Reliable wireless communication and positioning enabling mobile control and safety applications in industrial environments

Reliable Low Latency Wireless Communication Enabling Industrial Mobile Control and Safety Applications

“…Evaluation of bit error ratio (BER) performance shows that BER of 10 −5 can be achieved below measured 5dB. This can be further improved by further multi-connectivity concepts on PHY, MAC or higher Layers as presented in MAC-Chapter and [15].…”

“…An improvement is provided by HCF controlled channel access (HCCA), which is capable of traffic class differentiation, transmit time control and some more features. [15] 1) Comparisson of Channel Access Methods: In this section, we provide a comparison between DCF, PCF and HCCA with respect to their latency performance. For out investigation, we created MATLAB models of that three channel access methods.…”

Integrated Information System for Disaster Management: A Creative Case Study

“…Moreover, we surveyed fire offices for this outline consider. We allude to MESA [10] for necessities and exercises in the territory of portable correspondence institutionalization. Figure 1 demonstrates an abnormal state perspective of the proposed correspondence engineering.…”

“…Now and again, information might be coupled to the area of the estimation utilizing versatile GPS beneficiaries, so that, for instance, risk zones can be resolved all the more exactly. In addition, the crucial parameters of firefighters and the rest of the measure of pressurized air can be persistently transmitted for checking purposes [10]. In this way firefighters are information sources in our framework, yet they are likewise information sinks: Messages, perilous material notices, maps, and information on missing people might be transmitted to the strong cell phones they are furnished with.…”