Abstract :
Summary form only given. The growth and maturity of the Internet and the availability of state-of -the art communication devices has made it possible for real-time oceanographic observation systems like PORTS/sup /spl reg// to grow and mature. PORTS/sup /spl reg// combines the advantages of the Internet in its acquisition of data and dissemination of its products with conventional means of communication such as land line and radio. To accomplish the task of acquiring, processing, quality controlling and dissemination data and information from hundreds of sensors nation-wide, PORTS/sup /spl reg// orchestrates the use of internet communications, servers, routers, IP modems, radio, land line modems and voice response systems. In addition, these communication methods and mediums will be used to establish redundant systems at remote sites for seamless dissemination of data as a part of NOAA´s homeland security operations. This paper describes how the topology was conceived and designed and what some of the challenges were in accomplishing the successful operation of a real time observing system using a mix of communications.
Keywords :
data acquisition; oceanographic techniques; radiocommunication; remote sensing; IP modems; National Ocean Services PORTS; dissemination data; homeland security operation; integrated communications methods; internet communications; land line communication; quality control; radio communication; real time oceanographic observation systems; routers; servers; voice response systems; Art; Communication system control; Control systems; Internet; Modems; Oceans; Process control; Radio control; Real time systems; Underwater communication;