The best way to reduce the number of traffic accidents is to raise age Assignment

The best way to reduce the number of traffic accidents is to raise age limits for younger drivers and lower age limit for the aged ones. To what extent do you agree or disagree - Assignment Example Young drivers do not often exhibit the maturity of middle-aged drivers. Young drivers and to the reckless and vulnerable to pressure from peers about over speeding and daring stunts. Second, young drivers are not conscious of the overpowering nature of an intoxicated mind while driving. As a result, young drivers drive under the influence more often than middle-aged ones. Consequently, many young drivers lose their lives to traffic accidents because of driving while intoxicated (Elvik, 2009, p. 770). Increasing age limits for young drivers should lower the number of traffic accidents in the country yearly. Aged drivers are more vulnerable to health complications such as heart problems, Alzheimer’s disease, and impaired vision than middle-aged drivers are. Such health complications result in slow driving and poor impulses (Coughlin and DAmbrosio, 2012, p. 59). A good driver has to be alert enough to know when to drive at the speed limit and when drive below it. A good driver should also be able to respond quickly in the event of an imminent accident in an effort to prevent it. Lowering age limits for aged drivers should also know the number traffic accidents in the country annually (Rothe, n.d., p. 129). In conclusion, less young and aged drivers there are on the roads, the less traffic accidents will be recorded. Surely many other risk factors for traffic accidents such as faulty vehicles, poor roads, and misleading road signs should be taken into account. However, raising age limits for young drivers and lowering age limits for aged drivers is an equally important effort for reducing road

Support for High-Definition IP Cameras Assignment

Support for High-Definition IP Cameras - Assignment Example Another core advantage of the camera is the fact that it uses the Ethernet cable as the core suppliers of power, thus fitting the university requirements (PoE). It is applicable both in the indoor and outdoor settings. It has a 360o span of view, equipped with the rotating camera, thus making it possible for strategic positioning within the school halls, cafeteria, pavements and other areas that require adequate surveillance. It has HDTV options, providing high quality full HD images and videos, which is excellent for adequate surveillance. The organization should purchase up to 200 cameras, the same as the one prescribed above, which will be linked to one network, but will be segmented into individual units, with each having its own identity, through the use of its IP address, though they will all be managed by one administrator, which will constitute of the organization’s server, and a minor technology department that will be developed by the institution specifically for surveillance. These cameras will be operated with their location. For instance, the engineering school section of camera will all be operated by one person, though anyone within the surveillance office, or registered in the security management website, which will also be developed alongside the department, can access them from home or anywhere using the internet. The network management will decide on where the views can be accessed by the students within the school network and premises or if they will not have any security clearance to access any of the cameras. The cameras will all be positioned in areas where they cannot offer conflicting views, through the use of different angles of view, to prevent redundancy and duplication of images, view or videos. This will also prevent blind spots within the view. With these cameras being connected to computers, the storage uplink is definitely certified. The cameras also have temporary storage more than 1 GB. With