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Edge A boundary in an image The apparent sharpness of edges can be increased without increasing resolution See also Sharpness Electron Beam Recording A technique for converting television images to film using direct stimulation of film emulsion by a very fine long focal-length electronic beam Electronic Cinematography Photographing motion pictures with television equipment Electronic cinematography is often used as a term indicating that the ultimate product will be seen on a motion picture screen, rather than a television screen Electronic Matting The process of electronically creating a composite image by replacing portions of one image with another One common, if rudimentary form of this process is chromakeying, where a particular color in the foreground scene (usually blue) is replaced by the background scene Electronic matting is commonly used to create composite images where actors appear to be in places other than where they are being shot It generally requires more chroma resolution than vision does, causing contribution schemes to be different from distribution schemes Electronic Programming Guide (EPG) A application that allows the viewer to interactively select their television programming The development of applications to enhance the EPG, such as dynamic video selection, recording options, and more, is a high growth area Currently, the EPG allows the viewer to also access summaries of shows, the ability to set recording times, show program length and names of crew members, as well as the ability to select content via categories More advanced EPG (also called Interactive Programming Guides [IPGs]) applications enable the viewer to select shows to record over several weeks every time a show or a selected movie star appears on the schedule Ultimately, EPGs will enable the TV set to learn the viewing habits of its user and suggest viewing schedules

Heinrich Hertz, a German physicist destined to an even briefer life than Maxwell of just 37 years, would build on the discoveries of Maxwell by proving that electromagnetic waves actually travel at approximately the speed of light and that electricity can be carried on these waves Because of his discoveries, the term used to measure radio and electrical frequencies was named after him This honorary naming is where we get terms such as kilohertz and megahertz In 2, you ll learn more about electromagnetic waves in greater detail as you read about radio frequency fundamentals and behavior For now, just remember that you could not use the wireless communications you do today without these exceptional discoveries Sir William showed us that there are invisible forces around us; Maxwell revealed that these invisible forces can be calculated and theorized about; and Hertz empowered us to develop radio technologies by discovering that electromagnetic waves could carry electricity These discoveries and efforts brought us to the point where we could begin to transmit signals without physical connections The telegraph amazed many, but the ability to communicate without wires was about to change everything

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From 1920 to 1980, wireless communications were of great interest to the military and there was very little focus on the subject in the private sector The advantages to the military were many, including carrying messages to the front lines and using satellite or long-distance communications for global coordination In these early days, security was provided by the lack of available hardware needed to interpret the radio frequency signals Unique encoding techniques could also be used, but the cost of the wireless equipment was prohibitive in and of itself, which resulted in greater security through lack of availability However, use outside the military was not feasible for many years, since these systems were so expensive As the hardware became more readily available in the 1970s, the cost decreased, and this resulted in greater use in the private sector

Filtering is one of the most common tools used in security If something is trying to get in that you don t want to get in, you filter it This is accomplished in a variety of ways, but they all consist of the same basic elements: rules that accept traffic and rules that deny traffic These rules are typically arranged into sequential lists that the device steps through, one by one, as it receives traffic and attempts to find a match between rule and traffic If this methodology looks familiar, that s because it is also how many brands of firewalls handle network traffic While routers and other network devices typically make poor firewalls, they do have filtering capabilities that can be used to help secure the network as well as the routers and network devices themselves Filtering, while always following the same basic principle, is accomplished in many ways on different types of equipment One of the most common places to perform at least rudimentary filtering for your network is at the border routers In Cisco s IOS, these filters are referred to as access control lists (ACLs) Routers were originally built for the forwarding of traffic between networks, and current routers are optimized for that task Traffic filtering was later added as a convenience, so ACLs can assist in the control of traffic across the network, but they will not turn a router into a true firewall ACLs, like the majority of filtering rules, work on the principle of pattern matching Every packet that the router accepts is examined for a match between the packet and the rules in the ACL The rules are processed in sequential order, meaning that the packet is compared against the first rule, then the second, then the third, and so on, until a match is found or the packet has been compared to every rule At very high data rates, or for very long lists of rules, this can become computationally intensive This large drain on resources is the primary reason to avoid using a router as a firewall, but using ACLs to drop known rogue traffic at the borders to the network makes good sense.

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