assume that NLOS technology using OFDM-PHY is used. Let us assume that Ethernet services are provided from a WiMAX Base Station (BS) located on the roof of a high-rise building with access to a metro fiber core. Let us also assume that the service area is divided into three sectors with only one channel per sector, with each channel using a 20 MHz bandwidth spectrum to deliver 75 Mbps of shared bandwidth per sector. Based on the current state of the industry, the cost of a BS as described in this scenario can be conservatively estimated to be about $30K. The cost of additional networking equipment required at the site of the base station can be estimated to be about $10K. Additional $10K (a very rough estimate) may be required for additional installation expenses such as cabling and mounting. Therefore, based on this rough but very conservative estimate, the cost of deploying a WiMAX base station is about $50K. In addition to the base station, a CPE device (a WiMAX subscriber station) would be required at each customer site; the cost of each is estimated to be about $1.5K. The WiMAX network thus deployed can deliver a total of 225 Mbps of bandwidth shared among the users of the network, as much as 75 Mbps of which could be delivered to each customer. In a typical scenario, customers are provided various types of services distinguished from each other by the bandwidths they offer. The network operators also oversubscribe their network to various degrees to achieve better cost amortization. Given such a diverse set of scenarios, Table 15.3 provides the cost per customer for deploying WiMAX services for various types of broadband services and under various oversubscription scenarios. It should be noted that the model only provides an estimates of upfront capital expenditure and does not provide the operational expenses. Such expenses may include roof leasing and spectrum licensing cost (if licensed spectrum is used). However, such expenses are not expected to be significant when amortized over several subscribers.
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The AACS decryption process is essentially a method for the management and distribution of cryptographic keys. In fact, there is not just one key but there are multiple keys necessary to encrypt AACS protected content. Basically, the decryption process of the playback device starts by processing the most recent Media Key Block (MKB), either off the disc or from within the drive. Calculating this MKB with the Device Keys stored inside the player generates the Media Key. The Media Key is then cryptographically calculated with the Volume ID from the disc to create a Key Variant Unit. In combination with the Unit Key Files stored on the disc, this Key Variant Unit is used to decrypt the Title Key. And, finally, the Title Key is used to decrypt the content from the disc. These rather complicated processes are in place to properly secure the Title Key, since it is the only information needed to decrypt the content. By implementing such encryption chains, a level of added security can be achieved. For communication between a computer drive and a software player application, there is an additional authentication process needed to verify the integrity of both components. The process is divided into two stages. Authentication between the host computer (a software player) and the drive unit ensures that neither component is listed on the respective Revocation List and both can be authenticated as being compliant with the specification. The result of this authentication process is a shared Bus Key. This Bus Key is used for the second stage of the process Bus encryption. Because only these components have the Bus key, the data being sent between the components cannot be compromised, and any other unauthorized component is not able to make sense of the data. Finally, the drive calculates a Read Data Key that is encrypted by the Bus Key and sent over to the host for decryption. Once decrypted, the host is ready to receive actual data from the disc. Now, whenever the drive is reading data off the disc, is encrypted using this Read Data Key, because only that specific software player understands how to decrypt the data. Figure 4.4 outlines the AACS Authentication Process, including the Bus encryption.
If you had written sp_to_dash( ) in such a way that the string would be modified, it would not compile. For example, if you had coded sp_to_dash( ) as follows, you would receive a compile-time error:
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