Wireless Body Area Network with Internet of Things Thesis

Wireless Body Area Network with the Internet of Things research process is building up of technical contents in accordance with a particular research area by particulars of M.Phil and also Ph.D. Wireless Body Area Network uses the IEEE 802.15.6 standard to support communication in Narrowband (NB) and also in Ultra-Wideband (UWB).

Combining these two emerging research areas have their challenges which need to be balanced. Integrating two different domains need more concentration also to sustain against the challenges. Some of the commonly faced challenges in implementing wireless body area network with internet of things thesis are mentioned below.  We guide research scholars by guiding them take preventive steps during implementation of their research project work.

Challenges in Wireless Body Area Network

• Energy consumption
• Cost efficiencies
• Quality of Service
• Data Consistency
• Privacy and Security

Challenges in the Internet of Things

• Security
• Economic
• Complexity
• Power consumption
• Bandwidth requirement
• Data confidentiality
• Design of Protocols and Standards

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For more ideas, go through the recent concepts analyzed in Wireless Body Area Network with the Internet of Things Thesis,

• An effective performance also for Wearable health monitoring via capacitive voltage-mode Human Body Communication system
• The novel technology also for remote monitoring in distress detection through the slightest invasive systems by Sound recognition based on hierarchical i-vectors [Wireless Body Area Network with the Internet of Things Thesis]
• Design and also Development of a wearable plantar force measurement device meant for gait analysis into remote conditions system
• The new source also for Multifunctional mobile information system by feedback used for the analysis of human health and improved access near medical services
• A competent performance also intended for Critical patient eHealth monitoring system by wearable sensors scheme
• An inventive mechanism also for Noninvasive photoplethysmography monitoring into free-moving rats system
• An effective mechanism also used for Adaptive Clinical Data Communication used for Remote Monitoring into Rural Ambulance Transport scheme
• New technology also intended for Scheduling Scheme on behalf of Efficient Wireless Charging of Sensor Nodes in WBAN
• The New method also used for Cryptography Algorithm into Protect Cloud-Based on Healthcare Services system
• An effective function also designed for a robotic therapeutic system meant for the upper body based on Proficio robotic arm method
• A new source also used for Textile sensors used in smart clothing to monitor the vital functions of young children
• A competent method also used for the Design and Implementation of Human Health Monitoring Platform Based on Internet of Things Technology
• An effectual method also used for Heart rate monitoring via using a noninvasive wearable sensor system
• A new technology also used for Bidirectional smart pillbox monitored through the internet and also receiving reminding message from remote relatives [Wireless Body Area Network with the Internet of Things Thesis]
• An inventive process also used for smart remote elderly monitoring system based on IoT technologies scheme

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