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STM-1/OC-3 Site A ADM Alternative 2 2 Mbit/s Figure 64 Routing O&M traf c in an SDH microwave network Site B
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Configuration management addresses the configuration of elements, getting/setting configuration from/to elements and software download functions Performance management can be described as a set of functions to evaluate and report the behavior of the equipment and to analyze its effectiveness It also includes subfunctions to gather statistical information Performance management is based on the ITU-T G826 (for example, error second ratio (ESR), severely errored second ratio (SESR), background block error ratio (BBER), unavailable state (UAS), etc) and M2120 recommendations The built-in security functions protect the terminal and its services from disturbances caused by illegal activities of nonauthorized personnel The access control is carried out when the user accesses the terminal from the LCT or when the Java-based user interface is started from the NMS The user has to log on to the management system with a user name and a password to be able to access the management facilities Depending on the selected mode, the user will be able to obtain readonly access or read/write access to the system; for example:
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Passive users are only able to monitor data They are not able to collect data or change the network con guration Active users are able to collect data and change some communication settings but not commands that can make unrecoverable con guration changes
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Master users have access to all the commands except those attended with user account administration Admin users have access to all the commands The Admin user is the administrator and is responsible for adding, deleting, and managing user accounts and privileges
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In addition to the obvious concerns about safety, such as when climbing structures or working with dangerous AC line voltage, there is also the issue of exposure to RF radiation Much is still unknown, so there is a great deal of debate concerning the safe limits of human exposure to RF radiation In the US, the American National Standards Institute (ANSI) sets safety standards for human exposure to radio frequency (RF) electromagnetic energy Exposure standards for RF energy are threshold standards Unlike ionizing radiation, which many people believe to act cumulatively, even at low exposure levels, RF exposure at low levels is not considered to be a cumulative hazard Threshold standards define the level of RF energy above which there may be health hazards and below which there have been no reported harmful effects ANSI conservatively set its maximum permissible exposure levels for RF energy at one-tenth (or less) of the threshold for human health effects The maximum permissible exposure levels for protection against RF energy recommended by ANSI are comparable to those set in other countries Government agencies recognize and generally accept the ANSI RF safety standard (ANSI/IEEE C951)3 Ionization is a process by which electrons are stripped from atoms and molecules This process can produce molecular changes that can lead to damage in biological tissue, including effects on the genetic material, DNA This process requires interaction with photons containing high energy levels, such as those of X-rays and gamma rays A single quantum event (absorption of an X-ray or gamma-ray photon) can cause ionization and subsequent biological damage due to the high energy content of the photon, which would be in excess of 10 eV (electron-Volt) and considered to be the minimum photon energy capable of causing ionization Therefore, X-rays and gamma rays are examples of ionizing radiation Ionizing radiation is also associated with the generation of nuclear energy, where it is often simply referred to as radiation The photon energies of RF electromagnetic waves are not great enough to cause the ionization of atoms and molecules, so the RF energy is characterized as nonionizing radiation, along with visible light, infrared radiation, and other forms of electromagnetic radiation with relatively
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