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- (UITableViewCell *)tableView:(UITableView *)tableView cellForRowAtIndexPath:(NSIndexPath *)indexPath { static NSString *CellIdentifier = @"Cell"; // Dequeue or create a new cell UITableViewCell *cell = [tableView dequeueReusableCellWithIdentifier:CellIdentifier]; if (cell == nil) cell = [[[UITableViewCell alloc] initWithStyle:UITableViewCellStyleSubtitle reuseIdentifier:CellIdentifier] autorelease]; cell.textLabel.text = [[eventsArray objectAtIndex:indexPath.row] description]; cell.detailTextLabel.text = [[eventsArray objectAtIndex:indexPath.row] subdescription]; return cell; }

Now the calculation of the entropy is actually quite straightforward. From the metric in Eq. (14.42), there are three radii associated with the horizon. Using Eq. (14.9) with D = 5 , we can write each of these as ri2 = 16 mG5 gs2 8 s = m 3 3 RV i (14.44)

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A review of these two fundamental technologies is probably in order. The two terms are often used interchangeably, and a never-ending argument is underway about the differences between the two. The answer lies in the lower layers of the now-famous OSI Protocol Model. You will recall that OSI is a conceptual model used to study the step-by-step process of transmitting data through a network. It comprises seven layers, the lower three of which define the domain of the typical service provider. These layers, starting with the lowest in the seven-layer stack, are the physical layer (layer one), the data link layer (layer two), and the network layer (layer three). Layer one is responsible for defining the standards and protocols that govern the physical transmission of bits across a medium. SONET and SDH are both physical layer standards. Switching, which lies at layer two (the data link layer) of OSI, is usually responsible for establishing connectivity within a single network. It is a relatively low-intelligence function and, therefore, is accomplished quite quickly. Such technologies as ATM, frame relay, and wireless access technologies such as FDMA, TDMA and CDMA, and LAN access control protocols (CSMA/CD, token passing) are found at this layer. Routing, on the other hand, is a layer three (network layer) function. It operates at a higher, more complex level of functionality and is, therefore, more complex. Routing concerns itself with the movement of traffic between subnetworks and therefore complements the efforts of the switching layer. ATM, frame relay, LAN protocols, and the PSTN are switching protocols; IPRIP, OSPF, and IPX are routing protocols.

The principal form of optical switching is really nothing more than a very sophisticated digital cross-connect system. In the early days of data networking, dedicated facilities were created by manually patching the end points of a circuit at a patch panel, thus creating a complete four-wire circuit. Beginning in the 1980s, digital cross-connect devices such as AT&T s Digital Access and Cross-Connect (DACS) became common, replacing the time-consuming, expensive, and error-prone manual

where R is the radius of the circular dimension S 1 and V is the volume of the torus. The individual masses can be calculated from string considerations. The rst two masses are due to winding modes. First, the string winding around radius R gives m1 = Q1 R gs 2 s (14.45)

The Event class now contains the following:

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For the D5-brane, rst we have the winding mode which wraps around the circle and torus: m2 = Q5 RV gs 6 s (14.46)

#import "Event.h" @implementation Event @dynamic longitude; @dynamic latitude; @dynamic creationDate; - (NSString *)description { static NSDateFormatter *dateFormatter = nil; if (dateFormatter == nil) { dateFormatter = [[NSDateFormatter alloc] init]; [dateFormatter setTimeStyle:NSDateFormatterMediumStyle]; [dateFormatter setDateStyle:NSDateFormatterMediumStyle]; } return [dateFormatter stringFromDate:[self creationDate]]; } - (NSString *)subdescription { static NSNumberFormatter *numberFormatter = nil; if (numberFormatter == nil) { numberFormatter = [[NSNumberFormatter alloc] init]; [numberFormatter setNumberStyle:NSNumberFormatterDecimalStyle]; [numberFormatter setMaximumFractionDigits:3]; } return [NSString stringWithFormat:@"%@, %@", numberFormatter stringFromNumber:self.latitude], numberFormatter stringFromNumber:self.longitude]]; } @end

7

Then we have a third mass, due to the Kaluza-Klein excitation of the D5-brane along the circular dimension: m3 = n R (14.47)

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