Wireless Body Area Network ( Wban And Discussion Of Different Algorithms For The Same

CLIAC is the data flow of the WAB framework as well as the functional objectives for the effective USSFA. The collected data used as input variables of the human activity recognition (HAR) algorithm based on the Hidden Markov Model (HMM). This processed data stored on the local and remote location securely, and is able to share the user's condition via public network including the Internet with professional practitioners. When abnormal condition, such as falling, is detected by the algorithm or periodical treatment is required, the output of HAR is used as the input variables of emergency response and PTD control algorithm. Therefore, the WAB framework can recognise the user and outer environment situation, and it can autonomously reconfigure the target value of PTD to provide the effective treatment regardless of outer circumstance changes. This control values and user's condition are also streamed to remote server for monitoring and remote treatment control. The WAB framework also includes its modularised hardware standard, the universal wearable autonomous controller (UWAC) system. This system consists of three modules that is main wearable unit (MWU), sensor module, and feedback action module (FAM). The combination of sensor module and MWU work as usual WHTD. When it combines with FAM, the UWAC work as a PTD. Each modules can be connected to the MWU by wire or wirelessly. Additionally, the UWAC system is designed under the open hardware policy for collaboration with other researcher and developers to supply more variety and safer

In our project, we are trying to provide an embedded wireless system by using the Army base stations can monitor the health of soldiers using wireless body area sensor networks such as temperature sensor, heart beat sensor, etc. Base stations can also track the location of soldiers by using Global positioning system (GPS)

Body sensor network (BSN) has increased in use of recent years as the technology is expanding from its role in sports to an important role in medical treatment. These sensors are the foundation of real-time devices. Their capability of gathering data from multiple sensor sites allows data to be process

Wireless sensor networks are very important in everyday life. This new technology is exciting with unlimited potential for numerous application areas including environmental, medical, military, transportation, entertainment, emergency management and homeland defence. WSN are connected with nodes, in WSN communication takes place through air. The exploration subject that I have picked is on Wireless

In the past few years, wireless sensor networks (WSNs) technology has been successfully applied in military, environment, medical, home,

Body area network (BAN) has been widely researched for last few decades in variety filed from a military use to a personal healthcare system. Moreover, the development of modern network and integrated circuit (IC), and microelectromechanical systems (MEMS) technology provide easy accessibility for the public, and opens new application regime, such as Internet of things (IoT). It seems like a simple combination of these modern technologies, but it is required for deep understanding of hardware, software, signal processing, and networking technology for the effective design in the actual building process. This is because the BAN, especially the wireless environment (WBAN), the system should be designed within the limited resources such as energy, processing power, and storage. Consequently, research in BAN is focused on tackling this constrains by introducing a new design concept, creating or improving existing protocols, and specific model or algorithm for specific applications.

Wireless technology has become an increasingly crucial part of today's world. From health care and retail to academia across the world, wireless systems are improving the rate and ease with which data is sent and received. Two specific examples of the wireless technology used today personally and professionally are local area networks (LAN) and personal area networks (PAN).

The Wireless body Sensor Network (WBSN), or Wireless Body Area Network (WBAN) or a Body Sensor Network (BSN) is a wearable computing wireless network device In specific, the network made up

Hence, WSN technology has very broad application prospects, which can be used in military, industrial and agricultural control, urban management, biomedical, environmental testing, disaster relief and other fields. However, in many of these applications, the environment could be hostile and manual placement of sensor nodes might not be possible. In these situations, the nodes are expected to be deployed randomly or be sprinkled from airplanes and will remain unattended for weeks or months without any battery replenishment [4]. Therefore, energy conservation is a key issue in the design of systems based on WSNs. Due to the limited energy resource in each sensor node, we need to utilize the WSN in an

In Wireless sensor networks, have used in several areas like surroundings, health, setting observance and industrial functions at the beginning for the military for various application. With the recent breakthrough of “Micro Electro Mechanical Systems (MEMS)” technology [2] whereby sensors became smaller and extra versatile

nodes sense or measure physical data of the area to be monitored. The continual analog signal sensed

One of the most promising and discussed technologies in the past decade is the wireless communication technology which allows each users to utilize devices that enable the access to information at any place any time. These demands make wireless communication networks the best solution for inter connect the devices and people worldwide. Unlike wired communication networks, which are comprised of devices that can communicate through wires, wireless networks are comprised of devices that communicate through media such as infra-red and radio signals. Wireless networks are generally classified into two categories: infrastructure-based and infrastructure less network (ad hoc wireless networks).

Wireless Sensor Network is an emerging field which has found varied applications, especially for the Military. Applications using Sensor Networks, including underwater sensors need to be explored and developed further.

Late advances in micro-electro-mechanical frameworks and low power and exceedingly incorporated computerized hardware have prompted the improvement of micro-sensors. [3]wsn is a developing data innovative progressions in micro-hardware and system correspondences. It structures a sagacious network

This project aims to design, analyze, fabricate and testing of Air Filled Stacked Microstrip patch antenna with enhanced bandwidth and gain. Bandwidth and gain enhancement technique takes the advantage of use of the air gap for the stacked antenna. This bandwidth and gain enhanced Microstrip antenna can be deployed for the WLAN application operating at a 5GHz ISM frequency band.