By Sandeep K. S. Gupta, Tridib Mukherjee, Krishna Kumar Venkatasubramanian
Physique quarter networks (BANs) are networks of instant sensors and clinical units embedded in garments, worn on or implanted within the physique, and feature the aptitude to revolutionize healthcare through allowing pervasive healthcare. even if, as a result of their severe functions affecting human well-being, demanding situations come up while designing them to make sure they're secure for the person, sustainable with out requiring common battery replacements and safe from interference and malicious assaults. This e-book lays the principles of ways BANs should be redesigned from a cyber-physical platforms viewpoint (CPS) to beat those concerns. Introducing state of the art theoretical and functional recommendations and bearing in mind the original environment-coupled features of BANs, the publication examines how we will be able to re-imagine the layout of secure, safe and sustainable BANs. It gains real-world case stories, feedback for additional research and undertaking rules, making it worthy for a person all in favour of pervasive and cellular healthcare, telemedicine, scientific apps and different cyber-physical structures.
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Extra resources for Body Area Networks: Safety, Security, and Sustainability
20 Body area networks (FFT) for LF/HF-ratio computation. Once these calculations have been completed, the feature values are compared with the model parameter values HRmean , HRstd , and LF/HF ratio, respectively. Direct signal comparison. Calculating the morphology features involves complex curve fitting and is not feasible for computationally limited sensors. Hence, we use the direct signal-comparison approach for the ECG morphology. A sample, representative beat, referred to as MeanBeat, is obtained by averaging 10 consecutive beats of the sensed ECG.
Other existing types of charging are through USB and pulse chargers. The specification of a battery includes the fast charging time, which essentially lists the time taken to charge from zero to full charge using the control circuitry. • Overcharge tolerance. Batteries charged without using the control circuitry can be subject to overcharge. Poles can get reversed if batteries are overcharged. Typically three levels of overcharge tolerance are reported – low, medium, and high. • Self-discharge rate.
Apart from wired and wireless communication between sensors, is there any other option (another path/conduit/channel) for communicating between sensors? If so, what are the advantages and disadvantages of using the option? 3. What are the different topologies in which a BAN can be organized? Discuss the pros and cons of each topology. 4. What are the hazards that operation of a BAN can cause to the human body? 5. Patient privacy is an essential part of securing BANs. What are the consequences of losing privacy with respect to medical/health data?