Abstract :
Today, the demand for flexible, large-scale parking structures is increasing all over the globe. To enhance safety or to sustain development, dual-surveillance based supervisory control and data acquisition (SCADA) networks are modeled to be spatially integrated with a helix circulation pattern. Moreover, reliable wireless area communication is systematically organized to counter the effects of an adversarypsilas multipath radio. Their sequential-order, integrative connectivity, and reliability provide the benefits of efficient maintenance, energy savings, environmental control, safety/security, and human-care image promotion, which is due to their effective dual sensing, systematic fault-tolerance, and integrative management in area perspectives. Such systems can potentially reduce the loss due to fire-protection, such as water damage, and can help promote flexible land-use, including express delivery stations that use wireless or radio frequency identification (RFID) applications. Therefore, their adaptability and reliability can promote sustainable urban development.
Keywords :
SCADA systems; radio networks; reliability; SCADA network; dual telepaths; fault tolerance; fire protection; helix circulation pattern; human-care image promotion; integrative management; networking dual surveillance; parking structures; radio frequency identification; supervisory control and data acquisition; sustainable urban development; wireless area communication; Communication system security; Counting circuits; Large-scale systems; Maintenance; Radiofrequency identification; SCADA systems; Safety; Telecommunication network reliability; Wireless communication; Wireless sensor networks; air freight; supervisory control and data acquisition (SCADA); telecommunications; transportation;
