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When setting up a hot site, the organization will need to send one or more technical staff members to the site to set up systems. But once the systems are operating, much or all of the system- and database-level administration can be performed remotely. However, in a disaster scenario, the organization may need to send the administrative staff to the site for day-to-day management of the systems. This means that workspace for these personnel needs to be identified so that they can perform their duties during the recovery operation. NOTE Hot-site planning needs to consider work (desk) space for on-site personnel. Some colocation centers provide limited work areas, but these areas are often shared and often have little privacy for phone discussions. Also, transportation, hotel, and dining accommodations need to be arranged, possibly in advance, if the hot site is in a different city from the primary site. Warm Sites A warm site is an alternate processing center where recovery systems are present, but at a lower state of readiness than recovery systems at a hot site. For example, while the same version of the operating system may be running on the warm site system, it may be a few patch levels behind primary systems. The same could be said about the versions and patch levels of database management systems (if used) and application software: they may be present, but they re not as up-to-date. A warm site is appropriate for an organization whose RTO figures range from roughly one to seven days. In a disaster scenario, recovery teams would travel to the warm site and work to get the recovery systems to a state of production readiness and to get systems up-to-date with patches and configuration changes, to bring the systems into a state of complete readiness. A warm site is also used when the organization is willing to take the time necessary to recover data from tape or other backup media. Depending upon the size of the database(s), this recovery task can take several hours to a few days. The primary advantage of a warm site is that its costs are lower than for a hot site, particularly in the effort required to keep the recovery system up-to-date. The site may not require expensive data replication technology, but instead data can be recovered from backup media. Cold Sites A cold site is an alternate processing center where the degree of readiness for recovery systems is low. At the very least, a cold site is nothing more than an empty rack, or just allocated space on a computer room floor. It s just an address in someone s data center or colocation site where computers can be set up and used at some future date. Often, there is little or no equipment at a cold site. When a disaster or other highly disruptive event occurs in which the outage is expected to exceed 7 to 14 days, the organization will order computers from a manufacturer, or perhaps have computers shipped from some other business location, so that they can arrive at the cold site soon after the disaster event has begun. Then personnel would travel to the site and set up the computers, operating systems, databases, network equipment, and so on, and get applications running within several days.
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Table 12-1: Comparing Frame Relay and ATM characteristics Features Addressing Method Address Size Standards based Frame Relay DLCI 10 bits (normal) ATM VPI and VCI 24 bits
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for example, absorption and fluorescent spectroscopy typically rely on EM in ultraviolet, visible, and infrared regions of the EM spectrum). NMR works on the basic principle that a spinning charge (such as the nucleus of an atom) generates a magnetic field. In other words the nucleus is like a small magnet. Under normal conditions, the spins of the various nuclei are randomly oriented in any direction. However, under the influence of a strong magnetic field the nuclear spins are constrained to only certain orientations with respect to the external magnetic field (typically parallel and antiparallel to the magnetic field). When a nucleus jumps from one spin orientation to another, it will absorb or emit EM radiation. The frequency of this EM radiation will be proportional to the energy difference between the two spin states. By scanning the EM spectrum, we can find all the specific frequencies at which the nuclei are absorbing and emitting radiation, and thus determine all the energy differences between spin states. Each of these energy differences depends on the strength of the magnetic field in the local region of the molecule surrounding the nucleus. Nuclei that are shielded by electrons and other atoms will experience less of the applied magnetic field, so the energy difference between their spin states will be smaller. The smaller energy difference between spin states means that these nuclei will resonate with lower frequencies (less energy) of EM. On the other hand, the nuclei that are less shielded by electrons and other atoms will be more exposed to the magnetic field. These nuclei resonate with higher-frequency EM. Therefore, by observing which frequencies of light are absorbed and emitted as a result of the magnetic field, we can infer structural information about molecules.
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public static ThreeD operator -(ThreeD op1, ThreeD op2) { ThreeD result = new ThreeD(); /* Notice the order of the operands. op1 is the left operand and op2 is the right. */ result.x = op1.x - op2.x; result.y = op1.y - op2.y; result.z = op1.z - op2.z; return result; } // Overload unary -. public static ThreeD operator -(ThreeD op) { ThreeD result = new ThreeD(); result.x = -op.x; result.y = -op.y; result.z = -op.z; return result; } // Overload unary ++. public static ThreeD operator ++(ThreeD op) { ThreeD result = new ThreeD(); // Return the incremented result. result.x = op.x + 1; result.y = op.y + 1; result.z = op.z + 1; return result; } // Show X, Y, Z coordinates. public void Show() { Console.WriteLine(x + ", " + y + ", " + z); } } class ThreeDDemo { static void Main() { ThreeD a = new ThreeD(1, 2, 3); ThreeD b = new ThreeD(10, 10, 10); ThreeD c = new ThreeD(); Console.Write("Here is a: "); a.Show(); Console.WriteLine();
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The Cell Loss Ratio (CLR) measures the percentage of cells lost between two points in the network. CLR = Number of Cells Lost Number of Cells Transmitted (12.2)
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