of the channel due to other existing wireless devices affect the packet error rate .... Nomenclature ... Header size of the packet transmitted by SU (sensor node). R.
Future applications in the area of telecommunications are be- ing driven by the concept ... As a result of this wireless technology patients gain more mobility and ...
The increasing use of wireless networks and the constant miniaturization of electrical invasive/non-invasive devices have empow- ered the development of ...
order of magnitude increase in data rate, higher energy .... to enhance the performance of WBAN's. .... communications to achieve enhanced data rates.
Handover (MIH), can be used to optimize path selection for metropolitan area wireless broadband networks. In such an environment line of sight can easily be ...
New Developments in Biomedical Engineering. 592 recent years has attracted attention of medical and ICT researchers. ICT systems are already in use in ...
Such as: Tele-dermatology and Tele-pathology. B. Remote monitoring service. Remote monitoring service is a synchronous telemedicine service in which ...
Jun 29, 2015 - Figure 2: New (mobility-free) WBAN architecture approach. ..... alarm s. C o o rdinato r no de. Statisticalm eth o d to redu ce th e sam p lin g. , in sen ...... red as th e default ro u te.Th e fo llo w in g resp onses are sto red as
It is very important to have an accurate estimate of the time when the first node ... Probability analysis is performed using Monte Carlo simulation. ... iterations N necessary to obtain a probability that is precise to within δp with confidence ...
Nov 12, 2009 - SEKEBAN (Secure and Efficient Key Exchange for wireless Body ..... Compared to other protocols based ECC-160 bits (where the energy cost of digital signature is 22,82 mJ according to [30]) like simplified SSL protocol [41] ...
of WBAN technologies that are being used in healthcare applications. In particular, we examine the following areas: monitoring and sensing, power efficient ...
Key word: Wireless body area sensor network, physiological sensing, data preprocessing, wireless .... application of wireless technology in healthcare and.
May 31, 2013 - idle sensors are used as relays and selection combining (SC) is used to provide diversity ..... effect of free space path loss and shadowing. .... the empirical joint PDF of both signal and interference for each packet, fS,I(s, int).
applications from ubiquitous health monitoring and computer assisted rehabilitation .... simulation tools and channel models while, at the same time, not being tied to .... We notice that for low rates, large contention period lengths work the best,.
May 3, 2016 - Wireless Body Area Networks (WBAN) to deliver the message, based on ... forwarding for different parameters such as Packet Delivery Ratio.
May 24, 2014 - Abstract In healthcare domain, Wireless Body Area. Network (WBAN) has transpired as a prominent technology which is capable of providing ...
One of the major challenges in Wireless Body Area Networks (WBANs) is to prolong the ... Recent advances in wireless communications, signal processing.
(AAL) or healthcare, these protocols are well-suited to provide a seamless handover .... fall â an automated emergency message to some call center is placed ...
is a simple application layer designed for security on top of it. MBStar utilizes ...... and develop MBStar for WBAN, which is a real-time, high- frequency, reliable ...
Oct 19, 2016 - This is an open access article distributed under the Creative Commons Attribution License, ... WBAN is a wireless technology in which sensors ...
Wireless body area network, body sensor network, healthcare, WBAN survey. .... The advantage of this system over the others mentioned is that it enables a user ...
Centre for Wireless Communications, University of Oulu, Finland. AbstractâIn ... to have strong advantages which are promising for WBAN .... Drawbacks are,.
Wireless Body Area Networks (WBANs) are made up of a set ... nicating through wireless technologies, transmit .... via a 3G link to a remote server PC, where the.
glimpse of hope that wearable device, Apple Watch etc, will be with us which will be similar to strapping a computer on our arm [11]. The watch is expected to be ...
Communications on Applied Electronics (CAE) – ISSN : 2394-4714 Foundation of Computer Science FCS, New York, USA Volume 4– No.2, January 2016 – www.caeaccess.org
Modeling and Optimizing Wireless Body Area Network Data using PSO in Virtual Doctor Server Pooja Mohnani
Fathima Jabeen, PhD
Research Scholar, Jain University, Associate Professor, CMR Institute Of Technology Bangalore, Life Member ISTE
Principal, Islamiah Institute OfTechnology Bangalore Life Member ISTE, Member IEEE, Fellow IEI
Table 1: WBAN Specifications
ABSTRACT Fostered interest in human health & technological developments has increasingly paved way to (WBAN) Wireless body area network. With broader capabilities it focuses is to play a vital role for the improvement of human health. In this research paper, we propose to Conceptualize & optimize medical data using PSO in virtual doctor server (VDS) in existing WBAN architecture. Existing architecture of WBAN consists of: wireless sensor, wireless actuator node, wireless central unit, a virtual doctor server (VDS) and wireless Personal Device (PD). Personal Digital Assistant (PDA) or smart phone can be used as PD. Based on the existing architecture mentioned above VDS will keep the historical data about the patient, optimize the data using PSO, generate advices, inform to take rescue action and can provide first aid assistance instructions on patient or any of his close relative’s PDA's. VDS can further be used to improve security & develop potential solutions for secure network for WBAN system.
General Terms Your general terms must be any term which can be used for general classification of the submitted material such as Pattern Recognition, Security, Algorithms et. al.
Keywords WBAN, Server optimization
for
Virtual
doctor,
Particle
swarm
Characteristic Initiation time Network connectivity time Consumed power No. of nodes /area Latency (backbone) No. of nodes
