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To summarize, the use of one-to-one backup requires installing new forwarding state at both the MP and the PLR. Because the backup protects a single main LSP, the amount of state that the MP, the PLR and all the nodes in the backup path must maintain increases proportionally to the number of LSPs protected. Using separate backup tunnels means that the depth of the label stack need not increase when traffic is forwarded from the main LSP to the backup.6 Furthermore, the fact that each backup services a single LSP allows tighter control over the backup tunnel and its properties. This is difficult with facility backup where multiple LSPs share the same backup. Regardless of the type of protection used, the time it takes to update the state in the forwarding engine following the failure detection adds to the total protection time. This is an important, though often overlooked, component in the total protection time. To achieve fast switchover, many implementations install the forwarding state for the protection path ahead of time. With the backup tunnel computed and signaled and the forwarding state in place to shift traffic from the main tunnel to the backup, let us now take a look at what happens after the failure of the protected link.

The following is an implementation that reads the option chain information from a le, optionData.txt, and computes the implied vols. The volatility smile curve is generated in Excel using the strikes and their corresponding implied vols using the Newton-Raphson method.

The basic principle behind the Rule of Thirds is to imagine breaking your image down into thirds (both horizontally and vertically) so that you have nine sections or boxes with two lines vertical and two lines horizontal, each a third of the way across their dimension The lines and intersections create sweet spots for you to place certain elements of your image upon The goal is to place your area of interest out of the center and either on the horizontal or vertical lines or on one of the four intersections of those lines and in this way, create more visual appeal and a better balance to the image within the frame Any implied movement should face into the center of the image to keep the viewer s attention within the frame and not let the eye stray out of the picture.

PROCEDURE FOR DETERMINING LUMINAIRE MAINTENANCE CATEGORIES To assist in determining luminaire dirt depreciation (LDD) factors, luminaires are separated into six maintenance categories (I through VI). To arrive at categories, luminaires are arbitrarily divided into sections a top enclosure and a bottom enclosure by drawing a horizontal line through the light center of the lamp or lamps. The characteristics listed for the enclosures are then selected as best describing the luminaire. Only one characteristic for the top enclosure and one for the bottom enclosure are used in determining the category of a luminaire. Percentage of uplight is based on 100% light output for the luminaire. The maintenance category is determined by the characteristics in both enclosure columns. If a luminaire falls into more than one category, the lower-numbered category is used. Maintenance Category I II 1. None 1. None 2. Transparent with 15% or more uplight through apertures 3. Translucent with 15% or more uplight through apertures 4. Opaque with 15% or more uplight through apertures III 1. Transparent with less than 15% upward light through apertures 2. Translucent with less than 15% upward light through apertures 3. Opaque with less than 15% upward light through apertures IV 1. Transparent unapertured 2. Translucent unapertured 3. Opaque unapertured V 1. Transparent unapertured 2. Translucent unapertured 3. Opaque unapertured VI 1. None 2. Transparent unapertured 3. Translucent unapertured 4. Opaque unapertured Reprinted from the IES Lighting Handbook, 9th Ed. Used with permission from the Illuminating Engineering Society of North America. 264 1. Transparent unapertured 2. Translucent unapertured 3. Opaque unapertured 1. Transparent unapertured 2. Translucent unapertured 1. None 2. Louvers or baffles 1. None 2. Louvers or baffles Top Enclosure Bottom Enclosure 1. None 1. None 2. Louvers or baffles