Overview of Wireless Body Area Network
The wireless body area network is denoted in various names such as medical body area network (MBAN), body sensor network (BSN), body area network (BAN) and etc. It considered as the wireless network including the wearable computing devices. As the matter of fact, body area network is a technology that is used for logging and observing the health status of the patients and the patient might be suffer from various diseases through attaching the sensor in the human body. The medical sensor is a massive network and it is used to accumulate the biological data of the patients. In healthcare platform, the radio frequency identification and body area networks are utilized.
Usage of Wireless Body Area Network Simulation
Mainly, the body area network is functional to learn the transition and dynamics of the disease based on the limitations in antenna design. The techniques such as antenna miniaturization are used to reduce the dimension of antenna.
In the following, our research professionals have enlisted the uses of the wireless body area network simulation process and it is beneficial for the research scholars to develop their research in wireless body area network simulation process.
- Mobility requests
- The WBAN users will always move around and the nodes based on WBAN are used to share the similar mobility pattern as per the external gateway. Body sensors used to provide some signals and that are managed to the central point
- Easy access and comfort
- Nodes in wireless body area network are placed in human body might be hidden under clothing with some tactics. This process includes the non-invasive sensors which is small in size and cost effective
- Real time processing
- It is used to register the physiological activities and actions of human beings in real time. This application is capable to enhance the energy consumption and reliability
Vital Modules in Wireless Body Area Network Simulation
Let us take a look into the significant modules in the wireless body area network simulation process along with their significance in the following.
- Castalia
- It is considered as the developing radio models, mobility and particular wireless channels in BAN. The test bed includes some channel measurements with the combination of simulators. Radio modules includes the transceiver parameters with the assistance of various modulation schemes such as
- Differential quadrature phase shift keying (DQPSK)
- Differential binary phase shift keying (DBPSK)
- Phase shift keying (PSK)
- Frequency shift keying (FSK)
- WBAN
- It is denoted as the realistic channel models that are related to the measurement campaign in both the BBN and BAN. It provides some protocols, realistic performance, algorithms and etc.
Prominent Plugins in Wireless Body Area Network Simulation
Our research experts in wireless body area network simulation have highlighted the list of substantial uses about the plugins in the wireless body area network simulation.
- Plugin test approach and smart cards
- It is deployed to sense and process the secure medical data with the provision of the exact computing area and storing the encrypted data. The smart cards are functional to exchange the keys with medical sensors with the beck end colour to send and receive the data based on encryption. It includes two elements with smart card integration such as
- Two android phones
- JavaCard applet
Dynamic Classes in Wireless Body Area Network Simulation
In addition, our research experts have been enlisted the major classes based on wireless body area network simulation in the following along with that the research scholars can use various other classes that are apt for the simulation process in WBAN.
- IEEE 802156 radio model in OMNeT++
- It is deployed as the implementation of medium access control as the sub layer with some specifications in the 802.15.6 WBAN standard based radio model process and snir threshold value process
- IEEE 802156 routing OMNeT++
- It includes the implementation of MAC sub layer process in the parallel 802.15.6 WBAN standards of routing process
Integrated Tools in Wireless Body Area Network Simulation
Our technical experts have lots of experience about the integrated tools and their functions for more reference you can contact us for the wireless body area network simulation implementation. Here, the tools are highlighted below.
- Integration of cloudsim
- It is denoted as the Java based tool for the cloud computing simulation process with the integration
Programming Languages in Wireless Body Area Network Simulation
For your reference, we have listed down the important programming languages used in the implementation of wireless body area network simulation based projects.
OS Support in Wireless Body Area Network Simulation
The notable operating systems in wireless body area network simulation are listed below. And we extend our support for all your requirements based on research.
- Ubuntu – 18.04
- Windows – 8 (64 bit)
Tools Versions in Wireless Body Area Network Simulation
The tools versions in wireless body area network simulation are beneficial for the research scholars to update their research project implementation and the versions are enlisted below.
- OMNeT++ 5.4.1
- Ns 3.32
- Ns 2.35
Typical Protocols in Wireless Body Area Network Simulation
Our research professionals are well versed in all the protocols and we provide support for your selected research protocols. Here, we have listed the significant protocols used in wireless body area network simulation.
- QOS based routing
- DMQoS
- QoS framework
- LocalMor
- RL-QRP
- Temperature based routing
- Cluster based routing
- Poster based routing
- Cross layer routing
Essential Parameters in Wireless Body Area Network Simulation
Generally, parameters are used for the evaluation process in the research projects. Thus, the research experts have highlighted the notable parameters in the wireless body area network simulation.
- Control overhead
- It is utilized to measure the packet transmission
- Network lifetime
- It is used to calculate the amount of energy consumed in the network node
- Energy consumption
- It is based on the consumption of energy through the node in network and measured through the joules
Subjects Based Modules in Wireless Body Area Network Simulation
The following is about the research subjects with the supportive tools in the wireless body area network simulation.
- Internet in NS3 is used to identify the functions of internet
- Simulation in OMNET++ is utilized as the collection of 4G communication
- Queue in NS2 is used to design the packet transmission queue
- Lr-wpan in NS3 is used to present the Simulation in WPAN
Key Syntax in Wireless Body Area Network Simulation
For your reference, the research experts have listed down the significant syntaxes used in the wireless body area network simulation.