Andere Kunden interessierten sich auch für
![Design del ricevitore Wakeup per un basso consumo energetico basato su HBC]( "Design del ricevitore Wakeup per un basso consumo energetico basato su HBC")
Design del ricevitore Wakeup per un basso consumo energetico basato su HBC26,99 €![Wakeup-Empfänger-Design für niedrigen Stromverbrauch basierend auf HBC]( "Wakeup-Empfänger-Design für niedrigen Stromverbrauch basierend auf HBC")
Wakeup-Empfänger-Design für niedrigen Stromverbrauch basierend auf HBC39,90 €![An Adaptive PEGASIS Protocol for Low Energy Consumption in WSN]( "An Adaptive PEGASIS Protocol for Low Energy Consumption in WSN")
An Adaptive PEGASIS Protocol for Low Energy Consumption in WSN23,99 €![Performance Of Network Connectivity & Power Consumption Ad-Hoc Network]( "Performance Of Network Connectivity & Power Consumption Ad-Hoc Network")
Performance Of Network Connectivity & Power Consumption Ad-Hoc Network26,99 €![Power Consumption in Wireless Access Networks:Measurement and Analysis]( "Power Consumption in Wireless Access Networks:Measurement and Analysis")
Power Consumption in Wireless Access Networks:Measurement and Analysis26,99 €![Power Consumption Analysis of Wi-Fi Access Point]( "Power Consumption Analysis of Wi-Fi Access Point")
Power Consumption Analysis of Wi-Fi Access Point40,99 €![Modeling the Power Consumption and Energy Efficiency of Telecommunications Networks]( "Modeling the Power Consumption and Energy Efficiency of Telecommunications Networks")
Modeling the Power Consumption and Energy Efficiency of Telecommunications Networks216,99 €
HBC is widely used than the traditional radio frequency (RF) communication, which has multiple advantage due to modulating the electric field induced to a human body, it is possible to transfer data wirelessly using the body as a transmission medium. First, reducing the traffic load from the radio channels becoming more congested as no of connected wireless devices increases rapidly. Second, HBC can potentially provide higher security than RF communication since the electric field stays closer to human body, which makes eavesdropping more challenging. Third, the attenuation in the HBC frequency band is lower than radio technologies for wireless body area networks. To improve energy efficiency in HBC by utilize a wake-up receiver. The WUR is continuously listening for a pre-defined wake-up signal, which activates other electric circuitry (e.g., sensing, processing, and communication). The use of WURs can significantly reduce the energy consumption and increase the lifetime of the sensing applications.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.