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Downloaded from Digital Engineering Library @ McGraw-Hill (www.digitalengineeringlibrary.com) Copyright 2004 The McGraw-Hill Companies. All rights reserved. Any use is subject to the Terms of Use as given at the website.

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-(void)update:(NSTimeInterval)deltaTime { [super update:deltaTime]; // update active particles -> move them for (BBParticle * kid in childrenParticles) [kid update:deltaTime]; // build arrays [self buildVertexArrays]; // emit -> add new particles [self emitNewParticles:deltaTime]; }

802.11 cards. Today it is common to see them deployed in coffee shops, airports, hotels, and conference centers. The technology has also gained an enormous following in the residence and home office markets because of the degree to which it simplifies home or small office networking. It has been slower to catch on, however, in the enterprise space read on.

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Any time data is transmitted over a wireless facility there are concerns about the confidentiality of the information being transmitted. The broad appeal of Wi-Fi has resulted in the incorporation into Wi-Fi of an encryption technique known as WEP. WEP is an encryption technique with two variants: a 64-bit encryption technique and a 128-bit encryption scheme. 128-bit encryption is naturally more secure and is the most widely used technique. Gaining access to a WEP-enabled system requires the use of a WEP key, which is a decryption code required for the system to recognize and allow a user access. One of the reasons Wi-Fi has been slow to deploy in the enterprise environment is its inherent vulnerability. Consider the following scenario: A well-meaning employee purchases a hotspot at a local office supply store. The employee installs it at the office as a favor to his or her colleagues, but fails to enable a WEP key. The hotspot is now wide open and anyone driving by with a Wi-Fi-enabled laptop can gain access to the hotspot and to the enterprise network that lies behind it. It is critical, therefore, that all hotspots be WEP-enabled.

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It s a simple loop: update the current particles, and emit new particles. Changing the order that you call these methods will have very subtle effects on the working of the emitter, but mostly any order will work just as well as the next. For instance, I could emit new particles before I build the arrays. This means that the new particles will get rendered for one frame before ever moving. This might be what you want. I have put the emit last so that those particles will not get rendered until they have been updated at least once.

Wi-Fi is a remarkable technology. It nominally offers 11 Mbps (or 54 Mbps) to the user over service radii of approximately 300 feet, and while the 11 Mbps is more typically 7 Mbps and the 54 more like 30, that s still a healthy chunk of access bandwidth. There are other technologies on the horizon, however, that may prove to be more desirable than Wi-Fi in the medium- to long-term future for certain applications. They include WiMAX, Ultra-Wideband, ZigBee, SF-OFCDM, and Bluetooth.

In Chap. 10, we learned that there are two string theories that treat the left- and right-moving sectors differently. These theories are called heterotic string theories for this reason. The modes are treated as follows: The left-moving sector is bosonic. The right-moving sector is supersymmetric. This idea sounds nonsensical because we have learned that bosonic string theory lives in a world of 26 space-time dimensions, while superstring theories live in a world of 10 space-time dimensions. The reason for doing such a radical thing is the following. First, we already know that bosonic string theories by themselves are awed because they do not incorporate fermions. On the other hand, type II superstrings do not incorporate nonabelian gauge symmetries. This means that the standard model cannot be described by superstring theory as formulated with those theories alone. So type II theories seem to leave us with a description of the universe

Downloaded from Digital Engineering Library @ McGraw-Hill (www.digitalengineeringlibrary.com) Copyright 2004 The McGraw-Hill Companies. All rights reserved. Any use is subject to the Terms of Use as given at the website.

-(void)buildVertexArrays { vertexIndex = 0; for (BBParticle * particle in childrenParticles) { // check to see if we have run out of life, or are too small to see // and if they are, then queue them for removal if ((particle.life < 0) || (particle.size < 0.3)) { [self removeChildParticle:particle]; continue; // skip to the next particle, no need to add this one }

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